CN101243795A

CN101243795A - Use of neonicodinoids on transgenic plants

Info

Publication number: CN101243795A
Application number: CNA2008100098358A
Authority: CN
Inventors: B·李; M·苏特; H·布霍尔泽
Original assignee: Syngenta Participations AG
Current assignee: Syngenta Participations AG
Priority date: 1998-01-16
Filing date: 1999-01-14
Publication date: 2008-08-20
Also published as: ZA99276B; CN1736199A; CN1879482A; CN100333642C

Abstract

There is now described a method of controlling pests with nitroimino- or nitroguanidino-compounds; more specifically a method of controlling pests in and on transgenic crops of useful plants, such as, for example, in crops of maize, cereals, soya beans, tomatoes, cotton, potatoes, rice and mustard, with a nitroimino- or nitroguanidino-compound, especially with thiamethoxam, characterized in that a pestical composition comprising a nitroimino- or nitroguanidino- compound in free form or in agrochemically useful salt form and at least one auxiliary is applied to the pests or their environment, in particular to the crop plant itself.

Description

The class anabasine is to the application of genetically modified plants

The present invention relates to a kind of with the nitro imino group-or nitro guanidine radicals-compound particularly kill the method for (thiamethoxam) pest control with the thiophene first; More specifically, relate to a kind of with the nitro imino group-nitro guanidine radicals-compound control among the genetically modified crops of useful plants or on the new method of insect.

Some insect pest control methods had once been proposed in the literature.Yet these methods can not make us fully satisfied in field of pest control, therefore need provide better method to come pest control, and especially insect and Acarina is representative biological, or are used for protective plant, especially crop.Can realize this purpose according to method provided by the invention.

Therefore the present invention relates to a kind of method of preventing and treating the genetically modified crops such as the insect in the crops such as corn, cereal, soybean, tomato, cotton, potato, paddy rice and leaf mustard of useful plants, it is characterized in that especially using a kind of Pesticidal combination to crop itself to insect or its environment, it contains the nitro imino group of salt form useful on a kind of free form or the agrochemistry-or nitro guanidine radicals-compound, particularly the thiophene first kill, Imidacloprid, Ti-435 or thiacloprid and at least a auxiliary agent; The propagating materials of the genetically modified plants that also relate to the purposes of described composition and handled with said composition.

Surprisingly have now found that, express desinsections and especially kill on the transgenosis useful plants of insect, the gene that kills mite, nematicide or Fungicidal active ingredient or herbicide-tolerant or the infringement of tolerance fungi for example containing one or more, with the nitro imino group-or the application of nitro guanidine radicals-compound pest control have synergy.Very surprisingly, the nitro imino group-or the use in conjunction of nitro guanidine radicals-compound and genetically modified plants can be above the addition to the desire pest control of expecting in principle, therefore enlarge nitro imino group-or the sphere of action of the active ingredient expressed of nitro guanidine radicals-compound and genetically modified plants, especially shown following two aspects:

Particularly, now shockingly find, within the scope of the invention, the nitro imino group-or the insecticidal activity of nitro guanidine radicals-compound combine with the effect that the transgenosis useful plants is expressed, with independent nitro imino group-or the insecticidal activity of nitro guanidine radicals-compound and independent genetically modified plants compare, the addition that common expection is not only arranged, and have synergy.Yet term " is worked in coordination with " never to should be understood in this manual and is only limited to insecticidal activity, this term also refer to independent nitro imino group-or nitro guanidine radicals-compound compare the favourable character of other of the method according to this invention with the transgenosis useful plants.The example of these the favourable character that can mention is: to the expansion of the insecticidal spectrum of other insects such as resistant strain effect; The nitro imino group-or the minimizing of nitro guanidine radicals-compound administration amount, perhaps in addition independent nitro imino group-or the invalid fully amount of application of nitro guanidine radicals-compound and independent transgenosis useful plants under, by means of the effective control of composition according to the present invention to insect; The crop safety that improves; The product quality that improves is as the content of any residue of the content of the toxic products of the storage time of higher nutrient or oil content, fiber quality, prolongation preferably, reduction such as mycotoxin, reduction or unfavorable composition or better digestibility; The tolerance that improves to salt content in unfavorable temperature, arid or the water; Assimilability that improves such as nutrient uptake, moisture picked-up and photosynthesis; Good crop character is as the output of nourishing and growing, increasing of the leaf area that changes, reduction, good shape of the seed/seed density or sprout the saprophyte of characteristic, change or the cotton boll of the increase (flower set increase) of cluster that epiphyte causes, the aging phytoalexin output that delays, improves, the hasting of maturity of promoting, flower, minimizing comes off and cracked, the better attraction to beneficial organism and predator, the pollination of increase, the attraction to bird of reduction; Or other benefits known to those skilled in the art.

The nitro imino group-and nitro guanidine radicals-compound, kill (5-(2-diuril azoles-5 bases-methyl)-3-methyl-4-nitro imino group-perhydro--carotene 1,3,5- diazine) as the thiophene first, know by EP-A-0 ' 580 ' 553.Within the scope of the invention, the thiophene first is preferred extremely.

General formula within the scope of the invention

Imidacloprid also be preferred, see " agricultural chemicals handbook (The Pesticide Manual), the 10th edition (1991), the Britain crop protection committee, London, the 591st page;

General formula

Thiacloprid also be preferred, see EP-A-235 ' 725;

General formula

Compound also be preferred, be called Ti-435 (Clothiamidin) among the EP-A-376 ' 279.

The nitro imino group-or the agrochemistry of nitro guanidine radicals-compound on the salt that is fit to be, for example inorganic acid and organic acid acid-addition salts, especially hydrochloric acid, hydrobromic acid, sulfuric acid, nitric acid, perchloric acid, phosphoric acid, formic acid, acetate, trifluoroacetic acid, oxalic acid, malonic acid, toluenesulfonic acid or benzoic acid.Preferably a kind of within the scope of the present invention known composition own, its thiophene first that comprises free form is killed and Imidacloprid, especially thiophene first are killed as active ingredient.

Genetically modified plants used according to the invention are to utilize recombinant DNA technology plant transformed or its propagating materials, make their for example synthetic effect of selectivity toxin like this, known these toxin sources are in for example toxin producing invertebrate, especially Arthropoda (Arthropoda) can obtain from bacillus thuringiensis (Bacillus thringiensis) bacterial strain; Or knownly derive from plant, as agglutinin; Perhaps can express weed killer herbicide or fungicide resistance in addition.The example that these toxin maybe can synthesize the genetically modified plants of these toxin is disclosed in, and for example EP-A-0374753, WO 93/07278, WO 95/34656, EP-A-0427529 and EP-A-451878 quote as a reference in this application.

The method that produces this genetically modified plants is known by those skilled in the art, and is for example stating in the above-mentioned publication.

Can comprise by the toxin that these genetically modified plants are expressed, toxin for example, as has insecticidal property and by the genetically modified plants expressed protein, for example bacillus cereus (Bacillus cereus) albumen or Japanese beetle bacillus (Bacillus popliae) albumen; Or bacillus thuringiensis endotoxin (B.t.), as CryIA (a), CryIA (b), CryIA (c), CryIIA, CryIIIA, CryIIIB2 or CytA; VIP1; VIP2; VIP3; Or the kind of bacterium of gathering nematode such as polished rod shape Pseudomonas (Photorhabdus) or the kind of Xenorhabdus genus (Xenorhabdus) such as the insect-killing protein of luminous smooth rod bacterium (Photorhabdus luminescens), Xenorhabdus nematophilus (Xenorhabdusnematophilus) etc.; Protease inhibitors is as trypsin inhibitor, serpin, patatin, cystatin, antipain; Ribosome inactivating protein (RIP) is as ricin, corn RIP, abrin, luffin, saporin or bryodin; Phytolectin such as pisum sativum agglutinin, barley lectin element or Galanthus Nivalis Agglutinin (GNA); Or acrasin (agglutinin); The toxin that animal produces is as scorpion toxin, spider venom, wasp venom and the distinctive neurotoxin of other insects; The steroid metabolism enzyme, as 3-hydroxy steroid oxidase, ecdysteroid UDP-glycosyl transferase, cholesterol oxidase, moulting hormone inhibiting factor, HMG-CoA reductase, ion channel blocking agent such as sodium and potassium, juvenile hormone esterase, diuretic hormone acceptor, 1,2-talan synthase, bibenzyl synthase, chitinase and dextranase.

Comprise one or more coded insect-killing agent resistances and express the example of known genetically modified plants of gene of one or more toxin as follows: KnockOut ^(corn), YieldGard ^(corn); NuCOTN33B ^(cotton), Bollgard ^(cotton), NewLeaf ^(potato), NatureGard ^And Protecta ^

Following table has comprised the target of genetically modified crops, the composition of expression and more examples of crop phenotype, these genetically modified crops mainly are insect, mite, nematode, virus, bacterium and disease performance tolerance to insect, perhaps tolerate specific weed killer herbicide or weed killer herbicide kind.

Table A 1: crop: corn

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone (Phtalides)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes

Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Dimboa biosynthesis (Bx1 gene)	The wriggle kind of spore (Helminthosporium turcicum), corn Rhopalosiphum spp (Rhopalosiphum maydis), Diplodia maydis, European corn borer (Ostrinia nubilalis), Lepidoptera (Lepidoptera) of leaf blight length	Cytochrome P450 is P450SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Dimboa biosynthesis (Bx1 gene)		CMIII (little alkaline corn kind peptide)	Phytopathogen is Fusarium (Fusarium) for example, Alternaria (Alternaria), Sclerotinia (Sclerotina)
Corn-SAFP (zeamatin)	Phytopathogen is Fusarium for example, Alternaria, Sclerotinia, Rhizoctonia (Rhizoctonia), Chaetomium (Chaetomium), phycomyces (Phycomyces)	CMIII (little alkaline corn kind peptide)
Corn-SAFP (zeamatin)		The Hm1 gene	Cochliobolus belongs to (Cochliobulus)
Chitinase	Phytopathogen	The Hm1 gene	Cochliobolus belongs to (Cochliobulus)

Dextranase	Phytopathogen
Dextranase	Phytopathogen	Coat protein	Virus is as maize dwarf mosaic virus, maize chlorotic dwarf virus
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid (heliothis zea) of paddy, mythimna separata is fall army worm (spodoptera frugiperda) for example, corn root snout moth's larva, the kind that moth stem noctuid (sesamia) belongs to, black cutworm, Asiatic corn borer, curculionid	Coat protein
		3-hydroxy steroid oxidase	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid
Peroxidase	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid	3-hydroxy steroid oxidase
Peroxidase		Amastatin is leucine amino peptidase inhibitor (LAPI) for example	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid
The citrene synthase	The corn root snout moth's larva
The citrene synthase	The corn root snout moth's larva	Agglutinin	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, moth

	The kind of stem Noctua, black cutworm, Asiatic corn borer, curculionid
		Protease inhibitors, for example cystatin, patatin, virgiferin, CPTI	Curculionid, the corn root snout moth's larva
Ribosome inactivating protein	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid		Curculionid, the corn root snout moth's larva
Ribosome inactivating protein		Corn 5C9 polypeptide	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid
The HMG-CoA reductase	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid	Corn 5C9 polypeptide

Table A 2: crop: wheat

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase	Different  azole such as different  fluorine grass or

(HPPD)	Isoxachlortol, three ketones such as mesotrione or sulphur humulone
(HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen such as Septoria (septoria) and Fusarium	Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen such as Septoria (septoria) and Fusarium	Glucose oxidase	Phytopathogen is Fusarium for example, Septoria
The pyrrolnitrin synthetic gene	Phytopathogen is Fusarium for example, Septoria	Glucose oxidase	Phytopathogen is Fusarium for example, Septoria
The pyrrolnitrin synthetic gene	Phytopathogen is Fusarium for example, Septoria	Serine/threonine kinase	Phytopathogen is Fusarium for example, Septoria and other diseases
Cause anaphylactoid polypeptide	Phytopathogen is Fusarium for example, Septoria and other diseases	Serine/threonine kinase

System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	Phytopathogen
Dextranase	Phytopathogen	Chitinase	Phytopathogen
Dextranase	Phytopathogen	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, coleoptera, diptera, nematode
3-hydroxy steroid oxidase	Lepidoptera, coleoptera, diptera, nematode		Lepidoptera, coleoptera, diptera, nematode
3-hydroxy steroid oxidase	Lepidoptera, coleoptera, diptera, nematode	Peroxidase	Lepidoptera, coleoptera, diptera, nematode
Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, coleoptera, diptera, nematode	Peroxidase	Lepidoptera, coleoptera, diptera, nematode
	Lepidoptera, coleoptera, diptera, nematode	Agglutinin	Lepidoptera, coleoptera, diptera, nematode, aphid
Protease inhibitors, for example cystatin, patatin, virgiferin, CPTI	Lepidoptera, coleoptera, diptera, nematode, aphid	Agglutinin	Lepidoptera, coleoptera, diptera, nematode, aphid
	Lepidoptera, coleoptera, diptera, nematode, aphid	Ribosome inactivating protein	Lepidoptera, coleoptera, diptera, nematode, aphid
The HMG-CoA reductase	Lepidoptera, coleoptera, diptera, nematode is European corn borer for example, the real noctuid of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, the kind of moth stem Noctua, black cutworm, Asiatic corn borer, curculionid	Ribosome inactivating protein	Lepidoptera, coleoptera, diptera, nematode, aphid

Table A 3: crop: barley

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-

	Benzo [c] furanone
	Benzo [c] furanone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen such as Septoria and Fusarium	Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen such as Septoria and Fusarium	Glucose oxidase	Phytopathogen is Fusarium, Septoria for example
The pyrrolnitrin synthetic gene	Phytopathogen is Fusarium, Septoria for example	Glucose oxidase	Phytopathogen is Fusarium, Septoria for example
The pyrrolnitrin synthetic gene	Phytopathogen is Fusarium, Septoria for example	Serine/threonine kinase	Phytopathogen is Fusarium, septoria musiva for example

	Belong to and other diseases
	Belong to and other diseases	Cause anaphylactoid polypeptide	Phytopathogen is Fusarium, Septoria and other diseases for example
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	Phytopathogen
Dextranase	Phytopathogen	Chitinase	Phytopathogen
Dextranase	Phytopathogen	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, coleoptera, diptera, nematode
3-hydroxy steroid oxidase	Lepidoptera, coleoptera, diptera, nematode		Lepidoptera, coleoptera, diptera, nematode
3-hydroxy steroid oxidase	Lepidoptera, coleoptera, diptera, nematode	Peroxidase	Lepidoptera, coleoptera, diptera, nematode
Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, coleoptera, diptera, nematode	Peroxidase	Lepidoptera, coleoptera, diptera, nematode
	Lepidoptera, coleoptera, diptera, nematode	Agglutinin	Lepidoptera, coleoptera, diptera, nematode, aphid
Protease inhibitors, for example cystatin, patatin, virgiferin, CPTI	Lepidoptera, coleoptera, diptera, nematode, aphid	Agglutinin	Lepidoptera, coleoptera, diptera, nematode, aphid
	Lepidoptera, coleoptera, diptera, nematode, aphid	Ribosome inactivating protein	Lepidoptera, coleoptera, diptera, nematode, aphid
The HMG-CoA reductase	Lepidoptera, coleoptera, diptera, nematode, aphid	Ribosome inactivating protein	Lepidoptera, coleoptera, diptera, nematode, aphid

Table A 4: crop: paddy rice

	Benzo [c] furanone
	Benzo [c] furanone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen	Cytochrome P450 is P450 SU1 for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Phytopathogen	Glucose oxidase	Phytopathogen
The pyrrolnitrin synthetic gene	Phytopathogen	Glucose oxidase	Phytopathogen
The pyrrolnitrin synthetic gene	Phytopathogen	Serine/threonine kinase	Phytopathogen
Phenylalanine ammonia is separated enzyme (PAL)	For example derivable bacillary bacterial leaf-blight of phytopathogen and rice blast	Serine/threonine kinase	Phytopathogen

Phytoalexin	For example bacillary bacterial leaf-blight of phytopathogen and rice blast
Phytoalexin		Antisense B-1, the 3-dextranase	For example bacillary bacterial leaf-blight of phytopathogen and rice blast
Receptor kinase	For example bacillary bacterial leaf-blight of phytopathogen and rice blast	Antisense B-1, the 3-dextranase
Receptor kinase		Cause anaphylactoid polypeptide	Phytopathogen
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Phytopathogen
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	For example bacillary bacterial leaf-blight of phytopathogen and rice blast
Dextranase	Phytopathogen	Chitinase
Dextranase	Phytopathogen	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The double stranded RNA enzyme	Virus is as BYDV and MSMV
Coat protein	Virus is as BYDV and MSMV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, and oryza chinensis insects (rice hoppers) are as brown oryza chinensis worm (brown rice hopper)
3-hydroxy steroid oxidase	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm
3-hydroxy steroid oxidase		Peroxidase	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm
Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm	Peroxidase
		Agglutinin	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm

Protease inhibitors	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm
Protease inhibitors		Ribosome inactivating protein	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm
The HMG-CoA reductase	Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, oryza chinensis insects such as brown oryza chinensis worm	Ribosome inactivating protein

Table A 5: crop: soybean

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan

5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break	Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Anti-fungus polypeptide AlyAFP		Oxalate oxidase	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break
Glucose oxidase	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break	Oxalate oxidase
Glucose oxidase		The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break
Serine/threonine kinase	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break
Phytoalexin	For example bacillary bacterial leaf-blight of phytopathogen and rice blast	Phenylalanine ammonia is separated enzyme (PAL)
Phytoalexin		Antisense B-1, the 3-dextranase	For example bacillary bacterial leaf-blight of phytopathogen and rice blast
Receptor kinase	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break	Antisense B-1, the 3-dextranase
Receptor kinase		Cause anaphylactoid polypeptide	Phytopathogen
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Phytopathogen
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	Bacterium and fungal pathogens such as Fusarium, nuclear

	Peziza, stalk break
	Peziza, stalk break	Dextranase	Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break
The double stranded RNA enzyme	Virus is as BPMV and SbMV	Dextranase
The double stranded RNA enzyme	Virus is as BPMV and SbMV	Coat protein	Virus is as BYDV and MSMV
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, coleoptera, aphid	Coat protein	Virus is as BYDV and MSMV
	Lepidoptera, coleoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, coleoptera, aphid
Peroxidase	Lepidoptera, coleoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, coleoptera, aphid
Peroxidase	Lepidoptera, coleoptera, aphid	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, coleoptera, aphid
Agglutinin	Lepidoptera, coleoptera, aphid		Lepidoptera, coleoptera, aphid
Agglutinin	Lepidoptera, coleoptera, aphid	Protease inhibitors is virgiferin for example	Lepidoptera, coleoptera, aphid
Ribosome inactivating protein	Lepidoptera, coleoptera, aphid	Protease inhibitors is virgiferin for example	Lepidoptera, coleoptera, aphid
Ribosome inactivating protein	Lepidoptera, coleoptera, aphid	The HMG-CoA reductase	Lepidoptera, coleoptera, aphid
Barnase	Nematode is root-knot nematode and Cyst nematode for example	The HMG-CoA reductase	Lepidoptera, coleoptera, aphid
Barnase		Cyst nematode hatching stimulus	Cyst nematode
The food refusal composition	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode

Table A 6: crop: potato

(HPPD)	Isoxachlortol, three ketones such as mesotrione or sulphur humulone
(HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	The black spot scar	Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	The black spot scar	Metallothionein	Bacterium and fungal pathogens such as Phytophthora (Phytophtora)
Ribalgilase	Phytophthora, Verticillium (Verticillium), Rhizoctonia (Rhizoctonia)	Metallothionein
Ribalgilase		Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as Phytophthora
Oxalate oxidase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as Phytophthora

Glucose oxidase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia
Glucose oxidase		The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia
Serine/threonine kinase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Cecropin B	Bacterium is as the excellent bacillus (Corynebacterium sepedonicum) of rotting, carrot soft rot Erwinia (Erwinia carotovora)
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	Cecropin B
Phenylalanine ammonia is separated enzyme (PAL)		Phytoalexin	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia
Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	Phytoalexin
Antisense B-1, the 3-dextranase		Receptor kinase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia
Cause anaphylactoid polypeptide	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	Receptor kinase
Cause anaphylactoid polypeptide		System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase		Barnase	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia
Disease resistance response gene 49	Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia	Barnase
Disease resistance response gene 49		The antisense transaldolase	Black spot
Dextranase	Bacterium and fungal pathogens such as Phytophthora, wheel	The antisense transaldolase	Black spot

	Cladosporium, Rhizoctonia
	Cladosporium, Rhizoctonia	The double stranded RNA enzyme	Virus is as PLRV, PVY and TRV
Coat protein	Virus is as PLRV, PVY and TRV	The double stranded RNA enzyme	Virus is as PLRV, PVY and TRV
Coat protein	Virus is as PLRV, PVY and TRV	17KDa or 60KDa protein	Virus is as PLRV, PVY and TRV
Intranuclear inclusion albumen is a or b for example	Virus is as PLRV, PVY and TRV	17KDa or 60KDa protein	Virus is as PLRV, PVY and TRV
Intranuclear inclusion albumen is a or b for example	Virus is as PLRV, PVY and TRV	False ubiquitin (Pseudoubiquitin)	Virus is as PLRV, PVY and TRV
Replicase	Virus is as PLRV, PVY and TRV	False ubiquitin (Pseudoubiquitin)	Virus is as PLRV, PVY and TRV
Replicase	Virus is as PLRV, PVY and TRV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Coleoptera is colorado potato beetles for example, aphid
3-hydroxy steroid oxidase	Coleoptera is colorado potato beetles for example, aphid		Coleoptera is colorado potato beetles for example, aphid
3-hydroxy steroid oxidase	Coleoptera is colorado potato beetles for example, aphid	Peroxidase	Coleoptera is colorado potato beetles for example, aphid
Amastatin is the leucine amino peptidase inhibitor for example	Coleoptera is colorado potato beetles for example, aphid	Peroxidase	Coleoptera is colorado potato beetles for example, aphid
	Coleoptera is colorado potato beetles for example, aphid	1,2-talan synthase	Coleoptera is colorado potato beetles for example, aphid
Agglutinin	Coleoptera is colorado potato beetles for example, aphid	1,2-talan synthase	Coleoptera is colorado potato beetles for example, aphid
Agglutinin	Coleoptera is colorado potato beetles for example, aphid	Protease inhibitors is cystatin, patatin for example	Coleoptera is colorado potato beetles for example, aphid
Ribosome inactivating protein	Coleoptera is colorado potato beetles for example, aphid	Protease inhibitors is cystatin, patatin for example	Coleoptera is colorado potato beetles for example, aphid
Ribosome inactivating protein	Coleoptera is colorado potato beetles for example, aphid	The HMG-CoA reductase	Coleoptera is colorado potato beetles for example, aphid
Cyst nematode hatching stimulus	Cyst nematode	The HMG-CoA reductase	Coleoptera is colorado potato beetles for example, aphid
Cyst nematode hatching stimulus	Cyst nematode	Barnase	Nematode is root-knot nematode and Cyst nematode for example
The food refusal composition	Nematode is root-knot nematode and Cyst nematode for example	Barnase

Table A 7: crop: tomato

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone

Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	The black spot scar
Metallothionein	Bacterium and fungal pathogens such as Phytophthora	Polyphenol oxidase or antisense polyphenol oxidase	The black spot scar
Metallothionein	Bacterium and fungal pathogens such as Phytophthora	Ribalgilase	Phytophthora, Verticillium, Rhizoctonia
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as bacterial spot (bacterial speck), Fusarium, soft rot, powdery mildew, neck rot, leaf mold	Ribalgilase	Phytophthora, Verticillium, Rhizoctonia

	Disease etc.
	Disease etc.	Oxalate oxidase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Glucose oxidase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	Oxalate oxidase
Glucose oxidase		The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Serine/threonine kinase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Cecropin B	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	Cecropin B
Phenylalanine ammonia is separated enzyme (PAL)		The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Leaf mold
Infiltration albumen	Target chain lattice spore (Alternaria solani)	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Leaf mold
Infiltration albumen	Target chain lattice spore (Alternaria solani)	α-Hordothionin	Bacterium
Systemin	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	α-Hordothionin	Bacterium
Systemin		The polygalacturonase inhibitor	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neckrot

	Disease, leaf mold etc.
	Disease, leaf mold etc.	The Prf regulatory gene	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
I2 Fusarium resistance site	Fusarium	The Prf regulatory gene
I2 Fusarium resistance site	Fusarium	Phytoalexin	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	Phytoalexin
Antisense B-1, the 3-dextranase		Receptor kinase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Cause anaphylactoid polypeptide	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	Receptor kinase
Cause anaphylactoid polypeptide		System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase		Barnase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.
Dextranase	Bacterium and fungal pathogens such as bacterial spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc.	Barnase
Dextranase		The double stranded RNA enzyme	Virus is as PLRV, PVY and ToMoV
Coat protein	Virus is as PLRV, PVY and ToMoV	The double stranded RNA enzyme	Virus is as PLRV, PVY and ToMoV

17KDa or 60KDa protein	Virus is as PLRV, PVY and ToMoV
17KDa or 60KDa protein	Virus is as PLRV, PVY and ToMoV	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus is as PLRV, PVY and ToMoV, TRV
False ubiquitin	Virus is as PLRV, PVY and ToMoV		Virus is as PLRV, PVY and ToMoV, TRV
False ubiquitin	Virus is as PLRV, PVY and ToMoV	Replicase	Virus is as PLRV, PVY and ToMoV
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera is Heliothis (Heliothis) for example, coconut palm aleyrodid, aphid	Replicase	Virus is as PLRV, PVY and ToMoV
		3-hydroxy steroid oxidase	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid
Peroxidase	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid	3-hydroxy steroid oxidase
Peroxidase		Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid
Agglutinin	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid
Agglutinin		Protease inhibitors is cystatin for example, patatin	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid
Ribosome inactivating protein	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid	Protease inhibitors is cystatin for example, patatin
Ribosome inactivating protein		1,2-talan synthase	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid
The HMG-CoA reductase	Lepidoptera is Heliothis for example, coconut palm aleyrodid, aphid	1,2-talan synthase
The HMG-CoA reductase		Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		The food refusal composition	Nematode is root-knot nematode and Cyst nematode for example

Table A 8: crop: pepper

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens
Metallothionein	Bacterium and fungal pathogens	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens

Or nucleoprotein
Or nucleoprotein		False ubiquitin	Virus is as CMV, TEV
Replicase	Virus is as CMV, TEV	False ubiquitin	Virus is as CMV, TEV
Replicase	Virus is as CMV, TEV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, coconut palm aleyrodid, aphid
3-hydroxy steroid oxidase	Lepidoptera, coconut palm aleyrodid, aphid		Lepidoptera, coconut palm aleyrodid, aphid
3-hydroxy steroid oxidase	Lepidoptera, coconut palm aleyrodid, aphid	Peroxidase	Lepidoptera, coconut palm aleyrodid, aphid
Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, coconut palm aleyrodid, aphid	Peroxidase	Lepidoptera, coconut palm aleyrodid, aphid
	Lepidoptera, coconut palm aleyrodid, aphid	Agglutinin	Lepidoptera, coconut palm aleyrodid, aphid
Protease inhibitors is cystatin for example, patatin	Lepidoptera, coconut palm aleyrodid, aphid	Agglutinin	Lepidoptera, coconut palm aleyrodid, aphid
Protease inhibitors is cystatin for example, patatin	Lepidoptera, coconut palm aleyrodid, aphid	Ribosome inactivating protein	Lepidoptera, coconut palm aleyrodid, aphid
1,2-talan synthase	Lepidoptera, coconut palm aleyrodid, aphid	Ribosome inactivating protein	Lepidoptera, coconut palm aleyrodid, aphid
1,2-talan synthase	Lepidoptera, coconut palm aleyrodid, aphid	The HMG-CoA reductase	Lepidoptera, coconut palm aleyrodid, aphid
Cyst nematode hatching stimulus	Cyst nematode	The HMG-CoA reductase	Lepidoptera, coconut palm aleyrodid, aphid
Cyst nematode hatching stimulus	Cyst nematode	Barnase	Nematode is root-knot nematode and Cyst nematode for example
The food refusal composition	Nematode is root-knot nematode and Cyst nematode for example	Barnase

Table A 9: crop: grape

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones as

	Mesotrione or sulphur humulone
	Mesotrione or sulphur humulone	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPsPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens such as Botrytis (Botrytis) and powdery mildew	Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase		Metallothionein	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Ribalgilase	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Metallothionein
Ribalgilase		Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Oxalate oxidase	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Anti-fungus polypeptide AlyAFP
Oxalate oxidase		Glucose oxidase	Bacterium and fungal pathogens such as Botrytis and

	Powdery mildew
	Powdery mildew	The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Serine/threonine kinase	Bacterium and fungal pathogens such as Botrytis and powdery mildew	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Cecropin B	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Cecropin B
Phenylalanine ammonia is separated enzyme (PAL)		The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Infiltration albumen	Bacterium and fungal pathogens such as Botrytis and powdery mildew	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example
Infiltration albumen		α-Hordothionin	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Systemin	Bacterium and fungal pathogens such as Botrytis and powdery mildew	α-Hordothionin
Systemin		The polygalacturonase inhibitor	Bacterium and fungal pathogens such as Botrytis and powdery mildew
The Prf regulatory gene	Bacterium and fungal pathogens such as Botrytis and powdery mildew	The polygalacturonase inhibitor
The Prf regulatory gene		Phytoalexin	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Phytoalexin
Antisense B-1, the 3-dextranase		Receptor kinase	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Cause anaphylactoid polypeptide	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Receptor kinase

System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	Bacterium and fungal pathogens such as Botrytis and powdery mildew
Barnase	Bacterium and fungal pathogens such as Botrytis and powdery mildew	Chitinase
Barnase		Dextranase	Bacterium and fungal pathogens such as Botrytis and powdery mildew
The double stranded RNA enzyme	Virus	Dextranase
The double stranded RNA enzyme	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus
False ubiquitin	Virus		Virus
False ubiquitin	Virus	Replicase	Virus
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid	Replicase	Virus
	Lepidoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid
Agglutinin	Lepidoptera, aphid		Lepidoptera, aphid
Agglutinin	Lepidoptera, aphid	Protease inhibitors is cystatin for example, patatin	Lepidoptera, aphid
Ribosome inactivating protein	Lepidoptera, aphid	Protease inhibitors is cystatin for example, patatin	Lepidoptera, aphid
Ribosome inactivating protein	Lepidoptera, aphid	1,2-talan synthase	Lepidoptera, aphid, disease
The HMG-CoA reductase	Lepidoptera, aphid	1,2-talan synthase	Lepidoptera, aphid, disease
The HMG-CoA reductase	Lepidoptera, aphid	Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode

CBI	Root-knot nematode
CBI	Root-knot nematode	The food refusal composition	Nematode is root-knot nematode and Cyst nematode for example

Table A 10: crop: oilseed rape

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)

SU1 or selection
SU1 or selection		Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens such as column disk spore belong to (Cyclindrosporium), Phoma (Phoma), Sclerotinia
Metallothionein	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Polyphenol oxidase or antisense polyphenol oxidase
Metallothionein		Ribalgilase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Ribalgilase
Anti-fungus polypeptide AlyAFP		Oxalate oxidase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Glucose oxidase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Oxalate oxidase
Glucose oxidase		The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Serine/threonine kinase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Cecropin B	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Cecropin B
Phenylalanine ammonia is separated enzyme (PAL)		The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Infiltration albumen	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example
Infiltration albumen		α-Hordothionin	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Systemin	Bacterium and fungal pathogens such as column disk spore genus,	α-Hordothionin

	Phoma, Sclerotinia
	Phoma, Sclerotinia	The polygalacturonase inhibitor	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
The Prf regulatory gene	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	The polygalacturonase inhibitor
The Prf regulatory gene		Phytoalexin	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Phytoalexin
Antisense B-1, the 3-dextranase		Receptor kinase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia
Cause anaphylactoid polypeptide	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Receptor kinase
Cause anaphylactoid polypeptide		System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Chitinase		Barnase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia, nematode
Dextranase	Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia	Barnase
Dextranase		The double stranded RNA enzyme	Virus
Coat protein	Virus	The double stranded RNA enzyme	Virus
Coat protein	Virus	17KDa or 60KDa protein	Virus
Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus	17KDa or 60KDa protein	Virus
	Virus	False ubiquitin	Virus
Replicase	Virus	False ubiquitin	Virus
Replicase	Virus	The bacillus thuringiensis toxin, VIP3, the bacillus cereus toxin,	Lepidoptera, aphid

Light rod bacterium and Xenorhabdus toxin
Light rod bacterium and Xenorhabdus toxin		3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid
Agglutinin	Lepidoptera, aphid		Lepidoptera, aphid
Agglutinin	Lepidoptera, aphid	Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid
Ribosome inactivating protein	Lepidoptera, aphid	Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid
Ribosome inactivating protein	Lepidoptera, aphid	1,2-talan synthase	Lepidoptera, aphid, disease
The HMG-CoA reductase	Lepidoptera, aphid	1,2-talan synthase	Lepidoptera, aphid, disease
The HMG-CoA reductase	Lepidoptera, aphid	Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		CBI	Root-knot nematode
The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example	CBI	Root-knot nematode

Table A 11: crop: brassica vegetables (wild cabbage, brussels sprouts (Brussel sprouts), sprouting broccoli etc.)

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone

Phosphinothricin acetyl transferase	Phosphinothricin
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens
Metallothionein	Bacterium and fungal pathogens	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens
Metallothionein	Bacterium and fungal pathogens	Ribalgilase	Bacterium and fungal pathogens
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens	Ribalgilase	Bacterium and fungal pathogens
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens	Oxalate oxidase	Bacterium and fungal pathogens
Glucose oxidase	Bacterium and fungal pathogens	Oxalate oxidase	Bacterium and fungal pathogens
Glucose oxidase	Bacterium and fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens
Serine/threonine kinase	Bacterium and fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens
Serine/threonine kinase	Bacterium and fungal pathogens	Cecropin B	Bacterium and fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens	Cecropin B	Bacterium and fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens	The Cf gene for example Cf9, Cf5,	Bacterium and fungal pathogens

Cf4、Cf2
Cf4、Cf2		Infiltration albumen	Bacterium and fungal pathogens
α-Hordothionin	Bacterium and fungal pathogens	Infiltration albumen	Bacterium and fungal pathogens
α-Hordothionin	Bacterium and fungal pathogens	Systemin	Bacterium and fungal pathogens
The polygalacturonase inhibitor	Bacterium and fungal pathogens	Systemin	Bacterium and fungal pathogens
The polygalacturonase inhibitor	Bacterium and fungal pathogens	The Prf regulatory gene	Bacterium and fungal pathogens
Phytoalexin	Bacterium and fungal pathogens	The Prf regulatory gene	Bacterium and fungal pathogens
Phytoalexin	Bacterium and fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens
Receptor kinase	Bacterium and fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens
Receptor kinase	Bacterium and fungal pathogens	Cause anaphylactoid polypeptide	Bacterium and fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Bacterium and fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Chitinase	Bacterium and fungal pathogens
Barnase	Bacterium and fungal pathogens	Chitinase	Bacterium and fungal pathogens
Barnase	Bacterium and fungal pathogens	Dextranase	Bacterium and fungal pathogens
The double stranded RNA enzyme	Virus	Dextranase	Bacterium and fungal pathogens
The double stranded RNA enzyme	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus
False ubiquitin	Virus		Virus
False ubiquitin	Virus	Replicase	Virus
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid	Replicase	Virus
	Lepidoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	3-hydroxy steroid oxidase	Lepidoptera, aphid
Peroxidase	Lepidoptera, aphid	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid
Agglutinin	Lepidoptera, aphid		Lepidoptera, aphid

Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid
Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid	Ribosome inactivating protein	Lepidoptera, aphid
1,2-talan synthase	Lepidoptera, aphid, disease	Ribosome inactivating protein	Lepidoptera, aphid
1,2-talan synthase	Lepidoptera, aphid, disease	The HMG-CoA reductase	Lepidoptera, aphid
Cyst nematode hatching stimulus	Cyst nematode	The HMG-CoA reductase	Lepidoptera, aphid
Cyst nematode hatching stimulus	Cyst nematode	Barnase	Nematode is root-knot nematode and Cyst nematode for example
CBI	Root-knot nematode	Barnase
CBI	Root-knot nematode	The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example

Table A 12: crop: pomaceous fruits is apple, pears for example

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan

Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium and fungal pathogens such as apple scab or fire blight
Metallothionein	Bacterium and fungal pathogens such as apple scab or fire blight	Polyphenol oxidase or antisense polyphenol oxidase
Metallothionein		Ribalgilase	Bacterium and fungal pathogens such as apple scab or fire blight
Anti-fungus polypeptide AlyAFP	Bacterium and fungal pathogens such as apple scab or fire blight	Ribalgilase
Anti-fungus polypeptide AlyAFP		Oxalate oxidase	Bacterium and fungal pathogens such as apple scab or fire blight
Glucose oxidase	Bacterium and fungal pathogens such as apple scab or fire blight	Oxalate oxidase
Glucose oxidase		The pyrrolnitrin synthetic gene	Bacterium and fungal pathogens such as apple scab or fire blight
Serine/threonine kinase	Bacterium and fungal pathogens such as apple scab or fire blight	The pyrrolnitrin synthetic gene
Serine/threonine kinase		Cecropin B	Bacterium and fungal pathogens such as apple scab or fire blight
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium and fungal pathogens such as apple scab	Cecropin B

	Or fire blight
	Or fire blight	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium and fungal pathogens such as apple scab or fire blight
Infiltration albumen	Bacterium and fungal pathogens such as apple scab or fire blight	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example
Infiltration albumen		α-Hordothionin	Bacterium and fungal pathogens such as apple scab or fire blight
Systemin	Bacterium and fungal pathogens such as apple scab or fire blight	α-Hordothionin
Systemin		The polygalacturonase inhibitor	Bacterium and fungal pathogens such as apple scab or fire blight
The Prf regulatory gene	Bacterium and fungal pathogens such as apple scab or fire blight	The polygalacturonase inhibitor
The Prf regulatory gene		Phytoalexin	Bacterium and fungal pathogens such as apple scab or fire blight
Antisense B-1, the 3-dextranase	Bacterium and fungal pathogens such as apple scab or fire blight	Phytoalexin
Antisense B-1, the 3-dextranase		Receptor kinase	Bacterium and fungal pathogens such as apple scab or fire blight
Cause anaphylactoid polypeptide	Bacterium and fungal pathogens such as apple scab or fire blight	Receptor kinase
Cause anaphylactoid polypeptide		System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Crack protein	Bacterium and fungal pathogens such as apple scab or fire blight	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Crack protein		Lysozyme	Bacterium and fungal pathogens such as apple scab or fire blight
Chitinase	Bacterium and fungal pathogens such as apple scab or fire blight	Lysozyme
Chitinase		Barnase	Bacterium and fungal pathogens such as apple scab

	Or fire blight
	Or fire blight	Dextranase	Bacterium and fungal pathogens such as apple scab or fire blight
The double stranded RNA enzyme	Virus	Dextranase
The double stranded RNA enzyme	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Coat protein	Virus
17KDa or 60KDa protein	Virus	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus
False ubiquitin	Virus		Virus
False ubiquitin	Virus	Replicase	Virus
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid, mite	Replicase	Virus
	Lepidoptera, aphid, mite	3-hydroxy steroid oxidase	Lepidoptera, aphid, mite
Peroxidase	Lepidoptera, aphid, mite	3-hydroxy steroid oxidase	Lepidoptera, aphid, mite
Peroxidase	Lepidoptera, aphid, mite	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid, mite
Agglutinin	Lepidoptera, aphid, mite		Lepidoptera, aphid, mite
Agglutinin	Lepidoptera, aphid, mite	Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid, mite
Ribosome inactivating protein	Lepidoptera, aphid, mite	Protease inhibitors is cystatin for example, patatin, CPTI	Lepidoptera, aphid, mite
Ribosome inactivating protein	Lepidoptera, aphid, mite	1,2-talan synthase	Lepidoptera, aphid, disease, mite
The HMG-CoA reductase	Lepidoptera, aphid	1,2-talan synthase	Lepidoptera, aphid, disease, mite
The HMG-CoA reductase	Lepidoptera, aphid	Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		CBI	Root-knot nematode
The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example	CBI	Root-knot nematode

Table A 13: crop: muskmelon class

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxygen	Bacterium or fungal pathogens such as Phytophthora

Table A 14: crop: banana

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxygen	Bacterium or fungal pathogens

Change enzyme
Change enzyme		Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as abaca bunchy top virus (BBTV)	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as abaca bunchy top virus (BBTV)	Coat protein	Virus is as abaca bunchy top virus (BBTV)

Table A 15: crop: cotton

	Benzo [c] furanone
	Benzo [c] furanone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens	Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens	Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens

Glucose oxidase	Bacterium or fungal pathogens
Glucose oxidase	Bacterium or fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens
Serine/threonine kinase	Bacterium or fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens
Serine/threonine kinase	Bacterium or fungal pathogens	Cecropin B	Bacterium or fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens	Cecropin B	Bacterium or fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens
Infiltration albumen	Bacterium or fungal pathogens	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens
Infiltration albumen	Bacterium or fungal pathogens	α-Hordothionin	Bacterium or fungal pathogens
Systemin	Bacterium or fungal pathogens	α-Hordothionin	Bacterium or fungal pathogens
Systemin	Bacterium or fungal pathogens	The polygalacturonase inhibitor	Bacterium or fungal pathogens
The Prf regulatory gene	Bacterium or fungal pathogens	The polygalacturonase inhibitor	Bacterium or fungal pathogens
The Prf regulatory gene	Bacterium or fungal pathogens	Phytoalexin	Bacterium or fungal pathogens
Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens	Phytoalexin	Bacterium or fungal pathogens
Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens	Receptor kinase	Bacterium or fungal pathogens
Cause anaphylactoid polypeptide	Bacterium or fungal pathogens	Receptor kinase	Bacterium or fungal pathogens
Cause anaphylactoid polypeptide	Bacterium or fungal pathogens	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Crack protein	Bacterium or fungal pathogens	System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance
Crack protein	Bacterium or fungal pathogens	Lysozyme	Bacterium or fungal pathogens
Chitinase	Bacterium or fungal pathogens	Lysozyme	Bacterium or fungal pathogens
Chitinase	Bacterium or fungal pathogens	Barnase	Bacterium or fungal pathogens
Dextranase	Bacterium or fungal pathogens	Barnase	Bacterium or fungal pathogens
Dextranase	Bacterium or fungal pathogens	The double stranded RNA enzyme	Virus is as wound tumor virus (WTV)
Coat protein	Virus is as wound tumor virus (WTV)	The double stranded RNA enzyme	Virus is as wound tumor virus (WTV)
Coat protein	Virus is as wound tumor virus (WTV)	17KDa or 60KDa protein	Virus is as wound tumor virus (WTV)
Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus is as wound tumor virus (WTV)	17KDa or 60KDa protein	Virus is as wound tumor virus (WTV)
	Virus is as wound tumor virus (WTV)	False ubiquitin	Virus is as wound tumor virus (WTV)
Replicase	Virus is as wound tumor virus (WTV)	False ubiquitin	Virus is as wound tumor virus (WTV)

The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	3-hydroxy steroid oxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Peroxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	3-hydroxy steroid oxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Peroxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Agglutinin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid		Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Agglutinin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Ribosome inactivating protein	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid		Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
Ribosome inactivating protein	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	1,2-talan synthase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
The HMG-CoA reductase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	1,2-talan synthase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid
The HMG-CoA reductase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid	Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		CBI	Root-knot nematode
The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example	CBI	Root-knot nematode

Table A 16: crop: sugarcane

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazol

	Miazines, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
		Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone	Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione
Hydroxyphenyl pyruvic acid dioxygenase (HPPD)		Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Phosphinothricin acetyl transferase	Phosphinothricin
Adjacent methyltransferase	The levels of lignin that changes	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	Glutamine synthelase	Grass ammonium phosphine, bialaphos
Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic
The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan	Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate	Nitrilase
	Glyphosate or sulphosate	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.	Glyphosate oxidoreductase	Glyphosate or sulphosate
Proporphyrinogen oxidase (PROTOX)		Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens	Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea
Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens	Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Metallothionein	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens

Oxalate oxidase	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens be rod shape Bacillus for example	Crack protein	Bacterium or fungal pathogens
Lysozyme		Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as SCMV, SrMV	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as SCMV, SrMV	Coat protein	Virus is as SCMV, SrMV
17KDa or 60KDa protein	Virus is as SCMV, SrMV	Coat protein	Virus is as SCMV, SrMV
17KDa or 60KDa protein	Virus is as SCMV, SrMV	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus is as SCMV, SrMV

False ubiquitin	Virus is as SCMV, SrMV
False ubiquitin	Virus is as SCMV, SrMV	Replicase	Virus is as SCMV, SrMV
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer	Replicase	Virus is as SCMV, SrMV
		3-hydroxy steroid oxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
Peroxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer	3-hydroxy steroid oxidase
Peroxidase		Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
Agglutinin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
Agglutinin		Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
Ribosome inactivating protein	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
Ribosome inactivating protein		1,2-talan synthase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer
The HMG-CoA reductase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle such as Mexico rice borer	1,2-talan synthase
The HMG-CoA reductase		Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		CBI	Root-knot nematode
The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example	CBI	Root-knot nematode

Table A 17: crop: sunflower

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens
Metallothionein	Bacterium or fungal pathogens	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens

Ribalgilase	Bacterium or fungal pathogens
Ribalgilase	Bacterium or fungal pathogens	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens such as Sclerotinia	Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens
Oxalate oxidase	Bacterium or fungal pathogens such as Sclerotinia	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Glucose oxidase	Bacterium or fungal pathogens
The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Serine/threonine kinase	Bacterium or fungal pathogens
Cecropin B	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens
The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Infiltration albumen	Bacterium or fungal pathogens
α-Hordothionin	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	Systemin	Bacterium or fungal pathogens
The polygalacturonase inhibitor	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	The Prf regulatory gene	Bacterium or fungal pathogens
Phytoalexin	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens
Receptor kinase	Bacterium or fungal pathogens	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as CMV, TMV	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as CMV, TMV	Coat protein	Virus is as CMV, TMV
17KDa or 60KDa protein	Virus is as CMV, TMV	Coat protein	Virus is as CMV, TMV
17KDa or 60KDa protein	Virus is as CMV, TMV	Intranuclear inclusion albumen is a or b for example	Virus is as CMV, TMV

Or nucleoprotein
Or nucleoprotein		False ubiquitin	Virus is as CMV, TMV
Replicase	Virus is as CMV, TMV	False ubiquitin	Virus is as CMV, TMV
Replicase	Virus is as CMV, TMV	The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
3-hydroxy steroid oxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
3-hydroxy steroid oxidase		Peroxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle	Peroxidase
		Agglutinin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle	Agglutinin
		Ribosome inactivating protein	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
1,2-talan synthase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle	Ribosome inactivating protein
1,2-talan synthase		The HMG-CoA reductase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle
Cyst nematode hatching stimulus	Cyst nematode	The HMG-CoA reductase
Cyst nematode hatching stimulus	Cyst nematode	Barnase	Nematode is root-knot nematode and Cyst nematode for example
CBI	Root-knot nematode	Barnase
CBI	Root-knot nematode	The food refusal composition of ingesting and a little inducing nematode	Nematode is root-knot nematode and Cyst nematode for example

Table A 18: crop: beet, beet root

The composition of action target or expression	Crop phenotype/tolerance object
The composition of action target or expression	Crop phenotype/tolerance object	Acetolactate synthase (ALS)	Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] furanone
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Acetolactate synthase (ALS)
Acetyl-CoA carboxylase (ACCase)	Aryloxy group phenoxy group alkanoic acid, cyclohexanedione	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)	Different  azole such as different  fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone
Phosphinothricin acetyl transferase	Phosphinothricin	Hydroxyphenyl pyruvic acid dioxygenase (HPPD)
Phosphinothricin acetyl transferase	Phosphinothricin	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adjacent methyltransferase	The levels of lignin that changes
Glutamine synthelase	Grass ammonium phosphine, bialaphos	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	Adenylosuccinate lyase (ADSL)	The inhibitor that IMP and AMP are synthetic
The adenylosuccinic acid synthase	The inhibitor that adenylosuccinic acid is synthetic	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase	3,5-dihalo--4-hydroxyl-benzonitrile such as Brominal and ioxynil	The o-amino benzoyl acid synthase	Synthetic and the katabolism inhibitor of tryptophan
Nitrilase		5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase (EPSPS)	Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate		Glyphosate or sulphosate
Glyphosate oxidoreductase	Glyphosate or sulphosate	Proporphyrinogen oxidase (PROTOX)	Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate,  diazole etc.
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Proporphyrinogen oxidase (PROTOX)
Cytochrome P450 is P450 SU1 or selection for example	Xenobiotic and weed killer herbicide such as sulfonylurea	Polyphenol oxidase or antisense polyphenol oxidase	Bacterium or fungal pathogens

Metallothionein	Bacterium or fungal pathogens
Metallothionein	Bacterium or fungal pathogens	Ribalgilase	Bacterium or fungal pathogens
Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens	Ribalgilase	Bacterium or fungal pathogens
Anti-fungus polypeptide AlyAFP	Bacterium or fungal pathogens	Oxalate oxidase	Bacterium or fungal pathogens such as Sclerotinia
Glucose oxidase	Bacterium or fungal pathogens	Oxalate oxidase	Bacterium or fungal pathogens such as Sclerotinia
Glucose oxidase	Bacterium or fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens
Serine/threonine kinase	Bacterium or fungal pathogens	The pyrrolnitrin synthetic gene	Bacterium or fungal pathogens
Serine/threonine kinase	Bacterium or fungal pathogens	Cecropin B	Bacterium or fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens	Cecropin B	Bacterium or fungal pathogens
Phenylalanine ammonia is separated enzyme (PAL)	Bacterium or fungal pathogens	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens
Infiltration albumen	Bacterium or fungal pathogens	The Cf gene is Cf9, Cf5, Cf4, Cf2 for example	Bacterium or fungal pathogens
Infiltration albumen	Bacterium or fungal pathogens	α-Hordothionin	Bacterium or fungal pathogens
Systemin	Bacterium or fungal pathogens	α-Hordothionin	Bacterium or fungal pathogens
Systemin	Bacterium or fungal pathogens	The polygalacturonase inhibitor	Bacterium or fungal pathogens
The Prf regulatory gene	Bacterium or fungal pathogens	The polygalacturonase inhibitor	Bacterium or fungal pathogens
The Prf regulatory gene	Bacterium or fungal pathogens	Phytoalexin	Bacterium or fungal pathogens
Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens	Phytoalexin	Bacterium or fungal pathogens
Antisense B-1, the 3-dextranase	Bacterium or fungal pathogens	AX+WIN albumen	Bacterium or fungal pathogens such as beet tail spore
Receptor kinase	Bacterium or fungal pathogens	AX+WIN albumen	Bacterium or fungal pathogens such as beet tail spore
Receptor kinase	Bacterium or fungal pathogens	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Cause anaphylactoid polypeptide	Bacterium or fungal pathogens
System obtains resistance (SAR) gene	Virus, bacterium, fungi, nematodosis substance	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Crack protein	Bacterium or fungal pathogens
Lysozyme	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Chitinase	Bacterium or fungal pathogens
Barnase	Bacterium or fungal pathogens	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as BNYVV	Dextranase	Bacterium or fungal pathogens
The double stranded RNA enzyme	Virus is as BNYVV	Coat protein	Virus is as BNYVV

17KDa or 60KDa protein	Virus is as BNYVV
17KDa or 60KDa protein	Virus is as BNYVV	Intranuclear inclusion albumen is a or b or nucleoprotein for example	Virus is as BNYVV
False ubiquitin	Virus is as BNYVV		Virus is as BNYVV
False ubiquitin	Virus is as BNYVV	Replicase	Virus is as BNYVV
The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies	Replicase	Virus is as BNYVV
		3-hydroxy steroid oxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
Peroxidase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies	3-hydroxy steroid oxidase
Peroxidase		Amastatin is the leucine amino peptidase inhibitor for example	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
Agglutinin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
Agglutinin		Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
Ribosome inactivating protein	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
Ribosome inactivating protein		1,2-talan synthase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies
The HMG-CoA reductase	Lepidoptera, aphid, mite, nematode, coconut palm aleyrodid, beetle, rootflies	1,2-talan synthase
The HMG-CoA reductase		Cyst nematode hatching stimulus	Cyst nematode
Barnase	Nematode is root-knot nematode and Cyst nematode for example	Cyst nematode hatching stimulus	Cyst nematode
Barnase		Beet Cyst nematode resistance site	Cyst nematode
CBI	Root-knot nematode	Beet Cyst nematode resistance site	Cyst nematode

The food refusal composition of ingesting and a little inducing nematode

Nematode is root-knot nematode and Cyst nematode for example

The above-mentioned animal class pest of available the present invention's (A) method control comprises that for example representative biology of insect, Acarina and Nematoda is representative biological; Particularly

Lepidoptera: Acleris spp belongs to the kind of (Acleris), the kind, particularly adoxophyes moth (Adoxophyes reticulana) that Adoxophyes spp belongs to (Adoxophyes); Clearwing moth belong to (Aegeria) kind, tiger belong to the kind of (Agrotis), particularly little sword ground noctuid (Agrotis spinifera); Cotton leaf noctuid (Alabama argillaceae), the kind of Amylois, soybean noctuid (Anticarsiagemmatalis), the kind of Archips spp (Archips), Argyrotaenia spp belongs to the kind of (Argyrotaenia), gamma belongs to the kind of (Autographa), the dried noctuid of corn (Busseola fusca), Cadra cautella (Cadra cautella), peach fruit moth (Carposina nipponensis), the kind of straw borer spp (Chilo), Choristoneura spp belongs to the kind of (Choristoneura), grape codling moth (Clysia ambiguella) (Clysia ambiguella), Cnaphalocrocis spp belongs to the kind of (Cnaphalocrocis), cloud volume moth belongs to the kind of (Cnephasia), Cochylisspp belongs to the kind of (Cochylis), the kind of casebearer moth (Coleophora), general non-fine hair snout moth's larva (Crocidolomia binotalis), the special-shaped steinernema (Cryptophlebia leucotreta) of peach, steinernema belongs to the kind, particularly codling moth (Cydia pomonella) of (Cydia); Kind, the Sudan cotton bollworm (Diparopsis castanea), Jin Gang that crambid belongs to (Diatraea) bore the kind that belongs to (Earias), the kind, particularly Anagasta kuehniella (E.Khuniella) that meal moth belongs to (Ephestia); The real noctuid (Heliothis zea) of the kind, particularly tobacco budworm (Heliothis virescens) of the kind of the kind of flower steinernema genus (Eucosma), ligustrum fine tortricidae (Eupoecilia ambiguella), the kind of Euproctis (Euproctis), the kind of cutting Noctua (Euxoa), Grapholita spp genus (Grapholita), green wide wing steinernema (Hedya nubiferana), Heliothis (Heliothis) and paddy; Hellula undalis (Hellula undalis), fall webworm (Hyphantria cunea), tomato stem gelechiid (Keiferia lycopersicella), pear leaf blister moth (Leucoptera scitella), thin moth belongs to the kind of (Lithocollethis), the little moth of flower wing belongs to the kind of (Lobesia), the kind of Euproctis (Lymantria), lyonetid belongs to the kind of (Lyonetia), the kind of Malacosoma (Malacosoma), tomato moth (Mamestra brassicae), maduca sexta (Manduca sexta), the kind of autumn geometrid moth genus (Operophtera), European corn borer (Ostrinia nubilalis), super steinernema belongs to the kind of (Pammene), the kind of brown epiblema (Pandemis), small noctuid (Panolisflammea), Pectinophora gossypiella belongs to the kind of (Pectinophora), tobacco split worm (Phthorimaeaoperculella), imported cabbageworm (Pieris rapae), the kind of Pier (Pieris), diamond-back moth (Plutella xylostella), the kind of Yponomeuta (Prays), white standing grain snout moth's larva belongs to the kind of (Scirpophaga), the kind of moth stem Noctua (Sesamia), the long kind that must roll up moth genus (Sparganotbis), Spodoptera littoralis (Spodoptera littoralis), emerging clearwing moth belongs to the kind of (Synanthedon), the kind of Thaumetopoea (Thaumetopoea), the volume moth belongs to the kind of (Tortrix), the kind of amyloid plaque noctuid (Trichoplusia ni) and Yponomeuta (Yponomeuta);

Coleoptera, for example kind of Agriotes spp (Agriotes), flower resembles the kind of genus (Anthonomus), Atomaria linearis (Atomaria linearis), beet shin flea beetle (Chaetocnema tibialis), collar resembles the kind of genus (Cosmopolites), the kind of Curculio (Curculio), khapra beetle belongs to the kind of (Dermestes), the asterophyllite first belongs to the kind of (Diabrotica), the kind of epilachna genus (Epilachna), the kind of Eremnus, colorado potato beetles (Leptinotarsa decemlineata), rice water resembles the kind of genus (Lissorhoptrus), gill cockchafer belongs to the kind of (Melolontha), saw-toothed grain beetle belongs to the kind of (Oryzaephilus), the ear beak resembles the kind of genus (Otiorhynchus), spot resembles the kind of genus (Phlyctinus), the arc rutelian belongs to the kind of (Popillia), the kind of Psylliodes spp (Psylliodes), the long moth-eaten kind that belongs to (Rhizopertha) of moth, Scarabaeidae (Scarabaeidae), the kind of Sitophilus (Sitophilus), gelechiid belongs to the kind of (Sitotroga), mealworm belongs to the kind of (Tenebno), the kind that the kind of Tribolium (Tribolium) and spot khapra beetle belong to;

Orthoptera, for example the roach sickle belongs to the kind of (Blatta), the kind of Blatella (Blattella), kind, Madeira roach sickle (Leucophaea maderae), the kind of migratory locusts genus (Locusta), the kind of Periplaneta (Periplaneta) and the kind that desert locust belongs to (Schistocerca) of Gryllotalpa spp (Gryllotalpa);

Isoptera, for example kind of Reticulitermes (Reticulitermes);

Corrodentia, for example powder corrodent belongs to the kind of (Liposcellis);

Anoplura, for example the kind of Haematopinus (Haematopinus), jaw lice belong to the kind of (Linognathus), kind, the goitre woolly aphid that lice belongs to (Pediculus) belongs to the kind of (Pemphigus) and the kind of Phylloxera spp (Phylloxera);

Mallophaga, for example kind of the kind of Damalinia (Damalinea) and Trichodectes (Trichodectes);

Thrips, for example flower thrips belongs to kind, the kind of hedge Thrips (Hercinothrips), the kind of Taeniothrips (Taeniothrips), joint melon thrips (Thrips palmi), onion thrips (Thrips tabaci) and the orange thrips in South Africa (Scirtothrips aurantii) of (Frankliniella);

Heteroptera, for example the kind of the kind of the kind of Cimex (Cimex), cocoa Di fleahopper (Distantiellatheobroma), red cotton bug genus (Dysdercus), Euchistus, Eurygasterspp belong to the kind of (Eurygaster), the kind that Leptocorisa spp belongs to (Leptocorisa), the kind of Bemisia spp (Nezara), the kind that the skin stinkbug belongs to (Piesma), the kind of Rhodnius (Rhodnius), the kind of Adelphocoris (Sahlbergella), the kind of black stinkbug genus (Scotinophara) and the kind of vertebra Reduvius (Triatoma);

Homoptera, for example wolly whitefly (Aleurothrixus floccosus), Aleyrodesbrassicae, red kidney Aspidiotus (Aonidiella aurantii), Aphidiadae (Aphididae), bean aphid (Aphis craccivora), aphis fabae (A.fabae), cotten aphid (A.gosypii); Aspidiotus belongs to the kind of (Aspidiotus), sweet potato whitefly (Bemisia tabaci), lecanium belongs to the kind of (Ceroplaster), dark brown Aspidiotus (Chrysomphalus aonidium), Chrysomphalus ficus (Chrysomphalus dictyospermi), brown soft wax a red-spotted lizard (Coccus hesperidum), green jassids belongs to the kind of (Empoasca), wooly aphis (Eriosoma lanigerum), Erythroneura spp belongs to the kind of (Erythroneura), the kind of Gascardia, small brown rice planthopper belongs to the kind of (Laodelphax), Europe fruit hard ball a red-spotted lizard (Lecanium corni), the kind of lepidosaphes shimer (Lepidosaphes), the kind of long tube Aphis (Macrosiphus), the kind, particularly black peach aphid (M.persicae) of tumor aphid genus (Myzus); Rice leafhopper belongs to the kind, particularly rice leafhopper (N.cincticeps) of (Nephotettix); Brown planthopper belongs to the kind, particularly brown plant-hopper (N.lugens) of (Nilaparvata); The kind of the kind of ring wing volume moth genus (Paratoria), goitre woolly aphid genus (Pemphigus), stern line mealybug belong to the kind of (Planococcus), white armored scale belongs to the kind of (Pseudaulacaspis), kind, particularly star mealybug (Pseudococcus fragilis), the little mealybug of tangerine (Pseudococcuscitriculus) and the Kang Shi mealybug (Pseudococcus comstocki) of mealybug genus (Pseudococcus); The kind, particularly pear sucker (P.pyri) of Psylla spp (Psylla); Pulvinaria aethiopica, large bamboo hat with a conical crown and broad brim Aspidiotus belong to the kind of (Quadraspidiotus), the kind of Rhopalosiphum (Rhopalosiphum), the kind that the pearl lecanium belongs to (Saissetia), the kind that the band leafhopper belongs to (Scaphoideus), the kind of y-bend Aphis (Schizaphis), kind, greenhouse whitefly (Trialeurodesvaporariorum), a mandarin orange wood louse (Trioza erytreae) and the citrus point armored scale (Unaspiscitri) of paddy net Aphis (Sitobion);

Hymenoptera, for example Acromyrmex, leaf cutting ant belong to kind, the kind of Solenopsis (Solenopsis) and the kind of Vespa (Vespa) that the kind of the kind of (Atta), kind that the stem honeybee belongs to (Cephus), the lucky pine sawfoy (Gilpinia polytoma) of kind, diprionidae (Diprionidae), dragon spruce that pine sawfoy belongs to (Diprion), real tenthredinidae (Hoplocampa), kind, MonomoriumMayr (Monomorium pharaonis), new pine sawfoy that the hair ant belongs to (Lasius) belong to (Neodiprion);

Diptera, for example kind of Aedes (Aedes), Antherigona soccata, garden march fly (Bibio hortulanus), calliphora erythrocephala (Calliphora erythrocephala), the kind of little Anastrepha (Ceratitis), the kind of Carysomyia (Chrysomyia), the kind of Culex (Culex), cuterbrid belongs to the kind of (Cuterebra), the kind of few hair on the neck Anastrepha (Dacus), black-tailed fruit flies (Drosophila melanogaster), the kind of Fannia (Fannia), the kind of Gasterophilus (Gastrophilus), the kind of Glossina (Glossina), the kind of Hypoderma (Hypoderma), the kind of Hyppobosca, liriomyza bryoniae belongs to the kind of (Liriomyza), the kind of Lucilia (Lucilia), the kind of black Hippelates (Melanagromyza), the kind of Musca (Musca), the kind of Oestrus (Oestrus), rice gall midge belongs to the kind of (Oreseolia), Europe wheat stem chloropid fly (Oscinella frit), henbane seed spring fly (Pegomyia hyoscyami), the kind of grass Hylemyia (Phorbia), apple is around trypetid (Rhagoletispomonella), mushroom fly belongs to the kind of (Sciara), the kind of Genus Stomoxys (Stomoxys), the kind of Gadfly (Tabanus), a smaller kind of cicada cicada belongs to the kind of (Tannia) and the kind of big uranotaenia (Tipula);

Siphonaptera, for example kind of Ceratophyllus (Ceratophyllus) and Xanthopsyllacheopis (Xenopsyllacheopis);

Thysanoptera, for example Taiwan silverfish (Lepisma saccharina) and

Acarina, for example Acarus siro (Acarus siro), tangerine bud goitre mite (Aceria sheldoni); The kind of thorn Eriophyes (Aculus), particularly Si Shi thorn goitre mite (A.schlechtendali); The kind of the kind of the kind of the kind of Amblyomma (Amblyomma), Argas (Argas), Boophilus (Boophilus), short whisker Acarapis (Brevipalpus), particularly California short hairs mite (Brevipalpuscalifornicus) and purplish red short hairs mite (Brevipalpus phoenicis); The kind of the kind of the kind of Bryobia praetiosa (Bryobiapraetiosa), Calipitrimerus, Psoroptes (Chorioptes), Dermanyssus gallinae (Dermanyssus galinae), beginning Tetranychus (Eotetranychus), particularly the carpinus turczaninowii beginning tetranychid (E.carpini) and Eotetranychus orientalis; Kind, the particularly grape erineum mite (Eriophyes vitis) (E.vitis) of Eriophyes (Eriophyes); The kind of the kind of the kind of Hyalomma (Hyalomma), hard tick genus (Ixodes), meadow unguiculus mite (Olygonychus pratensis), Ornithodorus (Ornithodoros), Panonychus citri belong to kind, particularly panonychus ulmi (P.ulmi) and the citrus tangerine Panonychus citri (P.citri) of (Panonychus); The wrinkle leaf Aculus belongs to the kind, particularly citrus rust mite (Phyllocoptruta oleivora) of (Phyllocoptruta); Many food tarsonemids belong to the kind, particularly Polyphagotarsonemus latus Banks (P.latus) of (Polyphagotarsonemus); The scabies mite belongs to the kind of (Psoroptes), the kind of Rh (Rhipicephalus), the kind that the root mite belongs to (Rhizoglyphus), kind, the kind of tarsonemid genus (Tarsonemus) and kind, particularly Tetranychus urticae (Tetranychus urticae) and the refreshing Ze Shi tetranychid (Tetranychus Kanzawai) of Tetranychus (Tetranychus) that itch mite belongs to (Sarcoptes);

The representative biology of Nematoda;

(1) is selected from the nematode that root-knot nematode, cyst form nematode, stem eelworm and leaf nematode;

(2) be selected from following nematode: the kind of eel Turbatrix (Anguina); The kind of Aphelenchoides (Aphelenchoides); The kind of Ditylenchus (Ditylenchus); The kind of ball Heterodera (Globodera), as globodera rostochiensis (Globodera rostochiensis); The kind of Heterodera (Heterodera) is as oat Cyst nematode (Heterodera avenae), soybean Cyst nematode (Heterodera glycines), beet Cyst nematode (Heterodera schachtii) or clover Cyst nematode (Heterodera trifolii); The kind of minute hand Turbatrix (Longidorus); The kind of Meloidogyne (Meloidogyne) is as Meloidogyne incognita (Meloidogyneincognita) or javanese root knot nematode (Meloidogyne javanica); Pratylenchidae belongs to the kind of (Pratylenchus), as unelected Pratylenchidae (Pratylenchus neglectans) or Cobb root (Pratylenchus penetrans); The kind of perforation line Eimeria (Radopholus) is as similar similes thorne (Radopholus similis); The kind of burr Turbatrix (Trichodorus); The kind of pulvinulus sword Turbatrix (Tylenchulus) is as the nematode of partly puncturing (Tylenchulussemipenetrans); And the kind of Xiphinema (Xiphinema); Or

(3) be selected from kind such as the kind of soybean Cyst nematode and Meloidogyne such as the nematode of Meloidogyne incognita of Heterodera.

The method according to this invention can be prevented and treated i.e. control (contained) or be eliminated the insect of the above-mentioned type, these insects especially appear on the genetically modified plants, mainly be useful plant and ornamental plants in agricultural, horticulture and forestry, perhaps appear on some part such as fruit, flower, leaf, stem, stem tuber or root of these plants, in some cases, to the protection of this insect even can expand to the plant part that formed afterwards.

Use the method according to this invention can effectively be prevented and treated the insect on the following plants: paddy rice, cereal such as corn or Chinese sorghum; Fruit, for example for example strawberry, raspberry and blackberry, blueberry of drupe, the operatic circle and fruitlet such as apple, pears, plum, peach, apricot, cherry or berry; Beans such as Kidney bean, French beans, pea or soybean; Oil crop such as oilseed rape, leaf mustard, opium poppy, olive, sunflower, coconut, castor-oil plant, cocoa or peanut; Curcurbitaceae such as pumpkin, cucumber or muskmelon; Fibre plant such as cotton, flax, hemp or jute; Cedra fruits is as orange, lemon, shaddock or red tangerine; The kind of vegetables such as spinach, lettuce, asparagus, wild cabbage, carrot, onion, tomato, potato, beet or capsicum; Lauraceae such as avocado, Cinnamomum (Cinnamonium) or camphor; Or tobacco, nut, coffee, eggplant, sugarcane, tea, pepper, grape, lupulus, banana section, rubber plant or ornamental plants, mainly be corn, paddy rice, cereal, soybean, tomato, cotton, potato, beet, paddy rice and leaf mustard; Particularly cotton, paddy rice, soybean, potato and corn.

Have now found that even when the Pesticidal combination of low working concentration, the method according to this invention also has prevention and/or cures value in field of pest control, therefore can obtain very satisfied insecticidal spectrum.Protect it not to be subjected to the kind of the genetically modified crops of insect infringement according to desire; can combine with the composition that is used for warm blooded animal kind, fish and plant with excellent compatibility; use the method according to this invention to prevent and treat all developmental stage or the normal susceptibility of indivedual developmental stage and the animal class pest of normal tolerance, as the representative biology of insect and barnyard grass Acarina.Desinsection of the method according to this invention and/or miticidal effect can become directly visible, insect destruction that promptly take place immediately or that only in the process of for example casting off a skin after after a while, just take place, perhaps become visible indirectly, for example spawning rate of Jiang Diing and/or incubation rate, corresponding to the good action of 40-50% destructive rate (lethality) at least.

According to intended purposes and common environment, but own the known insecticide in the scope of the invention is to contain nitro imino group-or the emulsifiable concentrates of nitro guanidine radicals-compound, concentrate suspension, directly can spray or dilutable solution, the paste that can be coated with, dilute emulsion, wetting powder, soluble powder dispersion powder, wetting powder, dust, granule or polymer latex wafer.

In these compositions, use active ingredient and at least a simultaneously at formulation art auxiliary agent commonly used, as swelling agent, for example solvent or solid carrier, or as surface active cpd (surfactant).

The formulation auxiliary agents that uses is, for example solid carrier, solvent, stabilizing agent, " slowly-releasing " auxiliary agent, colouring agent and the surface reactive material (surfactant) suitably the time.Suitable carriers and auxiliary agent are the materials that all routines are used for crop protection products.Proper auxiliary agent such as solvent, solid carrier, surface active cpd, nonionic surface active agent, cationic surfactant, anion surfactant and other auxiliary agents are in the composition used according to the invention, for example at those auxiliary agents described in the EP-A-736252.

These compositions that are used for pest control can be made into, for example wetting powder, dust, granule, solution, emulsifiable concentrates, concentrated suspension or aerosol.For example, composition is the type described in the EP-A-736252.

By adding other desinsections, killing mite and/or antifungal active ingredient, can expand the scope of the invention greatly and contain nitro imino group-or the effect of nitro guanidine radicals-compound compositions, and make it adapt to common environment.The suitable example of the active ingredient of adding is the representative of following kind of effective constituents: organic phosphorus compound, nitrophenols and derivative, carbonamidine, urea, carbamate, pyrethroid, chlorinated hydrocabon; Particularly preferred composition is in the mixture, for example Avermectin, emamectin, spinosad, pyrrole aphid ketone, fenoxycarb, Ti-435, fluorine worm nitrile, pyrrole propyl ether, diazinon or butyl ether urea.

Usually, composition in the scope of the invention comprises the nitro imino group of 0.1-99%, particularly 0.1-95%-or nitro guanidine radicals-compound, at least a solid or liquid adjuvants with 1-99.9%, particularly 5-99.9%, the composition that 0-25%, particularly 0.1-20% are arranged usually may be surfactant (in all cases, % represents percentage by weight).Although the composition that concentrates is preferred as commodity, the end user can use dilute compositions usually, and it contains the active ingredient that concentration reduces greatly.

Also can comprise other solids or liquid adjuvants according to composition of the present invention, as stabilizing agent, for example epoxidation or not epoxidised vegetable oil (for example epoxidised cocoa butter, rapeseed oil or soya-bean oil), defoamer, silicone oil for example, preservative, viscosity modifier, adhesive and/or adhesive, other active ingredients that also have fertilizer or be used to reach special-effect are bactericide, fungicide, nematocide, invertebrate poison or weed killer herbicide for example.

Composition according to the present invention is to produce with known method, for example with before auxiliary agent mixes, grinds, screening and/or compress active ingredient, for example obtains specific particle size, and active ingredient closely mixed with auxiliary agent and/or grinds.

According to intended purposes and common environment; with the method according to this invention that the known method of those skilled in the art itself implements to be used to prevent and treat the above-mentioned type insect, that is to say and use to spray, moistening, spraying, dusting, brushing, seed dressing, disperse or pour into the method for said composition.General working concentration is 0.1-1000ppm, the active ingredient of 0.1-500ppm preferably.Amount of application can change in wide region, and depends on that soil constitutes, uses type (foliage applying; Seed dressing; Use in kind of the furrow), main weather conditions under the insect of genetically modified crops, desire control, every kind of situation, and other are by using type, using the factor that opportunity and target crop are determined.The amount of application of per hectare is generally per hectare 1-2000g nitro imino group-or nitro guanidine radicals-compound, particularly 10-1000g/ hectare, preferably 10-500g/ hectare, more preferably 10-200g/ hectare.

In the crop protection field within the scope of the present invention, preferably using type is to use (foliar spray is used) to the blade of plant, can regulate frequency and the consumption used, makes it adapt to the danger of being encroached on by described insect.Yet, soak the plant site or solid-state active ingredient mixed the plant site with fluid composition, for example mix (soil application) in the soil with the form of particle, active ingredient also can unite by root system (systemic action) enter inside plants.For rice crop, these particles can add in the paddy field.

Also be suitable for protecting the propagating materialss of genetically modified plants according to composition of the present invention, for example seed such as fruit, stem tuber or kernel, or plant transplants make it not to be subjected to the particularly representative biological infringement of insect and barnyard grass Acarina of noxious animal.Can before using, use the compositions-treated propagating materials, for example seed dressing prior to seeding.Also can by in fluid composition, soak kernel or with the solid composite bag by kernel, active ingredient is applied on kind of the benevolence (bag by).When in the sowing process, propagating materials being applied to when for example planting in the furrow, also composition can be applied to and use the place.These all are further themes of the present invention to the processing method of plant propagation material and the plant propagation material of so handling.

The nitro imino group that can use in the method according to the invention-or the formulation examples of nitro guanidine radicals-compound, for example solution, granule, dust, the pulvis that can spray, emulsifiable concentrates, coated granule and concentrated outstanding agent all are the types of describing in the embodiment F 1-F10 of for example EP-A-580553.

Table B

Use following abbreviation in the table:

The active ingredient of genetically modified plants: AP

Luminous smooth rod bacterium: PL

Xenorhabdus nematophilus: XN

Protease inhibitors: Plnh.

Phytolectin: PLec.

Acrasin: Aggl.

3-hydroxy steroid oxidase: HO

Cholesterol oxidase: CO

Chitinase: CH

Dextranase: GL

1,2-talan synthase: SS

Table B:

	AP	Controlling object
	AP	Controlling object	B.1	CryIA(a)	The kind that Adoxophyes spp belongs to
B.2	CryIA(a)	The kind that the ground tiger belongs to	B.1	CryIA(a)	The kind that Adoxophyes spp belongs to
B.2	CryIA(a)	The kind that the ground tiger belongs to	B.3	CryIA(a)	Cotton leaf noctuid
B.4	CryIA(a)	The soybean noctuid	B.3	CryIA(a)	Cotton leaf noctuid
B.4	CryIA(a)	The soybean noctuid	B.5	CryIA(a)	The kind of straw borer spp
B.6	CryIA(a)	Grape codling moth (Clysia ambiguella)	B.5	CryIA(a)	The kind of straw borer spp
B.6	CryIA(a)	Grape codling moth (Clysia ambiguella)	B.7	CryIA(a)	General non-fine hair snout moth's larva
B.8	CryIA(a)	The kind that steinernema belongs to	B.7	CryIA(a)	General non-fine hair snout moth's larva
B.8	CryIA(a)	The kind that steinernema belongs to	B.9	CryIA(a)	The Sudan cotton bollworm
B.10	CryIA(a)	Jin Gang bores the kind that belongs to	B.9	CryIA(a)	The Sudan cotton bollworm
B.10	CryIA(a)	Jin Gang bores the kind that belongs to	B.11	CryIA(a)	The kind that meal moth belongs to
B.12	CryIA(a)	The kind of Heliothis	B.11	CryIA(a)	The kind that meal moth belongs to
B.12	CryIA(a)	The kind of Heliothis	B.13	CryIA(a)	Hellula undalis
B.14	CryIA(a)	Tomato stem gelechiid	B.13	CryIA(a)	Hellula undalis

B.15	CryIA(a)	Pear leaf blister moth
B.15	CryIA(a)	Pear leaf blister moth	B.16	CryIA(a)	The kind that thin moth belongs to
B.17	CryIA(a)	Lobesia botrana	B.16	CryIA(a)	The kind that thin moth belongs to
B.17	CryIA(a)	Lobesia botrana	B.18	CryIA(a)	European corn borer
B.19	CryIA(a)	The kind of brown epiblema	B.18	CryIA(a)	European corn borer
B.19	CryIA(a)	The kind of brown epiblema	B.20	CryIA(a)	Pectinophora gossypiella
B.21	CryIA(a)	Citrus leaf lyonetid (Phyllocnistiscitrella)	B.20	CryIA(a)	Pectinophora gossypiella
B.21	CryIA(a)	Citrus leaf lyonetid (Phyllocnistiscitrella)	B.22	CryIA(a)	The kind that miller belongs to
B.23	CryIA(a)	Diamond-back moth	B.22	CryIA(a)	The kind that miller belongs to
B.23	CryIA(a)	Diamond-back moth	B.24	CryIA(a)	The kind that white standing grain snout moth's larva belongs to
B.25	CryIA(a)	The kind of moth stem Noctua	B.24	CryIA(a)
B.25	CryIA(a)	The kind of moth stem Noctua	B.26	CryIA(a)	The long kind that must roll up the moth genus
B.27	CryIA(a)	The kind of Spodoptera (Spodoptera)	B.26	CryIA(a)	The long kind that must roll up the moth genus
B.27	CryIA(a)	The kind of Spodoptera (Spodoptera)	B.28	CryIA(a)	The kind that the volume moth belongs to
B.29	CryIA(a)	The amyloid plaque noctuid	B.28	CryIA(a)	The kind that the volume moth belongs to
B.29	CryIA(a)	The amyloid plaque noctuid	B.30	C ryIA(a)	The kind of Agriotes spp
B.31	CryIA(a)	Mexico's cotton boll resembles (Anthonomus grandis)	B.30	C ryIA(a)	The kind of Agriotes spp
B.31	CryIA(a)	Mexico's cotton boll resembles (Anthonomus grandis)	B.32	CryIA(a)	The kind of Curculio
B.33	CryIA(a)	Band spot cucumber chrysomelid (Diabroticabalteata)	B.32	CryIA(a)	The kind of Curculio
B.33	CryIA(a)	Band spot cucumber chrysomelid (Diabroticabalteata)	B.34	CryIA(a)	The kind that colorado potato beetles belong to
B.35	CryIA(a)	Rice water resembles the kind of genus	B.34	CryIA(a)	The kind that colorado potato beetles belong to
B.35	CryIA(a)	Rice water resembles the kind of genus	B.36	CryIA(a)	The ear beak resembles the kind of genus
B.37	CryIA(a)	The kind that wolly whitefly belongs to	B.36	CryIA(a)	The ear beak resembles the kind of genus
B.37	CryIA(a)	The kind that wolly whitefly belongs to	B.38	CryIA(a)	The kind of Aleyrodes
B.39	CryIA(a)	The kind that the kidney Aspidiotus belongs to	B.38	CryIA(a)	The kind of Aleyrodes

B.40	CryIA(a)	Aphidiadae
B.40	CryIA(a)	Aphidiadae	B.41	CryIA(a)	The kind of Aphis
B.42	CryIA(a)	Sweet potato whitefly	B.41	CryIA(a)	The kind of Aphis
B.42	CryIA(a)	Sweet potato whitefly	B.43	CryIA(a)	The kind that green jassids belongs to
B.44	CryIA(a)	The kind of tumor aphid genus	B.43	CryIA(a)	The kind that green jassids belongs to
B.44	CryIA(a)	The kind of tumor aphid genus	B.45	CryIA(a)	The kind that rice leafhopper belongs to
B.46	CryIA(a)	The kind that brown planthopper belongs to	B.45	CryIA(a)	The kind that rice leafhopper belongs to
B.46	CryIA(a)	The kind that brown planthopper belongs to	B.47	CryIA(a)	The kind that mealybug belongs to
B.48	CryIA(a)	The kind of Psylla spp	B.47	CryIA(a)	The kind that mealybug belongs to
B.48	CryIA(a)	The kind of Psylla spp	B.49	CryIA(a)	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.50	CryIA(a)	The kind of y-bend Aphis	B.49	CryIA(a)
B.50	CryIA(a)	The kind of y-bend Aphis	B.51	CryIA(a)	The kind of knot wing Aleyrodes
B.52	CryIA(a)	The kind of Lyriomyza	B.51	CryIA(a)	The kind of knot wing Aleyrodes
B.52	CryIA(a)	The kind of Lyriomyza	B.53	CryIA(a)	The kind that wheat stem chloropid fly belongs to
B.54	CryIA(a)	The kind of grass Hylemyia	B.53	CryIA(a)	The kind that wheat stem chloropid fly belongs to
B.54	CryIA(a)	The kind of grass Hylemyia	B.55	CryIA(a)	The kind that flower thrips belongs to
B.56	CryIA(a)	The kind of Thrips	B.55	CryIA(a)	The kind that flower thrips belongs to
B.56	CryIA(a)	The kind of Thrips	B.57	CryIA(a)	The orange thrips in South Africa
B.58	CryIA(a)	The kind that the knurl mite belongs to	B.57	CryIA(a)	The orange thrips in South Africa
B.58	CryIA(a)	The kind that the knurl mite belongs to	B.59	CryIA(a)	The kind of thorn Eriophyes
B.60	CryIA(a)	The kind of short whisker Acarapis	B.59	CryIA(a)	The kind of thorn Eriophyes
B.60	CryIA(a)	The kind of short whisker Acarapis	B.61	CryIA(a)	The kind that Panonychus citri belongs to
B.62	CryIA(a)	The kind that the wrinkle leaf Aculus belongs to	B.61	CryIA(a)	The kind that Panonychus citri belongs to
B.62	CryIA(a)	The kind that the wrinkle leaf Aculus belongs to	B.63	CryIA(a)	The kind of Tetranychus
B.64	CryIA(a)	The kind of Heterodera	B.63	CryIA(a)	The kind of Tetranychus
B.64	CryIA(a)	The kind of Heterodera	B.65	CryIA(a)	The kind of Meloidogyne
B.66	CryIA(b)	The kind that Adoxophyes spp belongs to	B.65	CryIA(a)	The kind of Meloidogyne
B.66	CryIA(b)	The kind that Adoxophyes spp belongs to	B.67	CryIA(b)	The kind that the ground tiger belongs to
B.68	CryIA(b)	Cotton leaf noctuid	B.67	CryIA(b)	The kind that the ground tiger belongs to

B.69	CryIA(b)	The soybean noctuid
B.69	CryIA(b)	The soybean noctuid	B.70	CryIA(b)	The kind of straw borer spp
B.71	CryIA(b)	Grape codling moth (Clysia ambiguella)	B.70	CryIA(b)	The kind of straw borer spp
B.71	CryIA(b)	Grape codling moth (Clysia ambiguella)	B.72	CryIA(b)	General non-fine hair snout moth's larva
B.73	CryIA(b)	The kind that steinernema belongs to	B.72	CryIA(b)	General non-fine hair snout moth's larva
B.73	CryIA(b)	The kind that steinernema belongs to	B.74	CryIA(b)	The Sudan cotton bollworm
B.75	CryIA(b)	Jin Gang bores the kind that belongs to	B.74	CryIA(b)	The Sudan cotton bollworm
B.75	CryIA(b)	Jin Gang bores the kind that belongs to	B.76	CryIA(b)	The kind that meal moth belongs to
B.77	CrvIA(b)	The kind of Heliothis	B.76	CryIA(b)	The kind that meal moth belongs to
B.77	CrvIA(b)	The kind of Heliothis	B.78	CryIA(b)	Hellula undalis
B.79	CryIA(b)	Tomato stem gelechiid	B.78	CryIA(b)	Hellula undalis
B.79	CryIA(b)	Tomato stem gelechiid	B.80	CryIA(b)	Pear leaf blister moth
B.81	CryIA(b)	The kind that thin moth belongs to	B.80	CryIA(b)	Pear leaf blister moth
B.81	CryIA(b)	The kind that thin moth belongs to	B.82	CryIA(b)	Lobesia botrana
B.83	CryIA(b)	European corn borer	B.82	CryIA(b)	Lobesia botrana
B.83	CryIA(b)	European corn borer	B.84	CryIA(b)	The kind of brown epiblema
B.85	CryIA(b)	Cotton bollworm	B.84	CryIA(b)	The kind of brown epiblema
B.85	CryIA(b)	Cotton bollworm	B.86	CryIA(b)	Citrus leaf lyonetid
B.87	CryIA(b)	The kind that miller belongs to	B.86	CryIA(b)	Citrus leaf lyonetid
B.87	CryIA(b)	The kind that miller belongs to	B.88	CryIA(b)	Diamond-back moth
B.89	CryIA(b)	The kind that white standing grain snout moth's larva belongs to	B.88	CryIA(b)	Diamond-back moth
B.89	CryIA(b)		B.90	CryIA(b)	The kind of moth stem Noctua
B.91	CryIA(b)	The long kind that must roll up the moth genus	B.90	CryIA(b)	The kind of moth stem Noctua
B.91	CryIA(b)	The long kind that must roll up the moth genus	B.92	CryIA(b)	The kind of Spodoptera
B.93	CryIA(b)	The kind that the volume moth belongs to	B.92	CryIA(b)	The kind of Spodoptera
B.93	CryIA(b)	The kind that the volume moth belongs to	B.94	CryIA(b)	The amyloid plaque noctuid
B.95	CryIA(b)	The kind of Agriotes spp	B.94	CryIA(b)	The amyloid plaque noctuid
B.95	CryIA(b)	The kind of Agriotes spp	B.96	CryIA(b)	Mexico's cotton boll resembles
B.97	CryIA(b)	The kind of Curculio	B.96	CryIA(b)	Mexico's cotton boll resembles

B.98	CryIA(b)	Band spot cucumber is chrysomelid
B.98	CryIA(b)	Band spot cucumber is chrysomelid	B.99	CryIA(b)	The kind that colorado potato beetles belong to
B.100	CryIA(b)	Rice water resembles the kind of genus	B.99	CryIA(b)	The kind that colorado potato beetles belong to
B.100	CryIA(b)	Rice water resembles the kind of genus	B.101	CryIA(b)	The ear beak resembles the kind of genus
B.102	CryIA(b)	The kind that wolly whitefly belongs to	B.101	CryIA(b)	The ear beak resembles the kind of genus
B.102	CryIA(b)	The kind that wolly whitefly belongs to	B.103	CryIA(b)	The kind of Aleyrodes
B.104	CryIA(b)	The kind that the kidney Aspidiotus belongs to	B.103	CryIA(b)	The kind of Aleyrodes
B.104	CryIA(b)	The kind that the kidney Aspidiotus belongs to	B.105	CryIA(b)	Aphidiadae
B.106	CryIA(b)	The kind of Aphis	B.105	CryIA(b)	Aphidiadae
B.106	CryIA(b)	The kind of Aphis	B.107	CryIA(b)	Sweet potato whitefly
B.108	CryIA(b)	The kind that green jassids belongs to	B.107	CryIA(b)	Sweet potato whitefly
B.108	CryIA(b)	The kind that green jassids belongs to	B.109	CryIA(b)	The kind of tumor aphid genus
B.110	CryIA(b)	The kind that rice leafhopper belongs to	B.109	CryIA(b)	The kind of tumor aphid genus
B.110	CryIA(b)	The kind that rice leafhopper belongs to	B.111	CryIA(b)	The kind that brown planthopper belongs to
B.112	CryIA(b)	The kind that mealybug belongs to	B.111	CryIA(b)	The kind that brown planthopper belongs to
B.112	CryIA(b)	The kind that mealybug belongs to	B.113	CryIA(b)	The kind of Psylla spp
B.114	CryIA(b)	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.113	CryIA(b)	The kind of Psylla spp
B.114	CryIA(b)		B.115	CryIA(b)	The kind of y-bend Aphis
B.116	CryIA(b)	The kind of knot wing Aleyrodes	B.115	CryIA(b)	The kind of y-bend Aphis
B.116	CryIA(b)	The kind of knot wing Aleyrodes	B.117	CryIA(b)	The kind of Lyriomyza
B.118	CryIA(b)	The kind that wheat stem chloropid fly belongs to	B.117	CryIA(b)	The kind of Lyriomyza
B.118	CryIA(b)	The kind that wheat stem chloropid fly belongs to	B.119	CryIA(b)	The kind of grass Hylemyia
B.120	CryIA(b)	The kind that flower thrips belongs to	B.119	CryIA(b)	The kind of grass Hylemyia
B.120	CryIA(b)	The kind that flower thrips belongs to	B.121	CryIA(b)	The kind of Thrips
B.122	CryIA(b)	The orange thrips in South Africa	B.121	CryIA(b)	The kind of Thrips
B.122	CryIA(b)	The orange thrips in South Africa	B.123	CryIA(b)	The kind that aceria belongs to
B.124	CryIA(b)	The kind of thorn Eriophyes	B.123	CryIA(b)	The kind that aceria belongs to
B.124	CryIA(b)	The kind of thorn Eriophyes	B.125	CryIA(b)	The kind of short whisker Acarapis
B.126	CryIA(b)	The kind that Panonychus citri belongs to	B.125	CryIA(b)	The kind of short whisker Acarapis

B.127	CryIA(b)	The kind that the wrinkle leaf Aculus belongs to
B.127	CryIA(b)	The kind that the wrinkle leaf Aculus belongs to	B.128	CryIA(b)	The kind of Tetranychus
B.129	CryIA(b)	The kind of Heterodera	B.128	CryIA(b)	The kind of Tetranychus
B.129	CryIA(b)	The kind of Heterodera	B.130	CryIA(b)	The kind of Meloidogyne
B.131	CryIA(c)	The kind that Adoxophyes spp belongs to	B.130	CryIA(b)	The kind of Meloidogyne
B.131	CryIA(c)	The kind that Adoxophyes spp belongs to	B.132	CryIA(c)	The kind that the ground tiger belongs to
B.133	CryIA(c)	Cotton leaf noctuid	B.132	CryIA(c)	The kind that the ground tiger belongs to
B.133	CryIA(c)	Cotton leaf noctuid	B.134	CryIA(c)	The soybean noctuid
B.135	CryIA(c)	The kind of straw borer spp	B.134	CryIA(c)	The soybean noctuid
B.135	CryIA(c)	The kind of straw borer spp	B.136	CryIA(c)	Grape codling moth (Clysia ambiguella)
B.137	CryIA(c)	General non-fine hair snout moth's larva	B.136	CryIA(c)	Grape codling moth (Clysia ambiguella)
B.137	CryIA(c)	General non-fine hair snout moth's larva	B.138	CryIA(c)	The kind that steinernema belongs to
B.139	CryIA(c)	The Sudan cotton bollworm	B.138	CryIA(c)	The kind that steinernema belongs to
B.139	CryIA(c)	The Sudan cotton bollworm	B.140	CryIA(c)	Jin Gang bores the kind that belongs to
B.141	CryIA(c)	The kind that meal moth belongs to	B.140	CryIA(c)	Jin Gang bores the kind that belongs to
B.141	CryIA(c)	The kind that meal moth belongs to	B.142	CryIA(c)	The kind of Heliothis
B.143	CryIA(c)	Hellula undalis	B.142	CryIA(c)	The kind of Heliothis
B.143	CryIA(c)	Hellula undalis	B.144	CrylA(c)	Tomato stem gelechiid
B.145	CryIA(c)	Pear leaf blister moth	B.144	CrylA(c)	Tomato stem gelechiid
B.145	CryIA(c)	Pear leaf blister moth	B.146	CryIA(c)	The kind that thin moth belongs to
B.147	C ryIA(c)	Lobesia botrana	B.146	CryIA(c)	The kind that thin moth belongs to
B.147	C ryIA(c)	Lobesia botrana	B.148	CryIA(c)	European corn borer
B.149	CryIA(c)	The kind of brown epiblema	B.148	CryIA(c)	European corn borer
B.149	CryIA(c)	The kind of brown epiblema	B.150	C ryIA(c)	Pectinophora gossypiella
B.151	CryIA(c)	Citrus leaf lyonetid	B.150	C ryIA(c)	Pectinophora gossypiella
B.151	CryIA(c)	Citrus leaf lyonetid	B.152	CryIA(c)	The kind that miller belongs to
B.153	CryIA(c)	Diamond-back moth	B.152	CryIA(c)	The kind that miller belongs to
B.153	CryIA(c)	Diamond-back moth	B.154	CryIA(c)	The kind that white standing grain snout moth's larva belongs to
B.155	CryIA(c)	The kind of moth stem Noctua	B.154	CryIA(c)

B.156	CryIA(c)	The long kind that must roll up the moth genus
B.156	CryIA(c)	The long kind that must roll up the moth genus	B.157	CryIA(c)	The kind of Spodoptera
B.158	CryIA(c)	The kind that the volume moth belongs to	B.157	CryIA(c)	The kind of Spodoptera
B.158	CryIA(c)	The kind that the volume moth belongs to	B.159	CryIA(c)	The amyloid plaque noctuid
B.160	CryIA(c)	The kind of Agriotes spp	B.159	CryIA(c)	The amyloid plaque noctuid
B.160	CryIA(c)	The kind of Agriotes spp	B.161	CryIA(c)	Mexico's cotton boll resembles
B.162	CryIA(c)	The kind of Curculio	B.161	CryIA(c)	Mexico's cotton boll resembles
B.162	CryIA(c)	The kind of Curculio	B.163	CryIA(c)	Band spot cucumber is chrysomelid
B.164	CryIA(c)	The kind that colorado potato beetles belong to	B.163	CryIA(c)	Band spot cucumber is chrysomelid
B.164	CryIA(c)	The kind that colorado potato beetles belong to	B.165	CryIA(c)	Rice water resembles the kind of genus
B.166	CryIA(c)	The ear beak resembles the kind of genus	B.165	CryIA(c)	Rice water resembles the kind of genus
B.166	CryIA(c)	The ear beak resembles the kind of genus	B.167	CryIA(c)	The kind that wolly whitefly belongs to
B.168	CryIA(c)	The kind of Aleyrodes	B.167	CryIA(c)	The kind that wolly whitefly belongs to
B.168	CryIA(c)	The kind of Aleyrodes	B.169	CryIA(c)	The kind that the kidney Aspidiotus belongs to
B.170	CryIA(c)	Aphidiadae	B.169	CryIA(c)	The kind that the kidney Aspidiotus belongs to
B.170	CryIA(c)	Aphidiadae	B.171	CryIA(c)	The kind of Aphis
B.172	CryIA(c)	Sweet potato whitefly	B.171	CryIA(c)	The kind of Aphis
B.172	CryIA(c)	Sweet potato whitefly	B.173	CryIA(c)	The kind that green jassids belongs to
B.174	CryIA(c)	The kind of tumor aphid genus	B.173	CryIA(c)	The kind that green jassids belongs to
B.174	CryIA(c)	The kind of tumor aphid genus	B.175	CryIA(c)	The kind that rice leafhopper belongs to
B.176	CryIA(c)	The kind that brown planthopper belongs to	B.175	CryIA(c)	The kind that rice leafhopper belongs to
B.176	CryIA(c)	The kind that brown planthopper belongs to	B.177	CryIA(c)	The kind that mealybug belongs to
B.178	CryIA(c)	The kind of Psylla spp	B.177	CryIA(c)	The kind that mealybug belongs to
B.178	CryIA(c)	The kind of Psylla spp	B.179	CryIA(c)	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.180	CryIA(c)	The kind of y-bend Aphis	B.179	CryIA(c)
B.180	CryIA(c)	The kind of y-bend Aphis	B.181	CryIA(c)	The kind of knot wing Aleyrodes
B.182	CryIA(c)	The kind of Lyriomyza	B.181	CryIA(c)	The kind of knot wing Aleyrodes
B.182	CryIA(c)	The kind of Lyriomyza	B.183	CryIA(c)	The kind that wheat stem chloropid fly belongs to
B.184	CryIA(c)	The kind of grass Hylemyia	B.183	CryIA(c)	The kind that wheat stem chloropid fly belongs to

B.185	CryIA(c)	The kind that flower thrips belongs to
B.185	CryIA(c)	The kind that flower thrips belongs to	B.186	CryIA(c)	The kind of Thrips
B.187	CryIA(c)	The orange thrips in South Africa	B.186	CryIA(c)	The kind of Thrips
B.187	CryIA(c)	The orange thrips in South Africa	B.188	CryIA(c)	The kind that aceria belongs to
B.189	CryIA(c)	The kind of thorn Eriophyes	B.188	CryIA(c)	The kind that aceria belongs to
B.189	CryIA(c)	The kind of thorn Eriophyes	B.190	CryIA(c)	The kind of short whisker Acarapis
B.191	CryIA(c)	The kind that Panonychus citri belongs to	B.190	CryIA(c)	The kind of short whisker Acarapis
B.191	CryIA(c)	The kind that Panonychus citri belongs to	B.192	CryIA(c)	The kind that the wrinkle leaf Aculus belongs to
B.193	CryIA(c)	The kind of Tetranychus	B.192	CryIA(c)	The kind that the wrinkle leaf Aculus belongs to
B.193	CryIA(c)	The kind of Tetranychus	B.194	CryIA(c)	The kind of Heterodera
B.195	CryIA(c)	The kind of Meloidogyne	B.194	CryIA(c)	The kind of Heterodera
B.195	CryIA(c)	The kind of Meloidogyne	B.196	CryIIA	The kind that Adoxophyes spp belongs to
B.197	CryIIA	The kind that the ground tiger belongs to	B.196	CryIIA	The kind that Adoxophyes spp belongs to
B.197	CryIIA	The kind that the ground tiger belongs to	B.198	CryIIA	Cotton leaf noctuid
B.199	CryIIA	The soybean noctuid	B.198	CryIIA	Cotton leaf noctuid
B.199	CryIIA	The soybean noctuid	B.200	CryIIA	The kind of straw borer spp
B.201	CryIIA	Grape codling moth (Clysia ambiguella)	B.200	CryIIA	The kind of straw borer spp
B.201	CryIIA	Grape codling moth (Clysia ambiguella)	B.202	CryIIA	General non-fine hair snout moth's larva
B.203	CryIIA	The kind that steinernema belongs to	B.202	CryIIA	General non-fine hair snout moth's larva
B.203	CryIIA	The kind that steinernema belongs to	B.204	CryIIA	The Sudan cotton bollworm
B.205	CryIIA	Jin Gang bores the kind that belongs to	B.204	CryIIA	The Sudan cotton bollworm
B.205	CryIIA	Jin Gang bores the kind that belongs to	B.206	CryIIA	The kind that meal moth belongs to
B.207	CryIIA	The kind of Heliothis	B.206	CryIIA	The kind that meal moth belongs to
B.207	CryIIA	The kind of Heliothis	B.208	CryIIA	Hellula undalis
B.209	CryIIA	Tomato stem gelechiid	B.208	CryIIA	Hellula undalis
B.209	CryIIA	Tomato stem gelechiid	B.210	CryIIA	Pear leaf blister moth
B.211	CryIIA	The kind that thin moth belongs to	B.210	CryIIA	Pear leaf blister moth
B.211	CryIIA	The kind that thin moth belongs to	B.212	CryIIA	Lobesia botrana
B.213	CryIIA	European corn borer	B.212	CryIIA	Lobesia botrana

B.214	CryIIA	The kind of brown epiblema
B.214	CryIIA	The kind of brown epiblema	B.215	CryIIA	Pectinophora gossypiella
B.216	CryIIA	Citrus leaf lyonetid	B.215	CryIIA	Pectinophora gossypiella
B.216	CryIIA	Citrus leaf lyonetid	B.217	CryIIA	The kind that miller belongs to
B.218	CryIIA	Diamond-back moth	B.217	CryIIA	The kind that miller belongs to
B.218	CryIIA	Diamond-back moth	B.219	CryIIA	The kind that white standing grain snout moth's larva belongs to
B.220	CryIIA	The kind of moth stem Noctua	B.219	CryIIA
B.220	CryIIA	The kind of moth stem Noctua	B.221	CryIIA	The long kind that must roll up the moth genus
B.222	CryIIA	The kind of Spodoptera	B.221	CryIIA	The long kind that must roll up the moth genus
B.222	CryIIA	The kind of Spodoptera	B.223	CryIIA	The kind that the volume moth belongs to
B.224	CryIIA	The amyloid plaque noctuid	B.223	CryIIA	The kind that the volume moth belongs to
B.224	CryIIA	The amyloid plaque noctuid	B.225	CryIIA	The kind of Agriotes spp
B.226	CryIIA	Mexico's cotton boll resembles	B.225	CryIIA	The kind of Agriotes spp
B.226	CryIIA	Mexico's cotton boll resembles	B.227	CryIIA	The kind of Curculio
B.228	CryIIA	Band spot cucumber is chrysomelid	B.227	CryIIA	The kind of Curculio
B.228	CryIIA	Band spot cucumber is chrysomelid	B.229	CryIIA	The kind that colorado potato beetles belong to
B.230	CryIIA	Rice water resembles the kind of genus	B.229	CryIIA	The kind that colorado potato beetles belong to
B.230	CryIIA	Rice water resembles the kind of genus	B.231	CryIIA	The ear beak resembles the kind of genus
B.232	CryIIA	The kind that wolly whitefly belongs to	B.231	CryIIA	The ear beak resembles the kind of genus
B.232	CryIIA	The kind that wolly whitefly belongs to	B.233	CryIIA	The kind of Aleyrodes
B.234	CryIIA	The kind that the kidney Aspidiotus belongs to	B.233	CryIIA	The kind of Aleyrodes
B.234	CryIIA	The kind that the kidney Aspidiotus belongs to	B.235	CryIIA	Aphidiadae
B.236	CryIIA	The kind of Aphis	B.235	CryIIA	Aphidiadae
B.236	CryIIA	The kind of Aphis	B.237	CryIIA	Sweet potato whitefly
B.238	CryIIA	The kind that green jassids belongs to	B.237	CryIIA	Sweet potato whitefly
B.238	CryIIA	The kind that green jassids belongs to	B.239	CryIIA	The kind of tumor aphid genus
B.240	CryIIA	The kind that rice leafhopper belongs to	B.239	CryIIA	The kind of tumor aphid genus
B.240	CryIIA	The kind that rice leafhopper belongs to	B.241	CryIIA	The kind that brown planthopper belongs to
B.242	CryIIA	The kind that mealybug belongs to	B.241	CryIIA	The kind that brown planthopper belongs to

B.243	CryIIA	The kind of Psylla spp
B.243	CryIIA	The kind of Psylla spp	B.244	CryIIA	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.245	CryIIA	The kind of y-bend Aphis	B.244	CryIIA
B.245	CryIIA	The kind of y-bend Aphis	B.246	CryIIA	The kind of knot wing Aleyrodes
B.247	CryIIA	The kind of Lyriomyza	B.246	CryIIA	The kind of knot wing Aleyrodes
B.247	CryIIA	The kind of Lyriomyza	B.248	CryIIA	The kind that wheat stem chloropid fly belongs to
B.249	CryIIA	The kind of grass Hylemyia	B.248	CryIIA	The kind that wheat stem chloropid fly belongs to
B.249	CryIIA	The kind of grass Hylemyia	B.250	CryIIA	The kind that flower thrips belongs to
B.251	CryIIA	The kind of Thrips	B.250	CryIIA	The kind that flower thrips belongs to
B.251	CryIIA	The kind of Thrips	B.252	CryIIA	The orange thrips in South Africa
B.253	CryIIA	The kind that aceria belongs to	B.252	CryIIA	The orange thrips in South Africa
B.253	CryIIA	The kind that aceria belongs to	B.254	CryIIA	The kind of thorn Eriophyes
B.255	CryIIA	The kind of short whisker Acarapis	B.254	CryIIA	The kind of thorn Eriophyes
B.255	CryIIA	The kind of short whisker Acarapis	B.256	CryIIA	The kind that Panonychus citri belongs to
B.257	CryIIA	The kind that the wrinkle leaf Aculus belongs to	B.256	CryIIA	The kind that Panonychus citri belongs to
B.257	CryIIA	The kind that the wrinkle leaf Aculus belongs to	B.258	CryIIA	The kind of Tetranychus
B.259	CryIIA	The kind of Heterodera	B.258	CryIIA	The kind of Tetranychus
B.259	CryIIA	The kind of Heterodera	B.260	CryIIA	The kind of Meloidogyne
B.261	CryIIIA	The kind that Adoxophyes spp belongs to	B.260	CryIIA	The kind of Meloidogyne
B.261	CryIIIA	The kind that Adoxophyes spp belongs to	B.262	CryIIIA	The kind that the ground tiger belongs to
B.263	CryIIIA	Cotton leaf noctuid	B.262	CryIIIA	The kind that the ground tiger belongs to
B.263	CryIIIA	Cotton leaf noctuid	B.264	CryIIIA	The soybean noctuid
B.265	CryIIIA	The kind of straw borer spp	B.264	CryIIIA	The soybean noctuid
B.265	CryIIIA	The kind of straw borer spp	B.266	CryIIIA	Grape codling moth (Clysia ambiguella)
B.267	CryIIIA	General non-fine hair snout moth's larva	B.266	CryIIIA	Grape codling moth (Clysia ambiguella)
B.267	CryIIIA	General non-fine hair snout moth's larva	B.268	CryIIIA	The kind that steinernema belongs to
B.269	CryIIIA	The Sudan cotton bollworm	B.268	CryIIIA	The kind that steinernema belongs to
B.269	CryIIIA	The Sudan cotton bollworm	B.270	CryIIIA	Jin Gang bores the kind that belongs to
B.271	CryIIIA	The kind that meal moth belongs to	B.270	CryIIIA	Jin Gang bores the kind that belongs to

B.272	CryIIIA	The kind of Heliothis
B.272	CryIIIA	The kind of Heliothis	B.273	CryIIIA	Hellula undalis
B.274	CryIIIA	Tomato stem gelechiid	B.273	CryIIIA	Hellula undalis
B.274	CryIIIA	Tomato stem gelechiid	B.275	CryIIIA	Pear leaf blister moth
B.276	CryIIIA	The kind that thin moth belongs to	B.275	CryIIIA	Pear leaf blister moth
B.276	CryIIIA	The kind that thin moth belongs to	B.277	CryIIIA	Lobesia botrana
B.278	CryIIIA	European corn borer	B.277	CryIIIA	Lobesia botrana
B.278	CryIIIA	European corn borer	B.279	CryIIIA	The kind of brown epiblema
B.280	CryIIIA	Pectinophora gossypiella	B.279	CryIIIA	The kind of brown epiblema
B.280	CryIIIA	Pectinophora gossypiella	B.281	CryIIIA	Citrus leaf lyonetid
B.282	CryIIIA	The kind that miller belongs to	B.281	CryIIIA	Citrus leaf lyonetid
B.282	CryIIIA	The kind that miller belongs to	B.283	CryIIIA	Diamond-back moth
B.284	CryIIIA	The kind that white standing grain snout moth's larva belongs to	B.283	CryIIIA	Diamond-back moth
B.284	CryIIIA		B.285	CryIIIA	The kind of moth stem Noctua
B.286	CryIIIA	The long kind that must roll up the moth genus	B.285	CryIIIA	The kind of moth stem Noctua
B.286	CryIIIA	The long kind that must roll up the moth genus	B.287	CryIIIA	The kind of Spodoptera
B.288	CryIIIA	The kind that the volume moth belongs to	B.287	CryIIIA	The kind of Spodoptera
B.288	CryIIIA	The kind that the volume moth belongs to	B.289	CryIIIA	The amyloid plaque noctuid
B.290	CryIIIA	The kind of Agriotes spp	B.289	CryIIIA	The amyloid plaque noctuid
B.290	CryIIIA	The kind of Agriotes spp	B.291	CryIIIA	Mexico's cotton boll resembles
B.292	CryIIIA	The kind of Curculio	B.291	CryIIIA	Mexico's cotton boll resembles
B.292	CryIIIA	The kind of Curculio	B.293	CryIIIA	Band spot cucumber is chrysomelid
B.294	CryIIIA	The kind that colorado potato beetles belong to	B.293	CryIIIA	Band spot cucumber is chrysomelid
B.294	CryIIIA	The kind that colorado potato beetles belong to	B.295	CryIIIA	Rice water resembles the kind of genus
B.296	CryIIIA	The ear beak resembles the kind of genus	B.295	CryIIIA	Rice water resembles the kind of genus
B.296	CryIIIA	The ear beak resembles the kind of genus	B.297	CryIIIA	The kind that wolly whitefly belongs to
B.298	CryIIIA	The kind of Aleyrodes	B.297	CryIIIA	The kind that wolly whitefly belongs to
B.298	CryIIIA	The kind of Aleyrodes	B.299	CryIIIA	The kind that the kidney Aspidiotus belongs to
B.300	CryIIIA	Aphidiadae	B.299	CryIIIA	The kind that the kidney Aspidiotus belongs to

B.301	CryIIIA	The kind of Aphis
B.301	CryIIIA	The kind of Aphis	B.302	CryIIIA	Sweet potato whitefly
B.303	CryIIIA	The kind that green jassids belongs to	B.302	CryIIIA	Sweet potato whitefly
B.303	CryIIIA	The kind that green jassids belongs to	B.304	CryIIIA	The kind of tumor aphid genus
B.305	CryIIIA	The kind that rice leafhopper belongs to	B.304	CryIIIA	The kind of tumor aphid genus
B.305	CryIIIA	The kind that rice leafhopper belongs to	B.306	CryIIIA	The kind that brown planthopper belongs to
B.307	CryIIIA	The kind that mealybug belongs to	B.306	CryIIIA	The kind that brown planthopper belongs to
B.307	CryIIIA	The kind that mealybug belongs to	B.308	CryIIIA	The kind of Psylla spp
B.309	CryIIIA	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.308	CryIIIA	The kind of Psylla spp
B.309	CryIIIA		B.310	CryIIIA	The kind of y-bend Aphis
B.311	CryIIIA	The kind of knot wing Aleyrodes	B.310	CryIIIA	The kind of y-bend Aphis
B.311	CryIIIA	The kind of knot wing Aleyrodes	B.312	CryIIIA	The kind of Lyriomyza
B.313	CryIIIA	The kind that wheat stem chloropid fly belongs to	B.312	CryIIIA	The kind of Lyriomyza
B.313	CryIIIA	The kind that wheat stem chloropid fly belongs to	B.314	CryIIIA	The kind of grass Hylemyia
B.315	CryIIIA	The kind that flower thrips belongs to	B.314	CryIIIA	The kind of grass Hylemyia
B.315	CryIIIA	The kind that flower thrips belongs to	B.316	CryIIIA	The kind of Thrips
B.317	CryIIIA	The orange thrips in South Africa	B.316	CryIIIA	The kind of Thrips
B.317	CryIIIA	The orange thrips in South Africa	B.318	CryIIIA	The kind that the knurl mite belongs to
B.319	CryIIIA	The kind of thorn Eriophyes	B.318	CryIIIA	The kind that the knurl mite belongs to
B.319	CryIIIA	The kind of thorn Eriophyes	B.320	CryIIIA	The kind of short whisker Acarapis
B.321	CryIIIA	The kind that Panonychus citri belongs to	B.320	CryIIIA	The kind of short whisker Acarapis
B.321	CryIIIA	The kind that Panonychus citri belongs to	B.322	CryIIIA	The kind that the wrinkle leaf Aculus belongs to
B.323	CryIIIA	The kind of Tetranychus	B.322	CryIIIA	The kind that the wrinkle leaf Aculus belongs to
B.323	CryIIIA	The kind of Tetranychus	B.324	CryIIIA	The kind of Heterodera
B.325	CryIIIA	The kind of Meloidogyne	B.324	CryIIIA	The kind of Heterodera
B.325	CryIIIA	The kind of Meloidogyne	B.326	CryIIIB2	The kind that Adoxophyes spp belongs to
B.327	CryIIIB2	The kind that the ground tiger belongs to	B.326	CryIIIB2	The kind that Adoxophyes spp belongs to
B.327	CryIIIB2	The kind that the ground tiger belongs to	B.328	CryIIIB2	Cotton leaf noctuid
B.329	CryIIIB2	The soybean noctuid	B.328	CryIIIB2	Cotton leaf noctuid

B.330	CryIIIB2	The kind of straw borer spp
B.330	CryIIIB2	The kind of straw borer spp	B.331	CryIIIB2	Grape codling moth (Clysia ambiguella)
B.332	C ryIIIB2	General non-fine hair snout moth's larva	B.331	CryIIIB2	Grape codling moth (Clysia ambiguella)
B.332	C ryIIIB2	General non-fine hair snout moth's larva	B.333	CryIIIB2	The kind that steinernema belongs to
B.334	CryIIIB2	The Sudan cotton bollworm	B.333	CryIIIB2	The kind that steinernema belongs to
B.334	CryIIIB2	The Sudan cotton bollworm	B.335	CryIIIB2	Jin Gang bores the kind that belongs to
B.336	CryIIIB2	The kind that meal moth belongs to	B.335	CryIIIB2	Jin Gang bores the kind that belongs to
B.336	CryIIIB2	The kind that meal moth belongs to	B.337	CryIIIB2	The kind of Heliothis
B.338	CryIIIB2	Hellula undalis	B.337	CryIIIB2	The kind of Heliothis
B.338	CryIIIB2	Hellula undalis	B.339	CryIIIB2	Tomato stem gelechiid
B.340	CryIIIB2	Pear leaf blister moth	B.339	CryIIIB2	Tomato stem gelechiid
B.340	CryIIIB2	Pear leaf blister moth	B.341	CryIIIB2	The kind that thin moth belongs to
B.342	CryIIIB2	Lobesia botrana	B.341	CryIIIB2	The kind that thin moth belongs to
B.342	CryIIIB2	Lobesia botrana	B.343	CryIIIB2	European corn borer
B.344	CryIIIB2	The kind of brown epiblema	B.343	CryIIIB2	European corn borer
B.344	CryIIIB2	The kind of brown epiblema	B.345	CryIIIB2	Pectinophora gossypiella
B.346	CryIIIB2	Citrus leaf lyonetid	B.345	CryIIIB2	Pectinophora gossypiella
B.346	CryIIIB2	Citrus leaf lyonetid	B.347	CryIIIB2	The kind that miller belongs to
B.348	CryIIIB2	Diamond-back moth	B.347	CryIIIB2	The kind that miller belongs to
B.348	CryIIIB2	Diamond-back moth	B.349	CryIIIB2	The kind that white standing grain snout moth's larva belongs to
B.350	CryIIIB2	The kind of moth stem Noctua	B.349	CryIIIB2
B.350	CryIIIB2	The kind of moth stem Noctua	B.351	CryIIIB2	The long kind that must roll up the moth genus
B.352	CryIIIB2	The kind of Spodoptera	B.351	CryIIIB2	The long kind that must roll up the moth genus
B.352	CryIIIB2	The kind of Spodoptera	B.353	CryIIIB2	The kind that the volume moth belongs to
B.354	CryIIIB2	The amyloid plaque noctuid	B.353	CryIIIB2	The kind that the volume moth belongs to
B.354	CryIIIB2	The amyloid plaque noctuid	B.355	CryIIIB2	The kind of Agriotes spp
B.356	CryIIIB2	Mexico's cotton boll resembles	B.355	CryIIIB2	The kind of Agriotes spp
B.356	CryIIIB2	Mexico's cotton boll resembles	B.357	CryIIIB2	The kind of Curculio
B.358	CryIIIB2	Band spot cucumber is chrysomelid	B.357	CryIIIB2	The kind of Curculio

B.359	CryIIIB2	The kind that colorado potato beetles belong to
B.359	CryIIIB2	The kind that colorado potato beetles belong to	B.360	CryIIIB2	Rice water resembles the kind of genus
B.361	CryIIIB2	The ear beak resembles the kind of genus	B.360	CryIIIB2	Rice water resembles the kind of genus
B.361	CryIIIB2	The ear beak resembles the kind of genus	B.362	CryIIIB2	The kind that wolly whitefly belongs to
B.363	CryIIIB2	The kind of Aleyrodes	B.362	CryIIIB2	The kind that wolly whitefly belongs to
B.363	CryIIIB2	The kind of Aleyrodes	B.364	CryIIIB2	The kind that the kidney Aspidiotus belongs to
B.365	CryIIIB2	Aphidiadae	B.364	CryIIIB2	The kind that the kidney Aspidiotus belongs to
B.365	CryIIIB2	Aphidiadae	B.366	CryIIIB2	The kind of Aphis
B.367	CryIIIB2	Sweet potato whitefly	B.366	CryIIIB2	The kind of Aphis
B.367	CryIIIB2	Sweet potato whitefly	B.368	CryIIIB2	The kind that green jassids belongs to
B.369	CryIIIB2	The kind of tumor aphid genus	B.368	CryIIIB2	The kind that green jassids belongs to
B.369	CryIIIB2	The kind of tumor aphid genus	B.370	CryIIIB2	The kind that rice leafhopper belongs to
B.371	CryIIIB2	The kind that brown planthopper belongs to	B.370	CryIIIB2	The kind that rice leafhopper belongs to
B.371	CryIIIB2	The kind that brown planthopper belongs to	B.372	CryIIIB2	The kind that mealybug belongs to
B.373	CryIIIB2	The kind of Psylla spp	B.372	CryIIIB2	The kind that mealybug belongs to
B.373	CryIIIB2	The kind of Psylla spp	B.374	CryIIIB2	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.375	CryIIIB2	The kind of y-bend Aphis	B.374	CryIIIB2
B.375	CryIIIB2	The kind of y-bend Aphis	B.376	CryIIIB2	The kind of knot wing Aleyrodes
B.377	CryIIIB2	The kind of Lyriomyza	B.376	CryIIIB2	The kind of knot wing Aleyrodes
B.377	CryIIIB2	The kind of Lyriomyza	B.378	CryIIIB2	The kind that wheat stem chloropid fly belongs to
B.379	CryIIIB2	The kind of grass Hylemyia	B.378	CryIIIB2	The kind that wheat stem chloropid fly belongs to
B.379	CryIIIB2	The kind of grass Hylemyia	B.380	CryIIIB2	The kind that flower thrips belongs to
B.381	CryIIIB2	The kind of Thrips	B.380	CryIIIB2	The kind that flower thrips belongs to
B.381	CryIIIB2	The kind of Thrips	B.382	CryIIIB2	The orange thrips in South Africa
B.383	CryIIIB2	The kind that the knurl mite belongs to	B.382	CryIIIB2	The orange thrips in South Africa
B.383	CryIIIB2	The kind that the knurl mite belongs to	B.384	CryIIIB2	The kind of thorn Eriophyes
B.385	CryIIIB2	The kind of short whisker Acarapis	B.384	CryIIIB2	The kind of thorn Eriophyes
B.385	CryIIIB2	The kind of short whisker Acarapis	B.386	CryIIIB2	The kind that Panonychus citri belongs to
B.387	CryIIIB2	The kind that the wrinkle leaf Aculus belongs to	B.386	CryIIIB2	The kind that Panonychus citri belongs to

B.388	CryIIIB2	The kind of Tetranychus
B.388	CryIIIB2	The kind of Tetranychus	B.389	CryIIIB2	The kind of Heterodera
B.390	CryIIIB2	The kind of Meloidogyne	B.389	CryIIIB2	The kind of Heterodera
B.390	CryIIIB2	The kind of Meloidogyne	B.391	CytA	The kind that Adoxophyes spp belongs to
B.392	CytA	The kind that the ground tiger belongs to	B.391	CytA	The kind that Adoxophyes spp belongs to
B.392	CytA	The kind that the ground tiger belongs to	B.393	CytA	Cotton leaf noctuid
B.394	CytA	The soybean noctuid	B.393	CytA	Cotton leaf noctuid
B.394	CytA	The soybean noctuid	B.395	CytA	The kind of straw borer spp
B.396	CytA	Grape codling moth (Clysia ambiguella)	B.395	CytA	The kind of straw borer spp
B.396	CytA	Grape codling moth (Clysia ambiguella)	B.397	CytA	General non-fine hair snout moth's larva
B.398	CytA	The kind that steinernema belongs to	B.397	CytA	General non-fine hair snout moth's larva
B.398	CytA	The kind that steinernema belongs to	B.399	CytA	The Sudan cotton bollworm
B.400	CytA	Jin Gang bores the kind that belongs to	B.399	CytA	The Sudan cotton bollworm
B.400	CytA	Jin Gang bores the kind that belongs to	B.401	CytA	The kind that meal moth belongs to
B.402	CytA	The kind of Heliothis	B.401	CytA	The kind that meal moth belongs to
B.402	CytA	The kind of Heliothis	B.403	CytA	Hellula undalis
B.404	CytA	Tomato stem gelechiid	B.403	CytA	Hellula undalis
B.404	CytA	Tomato stem gelechiid	B.405	CytA	Pear leaf blister moth
B.406	CytA	The kind that thin moth belongs to	B.405	CytA	Pear leaf blister moth
B.406	CytA	The kind that thin moth belongs to	B.407	CytA	Lobesia botrana
B.408	CytA	European corn borer	B.407	CytA	Lobesia botrana
B.408	CytA	European corn borer	B.409	CytA	The kind of brown epiblema
B.410	CytA	Pectinophora gossypiella	B.409	CytA	The kind of brown epiblema
B.410	CytA	Pectinophora gossypiella	B.411	CytA	Citrus leaf lyonetid
B.412	CytA	The kind that miller belongs to	B.411	CytA	Citrus leaf lyonetid
B.412	CytA	The kind that miller belongs to	B.413	CytA	Diamond-back moth
B.414	CytA	The kind that white standing grain snout moth's larva belongs to	B.413	CytA	Diamond-back moth
B.414	CytA		B.415	CytA	The kind of moth stem Noctua
B.416	CytA	The long kind that must roll up the moth genus	B.415	CytA	The kind of moth stem Noctua

B.417	CytA	The kind of Spodoptera
B.417	CytA	The kind of Spodoptera	B.418	CytA	The kind that the volume moth belongs to
B.419	CytA	The amyloid plaque noctuid	B.418	CytA	The kind that the volume moth belongs to
B.419	CytA	The amyloid plaque noctuid	B.420	CytA	The kind of Agriotes spp
B.421	CytA	Mexico's cotton boll resembles	B.420	CytA	The kind of Agriotes spp
B.421	CytA	Mexico's cotton boll resembles	B.422	CytA	The kind of Curculio
B.423	CytA	Band spot cucumber is chrysomelid	B.422	CytA	The kind of Curculio
B.423	CytA	Band spot cucumber is chrysomelid	B.424	CytA	The kind that colorado potato beetles belong to
B.425	CytA	Rice water resembles the kind of genus	B.424	CytA	The kind that colorado potato beetles belong to
B.425	CytA	Rice water resembles the kind of genus	B.426	CytA	The ear beak resembles the kind of genus
B.427	CytA	The kind that wolly whitefly belongs to	B.426	CytA	The ear beak resembles the kind of genus
B.427	CytA	The kind that wolly whitefly belongs to	B.428	CytA	The kind of Aleyrodes
B.429	CytA	The kind that the kidney Aspidiotus belongs to	B.428	CytA	The kind of Aleyrodes
B.429	CytA	The kind that the kidney Aspidiotus belongs to	B.430	CytA	Aphidiadae
B.431	CytA	The kind of Aphis	B.430	CytA	Aphidiadae
B.431	CytA	The kind of Aphis	B.432	CytA	Sweet potato whitefly
B.433	CytA	The kind that green jassids belongs to	B.432	CytA	Sweet potato whitefly
B.433	CytA	The kind that green jassids belongs to	B.434	CytA	The kind of tumor aphid genus
B.435	CytA	The kind that rice leafhopper belongs to	B.434	CytA	The kind of tumor aphid genus
B.435	CytA	The kind that rice leafhopper belongs to	B.436	CytA	The kind that brown planthopper belongs to
B.437	CytA	The kind that mealybug belongs to	B.436	CytA	The kind that brown planthopper belongs to
B.437	CytA	The kind that mealybug belongs to	B.438	CytA	The kind of Psylla spp
B.439	CytA	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.438	CytA	The kind of Psylla spp
B.439	CytA		B.440	CytA	The kind of y-bend Aphis
B.441	CytA	The kind of knot wing Aleyrodes	B.440	CytA	The kind of y-bend Aphis
B.441	CytA	The kind of knot wing Aleyrodes	B.442	CytA	The kind of Lyriomyza
B.443	CytA	The kind that wheat stem chloropid fly belongs to	B.442	CytA	The kind of Lyriomyza
B.443	CytA	The kind that wheat stem chloropid fly belongs to	B.444	CytA	The kind of grass Hylemyia
B.445	CytA	The kind that flower thrips belongs to	B.444	CytA	The kind of grass Hylemyia

B.446	CytA	The kind of Thrips
B.446	CytA	The kind of Thrips	B.447	CytA	The orange thrips in South Africa
B.448	CytA	The kind that the knurl mite belongs to	B.447	CytA	The orange thrips in South Africa
B.448	CytA	The kind that the knurl mite belongs to	B.449	CytA	The kind of thorn Eriophyes
B.450	CytA	The kind of short whisker Acarapis	B.449	CytA	The kind of thorn Eriophyes
B.450	CytA	The kind of short whisker Acarapis	B.451	CytA	The kind that Panonychus citri belongs to
B.452	CytA	The kind that the wrinkle leaf Aculus belongs to	B.451	CytA	The kind that Panonychus citri belongs to
B.452	CytA	The kind that the wrinkle leaf Aculus belongs to	B.453	CytA	The kind of Tetranychus
B.454	CytA	The kind of Heterodera	B.453	CytA	The kind of Tetranychus
B.454	CytA	The kind of Heterodera	B.455	CytA	The kind of Meloidogyne
B.456	VIP3	The kind that Adoxophyes spp belongs to	B.455	CytA	The kind of Meloidogyne
B.456	VIP3	The kind that Adoxophyes spp belongs to	B.457	VIP3	The kind that the ground tiger belongs to
B.458	VIP3	Cotton leaf noctuid	B.457	VIP3	The kind that the ground tiger belongs to
B.458	VIP3	Cotton leaf noctuid	B.459	VIP3	The soybean noctuid
B.460	VIP3	The kind of straw borer spp	B.459	VIP3	The soybean noctuid
B.460	VIP3	The kind of straw borer spp	B.461	VIP3	Grape codling moth (Clysia ambiguella)
B.462	VIP3	General non-fine hair snout moth's larva	B.461	VIP3	Grape codling moth (Clysia ambiguella)
B.462	VIP3	General non-fine hair snout moth's larva	B.463	VIP3	The kind that steinernema belongs to
B.464	VIP3	The Sudan cotton bollworm	B.463	VIP3	The kind that steinernema belongs to
B.464	VIP3	The Sudan cotton bollworm	B.465	VIP3	Jin Gang bores the kind that belongs to
B.466	VIP3	The kind that meal moth belongs to	B.465	VIP3	Jin Gang bores the kind that belongs to
B.466	VIP3	The kind that meal moth belongs to	B.467	VIP3	The kind of Heliothis
B.468	VIP3	Hellula undalis	B.467	VIP3	The kind of Heliothis
B.468	VIP3	Hellula undalis	B.469	VIP3	Tomato stem gelechiid
B.470	VIP3	Pear leaf blister moth	B.469	VIP3	Tomato stem gelechiid
B.470	VIP3	Pear leaf blister moth	B.471	VIP3	The kind that thin moth belongs to
B.472	VIP3	Lobesia botrana	B.471	VIP3	The kind that thin moth belongs to
B.472	VIP3	Lobesia botrana	B.473	VIP3	European corn borer
B.474	VIP3	The kind of brown epiblema	B.473	VIP3	European corn borer

B.475	VIP3	Pectinophora gossypiella
B.475	VIP3	Pectinophora gossypiella	B.476	VIP3	Citrus leaf lyonetid
B.477	VIP3	The kind that miller belongs to	B.476	VIP3	Citrus leaf lyonetid
B.477	VIP3	The kind that miller belongs to	B.478	VIP3	Diamond-back moth
B.479	VIP3	The kind that white standing grain snout moth's larva belongs to	B.478	VIP3	Diamond-back moth
B.479	VIP3		B.480	VIP3	The kind of moth stem Noctua
B.481	VIP3	The long kind that must roll up the moth genus	B.480	VIP3	The kind of moth stem Noctua
B.481	VIP3	The long kind that must roll up the moth genus	B.482	VIP3	The kind of Spodoptera
B.483	VIP3	The kind that the volume moth belongs to	B.482	VIP3	The kind of Spodoptera
B.483	VIP3	The kind that the volume moth belongs to	B.484	VIP3	The amyloid plaque noctuid
B.485	VIP3	The kind of Agriotes spp	B.484	VIP3	The amyloid plaque noctuid
B.485	VIP3	The kind of Agriotes spp	B.486	VIP3	Mexico's cotton boll resembles
B.487	VIP3	The kind of Curculio	B.486	VIP3	Mexico's cotton boll resembles
B.487	VIP3	The kind of Curculio	B.488	VIP3	Band spot cucumber is chrysomelid
B.489	VIP3	The kind that colorado potato beetles belong to	B.488	VIP3	Band spot cucumber is chrysomelid
B.489	VIP3	The kind that colorado potato beetles belong to	B.490	VIP3	Rice water resembles the kind of genus
B.491	VIP3	The ear beak resembles the kind of genus	B.490	VIP3	Rice water resembles the kind of genus
B.491	VIP3	The ear beak resembles the kind of genus	B.492	VIP3	The kind that wolly whitefly belongs to
B.493	VIP3	The kind of Aleyrodes	B.492	VIP3	The kind that wolly whitefly belongs to
B.493	VIP3	The kind of Aleyrodes	B.494	VIP3	The kind that the kidney Aspidiotus belongs to
B.495	VIP3	Aphidiadae	B.494	VIP3	The kind that the kidney Aspidiotus belongs to
B.495	VIP3	Aphidiadae	B.496	VIP3	The kind of Aphis
B.497	VIP3	Sweet potato whitefly	B.496	VIP3	The kind of Aphis
B.497	VIP3	Sweet potato whitefly	B.498	VIP3	The kind that green jassids belongs to
B.499	VIP3	The kind of tumor aphid genus	B.498	VIP3	The kind that green jassids belongs to
B.499	VIP3	The kind of tumor aphid genus	B.500	VIP3	The kind that rice leafhopper belongs to
B.501	VIP3	The kind that brown planthopper belongs to	B.500	VIP3	The kind that rice leafhopper belongs to
B.501	VIP3	The kind that brown planthopper belongs to	B.502	VIP3	The kind that mealybug belongs to
B.503	VIP3	The kind of Psylla spp	B.502	VIP3	The kind that mealybug belongs to

B.504	VIP3	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.504	VIP3		B.505	VIP3	The kind of y-bend Aphis
B.506	VIP3	The kind of knot wing Aleyrodes	B.505	VIP3	The kind of y-bend Aphis
B.506	VIP3	The kind of knot wing Aleyrodes	B.507	VIP3	The kind of Lyriomyza
B.508	VIP3	The kind that wheat stem chloropid fly belongs to	B.507	VIP3	The kind of Lyriomyza
B.508	VIP3	The kind that wheat stem chloropid fly belongs to	B.509	VIP3	The kind of grass Hylemyia
B.510	VIP3	The kind that flower thrips belongs to	B.509	VIP3	The kind of grass Hylemyia
B.510	VIP3	The kind that flower thrips belongs to	B.511	VIP3	The kind of Thrips
B.512	VIP3	The orange thrips in South Africa	B.511	VIP3	The kind of Thrips
B.512	VIP3	The orange thrips in South Africa	B.513	VIP3	The kind that the knurl mite belongs to
B.514	VIP3	The kind of thorn Eriophyes	B.513	VIP3	The kind that the knurl mite belongs to
B.514	VIP3	The kind of thorn Eriophyes	B.515	VIP3	The kind of short whisker Acarapis
B.516	VIP3	The kind that Panonychus citri belongs to	B.515	VIP3	The kind of short whisker Acarapis
B.516	VIP3	The kind that Panonychus citri belongs to	B.517	VIP3	The kind of the perverse Eriophyes of wrinkle leaf
B.518	VIP3	The kind of Tetranychus	B.517	VIP3	The kind of the perverse Eriophyes of wrinkle leaf
B.518	VIP3	The kind of Tetranychus	B.519	VIP3	The kind of Heterodera
B.520	VIP3	The kind of Meloidogyne	B.519	VIP3	The kind of Heterodera
B.520	VIP3	The kind of Meloidogyne	B.521	GL	The kind that Adoxophyes spp belongs to
B.522	GL	The kind that the ground tiger belongs to	B.521	GL	The kind that Adoxophyes spp belongs to
B.522	GL	The kind that the ground tiger belongs to	B.523	GL	Cotton leaf noctuid
B.524	GL	The soybean noctuid	B.523	GL	Cotton leaf noctuid
B.524	GL	The soybean noctuid	B.525	GL	The kind of straw borer spp
B.526	GL	Grape codling moth (Clysia ambiguella)	B.525	GL	The kind of straw borer spp
B.526	GL	Grape codling moth (Clysia ambiguella)	B.527	GL	General non-fine hair snout moth's larva
B.528	GL	The kind that steinernema belongs to	B.527	GL	General non-fine hair snout moth's larva
B.528	GL	The kind that steinernema belongs to	B.529	GL	The Sudan cotton bollworm
B.530	GL	Jin Gang bores the kind that belongs to	B.529	GL	The Sudan cotton bollworm
B.530	GL	Jin Gang bores the kind that belongs to	B.531	GL	The kind that meal moth belongs to
B.532	GL	The kind of Heliothis	B.531	GL	The kind that meal moth belongs to

B.533	GL	Hellula undalis
B.533	GL	Hellula undalis	B.534	GL	Tomato stem gelechiid
B.535	GL	Pear leaf blister moth	B.534	GL	Tomato stem gelechiid
B.535	GL	Pear leaf blister moth	B.536	GL	The kind that thin moth belongs to
B.537	GL	Lobesia botrana	B.536	GL	The kind that thin moth belongs to
B.537	GL	Lobesia botrana	B.538	GL	European corn borer
B.539	GL	The kind of brown epiblema	B.538	GL	European corn borer
B.539	GL	The kind of brown epiblema	B.540	GL	Pectinophora gossypiella
B.541	GL	Citrus leaf lyonetid	B.540	GL	Pectinophora gossypiella
B.541	GL	Citrus leaf lyonetid	B.542	GL	The kind that miller belongs to
B.543	GL	Diamond-back moth	B.542	GL	The kind that miller belongs to
B.543	GL	Diamond-back moth	B.544	GL	The kind that white standing grain snout moth's larva belongs to
B.545	GL	The kind of moth stem Noctua	B.544	GL
B.545	GL	The kind of moth stem Noctua	B.546	GL	The long kind that must roll up the moth genus
B.547	GL	The kind of Spodoptera	B.546	GL	The long kind that must roll up the moth genus
B.547	GL	The kind of Spodoptera	B.548	GL	The kind that the volume moth belongs to
B.549	GL	The amyloid plaque noctuid	B.548	GL	The kind that the volume moth belongs to
B.549	GL	The amyloid plaque noctuid	B.550	GL	The kind of Agriotes spp
B.551	GL	Mexico's cotton boll resembles	B.550	GL	The kind of Agriotes spp
B.551	GL	Mexico's cotton boll resembles	B.552	GL	The kind of Curculio
B.553	GL	Band spot cucumber is chrysomelid	B.552	GL	The kind of Curculio
B.553	GL	Band spot cucumber is chrysomelid	B.554	GL	The kind that colorado potato beetles belong to
B.555	GL	Rice water resembles the kind of genus	B.554	GL	The kind that colorado potato beetles belong to
B.555	GL	Rice water resembles the kind of genus	B.556	GL	The ear beak resembles the kind of genus
B.557	GL	The kind that wolly whitefly belongs to	B.556	GL	The ear beak resembles the kind of genus
B.557	GL	The kind that wolly whitefly belongs to	B.558	GL	The kind of Aleyrodes
B.559	GL	The kind that the kidney Aspidiotus belongs to	B.558	GL	The kind of Aleyrodes
B.559	GL	The kind that the kidney Aspidiotus belongs to	B.560	GL	Aphidiadae
B.561	GL	The kind of Aphis	B.560	GL	Aphidiadae

B.562	GL	Sweet potato whitefly
B.562	GL	Sweet potato whitefly	B.563	GL	The kind that green jassids belongs to
B.564	GL	The kind of tumor aphid genus	B.563	GL	The kind that green jassids belongs to
B.564	GL	The kind of tumor aphid genus	B.565	GL	The kind that rice leafhopper belongs to
B.566	GL	The kind that brown planthopper belongs to	B.565	GL	The kind that rice leafhopper belongs to
B.566	GL	The kind that brown planthopper belongs to	B.567	GL	The kind that mealybug belongs to
B.568	GL	The kind of Psylla spp	B.567	GL	The kind that mealybug belongs to
B.568	GL	The kind of Psylla spp	B.569	GL	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.570	GL	The kind of y-bend Aphis	B.569	GL
B.570	GL	The kind of y-bend Aphis	B.571	GL	The kind of knot wing Aleyrodes
B.572	GL	The kind of Lyriomyza	B.571	GL	The kind of knot wing Aleyrodes
B.572	GL	The kind of Lyriomyza	B.573	GL	The kind that wheat stem chloropid fly belongs to
B.574	GL	The kind of grass Hylemyia	B.573	GL	The kind that wheat stem chloropid fly belongs to
B.574	GL	The kind of grass Hylemyia	B.575	GL	The kind that flower thrips belongs to
B.576	GL	The kind of Thrips	B.575	GL	The kind that flower thrips belongs to
B.576	GL	The kind of Thrips	B.577	GL	The orange thrips in South Africa
B.578	GL	The kind that the knurl mite belongs to	B.577	GL	The orange thrips in South Africa
B.578	GL	The kind that the knurl mite belongs to	B.579	GL	The kind of thorn Eriophyes
B.580	GL	The kind of short whisker Acarapis	B.579	GL	The kind of thorn Eriophyes
B.580	GL	The kind of short whisker Acarapis	B.581	GL	The kind that Panonychus citri belongs to
B.582	GL	The kind of the perverse Eriophyes of wrinkle leaf	B.581	GL	The kind that Panonychus citri belongs to
B.582	GL	The kind of the perverse Eriophyes of wrinkle leaf	B.583	GL	The kind of Tetranychus
B.584	GL	The kind of Heterodera	B.583	GL	The kind of Tetranychus
B.584	GL	The kind of Heterodera	B.585	GL	The kind of Meloidogyne
B.586	PL	The kind that Adoxophyes spp belongs to	B.585	GL	The kind of Meloidogyne
B.586	PL	The kind that Adoxophyes spp belongs to	B.587	PL	The kind that the ground tiger belongs to
B.588	PL	Cotton leaf noctuid	B.587	PL	The kind that the ground tiger belongs to
B.588	PL	Cotton leaf noctuid	B.589	PL	The soybean noctuid
B.590	PL	The kind of straw borer spp	B.589	PL	The soybean noctuid

B.591	PL	Grape codling moth (Clysia ambiguella)
B.591	PL	Grape codling moth (Clysia ambiguella)	B.592	PL	General non-fine hair snout moth's larva
B.593	PL	The kind that steinernema belongs to	B.592	PL	General non-fine hair snout moth's larva
B.593	PL	The kind that steinernema belongs to	B.594	PL	The Sudan cotton bollworm
B.595	PL	Jin Gang bores the kind that belongs to	B.594	PL	The Sudan cotton bollworm
B.595	PL	Jin Gang bores the kind that belongs to	B.596	PL	The kind that meal moth belongs to
B.597	PL	The kind of Heliothis	B.596	PL	The kind that meal moth belongs to
B.597	PL	The kind of Heliothis	B.598	PL	Hellula undalis
B.599	PL	Tomato stem gelechiid	B.598	PL	Hellula undalis
B.599	PL	Tomato stem gelechiid	B.600	PL	Pear leaf blister moth
B.601	PL	The kind that thin moth belongs to	B.600	PL	Pear leaf blister moth
B.601	PL	The kind that thin moth belongs to	B.602	PL	Lobesia botrana
B.603	PL	European corn borer	B.602	PL	Lobesia botrana
B.603	PL	European corn borer	B.604	PL	The kind of brown epiblema
B.605	PL	Pectinophora gossypiella	B.604	PL	The kind of brown epiblema
B.605	PL	Pectinophora gossypiella	B.606	PL	Citrus leaf lyonetid
B.607	PL	The kind that miller belongs to	B.606	PL	Citrus leaf lyonetid
B.607	PL	The kind that miller belongs to	B.608	PL	Diamond-back moth
B.609	PL	The kind that white standing grain snout moth's larva belongs to	B.608	PL	Diamond-back moth
B.609	PL		B.610	PL	The kind of moth stem Noctua
B.611	PL	The long kind that must roll up the moth genus	B.610	PL	The kind of moth stem Noctua
B.611	PL	The long kind that must roll up the moth genus	B.612	PL	The kind of Spodoptera
B.613	PL	The kind that the volume moth belongs to	B.612	PL	The kind of Spodoptera
B.613	PL	The kind that the volume moth belongs to	B.614	PL	The amyloid plaque noctuid
B.615	PL	The kind of Agriotes spp	B.614	PL	The amyloid plaque noctuid
B.615	PL	The kind of Agriotes spp	B.616	PL	Mexico's cotton boll resembles
B.617	PL	The kind of Curculio	B.616	PL	Mexico's cotton boll resembles
B.617	PL	The kind of Curculio	B.618	PL	Band spot cucumber is chrysomelid
B.619	PL	The kind that colorado potato beetles belong to	B.618	PL	Band spot cucumber is chrysomelid

B.620	PL	Rice water resembles the kind of genus
B.620	PL	Rice water resembles the kind of genus	B.621	PL	The ear beak resembles the kind of genus
B.622	PL	The kind that wolly whitefly belongs to	B.621	PL	The ear beak resembles the kind of genus
B.622	PL	The kind that wolly whitefly belongs to	B.623	PL	The kind of Aleyrodes
B.624	PL	The kind that the kidney Aspidiotus belongs to	B.623	PL	The kind of Aleyrodes
B.624	PL	The kind that the kidney Aspidiotus belongs to	B.625	PL	Aphidiadae
B.626	PL	The kind of Aphis	B.625	PL	Aphidiadae
B.626	PL	The kind of Aphis	B.627	PL	Sweet potato whitefly
B.628	PL	The kind that green jassids belongs to	B.627	PL	Sweet potato whitefly
B.628	PL	The kind that green jassids belongs to	B.629	PL	The kind of tumor aphid genus
B.630	PL	The kind that rice leafhopper belongs to	B.629	PL	The kind of tumor aphid genus
B.630	PL	The kind that rice leafhopper belongs to	B.631	PL	The kind that brown planthopper belongs to
B.632	PL	The kind that mealybug belongs to	B.631	PL	The kind that brown planthopper belongs to
B.632	PL	The kind that mealybug belongs to	B.633	PL	The kind of Psylla spp
B.634	PL	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.633	PL	The kind of Psylla spp
B.634	PL		B.635	PL	The kind of y-bend Aphis
B.636	PL	The kind of knot wing Aleyrodes	B.635	PL	The kind of y-bend Aphis
B.636	PL	The kind of knot wing Aleyrodes	B.637	PL	The kind of Lyriomyza
B.638	PL	The kind that wheat stem chloropid fly belongs to	B.637	PL	The kind of Lyriomyza
B.638	PL	The kind that wheat stem chloropid fly belongs to	B.639	PL	The kind of grass Hylemyia
B.640	PL	The kind that flower thrips belongs to	B.639	PL	The kind of grass Hylemyia
B.640	PL	The kind that flower thrips belongs to	B.641	PL	The kind of Thrips
B.642	PL	The orange thrips in South Africa	B.641	PL	The kind of Thrips
B.642	PL	The orange thrips in South Africa	B.643	PL	The kind that the knurl mite belongs to
B.644	PL	The kind of thorn Eriophyes	B.643	PL	The kind that the knurl mite belongs to
B.644	PL	The kind of thorn Eriophyes	B.645	PL	The kind of short whisker Acarapis
B.646	PL	The kind that Panonychus citri belongs to	B.645	PL	The kind of short whisker Acarapis
B.646	PL	The kind that Panonychus citri belongs to	B.647	PL	The kind of the perverse Eriophyes of wrinkle leaf
B.648	PL	The kind of Tetranychus	B.647	PL	The kind of the perverse Eriophyes of wrinkle leaf

B.649	PL	The kind of Heterodera
B.649	PL	The kind of Heterodera	B.650	PL	The kind of Meloidogyne
B.651	XN	The kind that Adoxophyes spp belongs to	B.650	PL	The kind of Meloidogyne
B.651	XN	The kind that Adoxophyes spp belongs to	B.652	XN	The kind that the ground tiger belongs to
B.653	XN	Cotton leaf noctuid	B.652	XN	The kind that the ground tiger belongs to
B.653	XN	Cotton leaf noctuid	B.654	XN	The soybean noctuid
B.655	XN	The kind of straw borer spp	B.654	XN	The soybean noctuid
B.655	XN	The kind of straw borer spp	B.656	XN	Grape codling moth (Clysia ambiguella)
B.657	XN	General non-fine hair snout moth's larva	B.656	XN	Grape codling moth (Clysia ambiguella)
B.657	XN	General non-fine hair snout moth's larva	B.658	XN	The kind that steinernema belongs to
B.659	XN	The Sudan cotton bollworm	B.658	XN	The kind that steinernema belongs to
B.659	XN	The Sudan cotton bollworm	B.660	XN	Jin Gang bores the kind that belongs to
B.661	XN	The kind that meal moth belongs to	B.660	XN	Jin Gang bores the kind that belongs to
B.661	XN	The kind that meal moth belongs to	B.662	XN	The kind of Heliothis
B.663	XN	Hellula undalis	B.662	XN	The kind of Heliothis
B.663	XN	Hellula undalis	B.664	XN	Tomato stem gelechiid
B.665	XN	Pear leaf blister moth	B.664	XN	Tomato stem gelechiid
B.665	XN	Pear leaf blister moth	B.666	XN	The kind that thin moth belongs to
B.667	XN	Lobesia botrana	B.666	XN	The kind that thin moth belongs to
B.667	XN	Lobesia botrana	B.668	XN	European corn borer
B.669	XN	The kind of brown epiblema	B.668	XN	European corn borer
B.669	XN	The kind of brown epiblema	B.670	XN	Pectinophora gossypiella
B.671	XN	Citrus leaf lyonetid	B.670	XN	Pectinophora gossypiella
B.671	XN	Citrus leaf lyonetid	B.672	XN	The kind that miller belongs to
B.673	XN	Diamond-back moth	B.672	XN	The kind that miller belongs to
B.673	XN	Diamond-back moth	B.674	XN	The kind that white standing grain snout moth's larva belongs to
B.675	XN	The kind of moth stem Noctua	B.674	XN
B.675	XN	The kind of moth stem Noctua	B.676	XN	The long kind that must roll up the moth genus
B.677	XN	The kind of Spodoptera	B.676	XN	The long kind that must roll up the moth genus

B.678	XN	The kind that the volume moth belongs to
B.678	XN	The kind that the volume moth belongs to	B.679	XN	The amyloid plaque noctuid
B.680	XN	The kind of Agriotes spp	B.679	XN	The amyloid plaque noctuid
B.680	XN	The kind of Agriotes spp	B.681	XN	Mexico's cotton boll resembles
B.682	XN	The kind of Curculio	B.681	XN	Mexico's cotton boll resembles
B.682	XN	The kind of Curculio	B.683	XN	Band spot cucumber is chrysomelid
B.684	XN	The kind that colorado potato beetles belong to	B.683	XN	Band spot cucumber is chrysomelid
B.684	XN	The kind that colorado potato beetles belong to	B.685	XN	Rice water resembles the kind of genus
B.686	XN	The ear beak resembles the kind of genus	B.685	XN	Rice water resembles the kind of genus
B.686	XN	The ear beak resembles the kind of genus	B.687	XN	The kind that wolly whitefly belongs to
B.688	XN	The kind of Aleyrodes	B.687	XN	The kind that wolly whitefly belongs to
B.688	XN	The kind of Aleyrodes	B.689	XN	The kind that the kidney Aspidiotus belongs to
B.690	XN	Aphidiadae	B.689	XN	The kind that the kidney Aspidiotus belongs to
B.690	XN	Aphidiadae	B.691	XN	The kind of Aphis
B.692	XN	Sweet potato whitefly	B.691	XN	The kind of Aphis
B.692	XN	Sweet potato whitefly	B.693	XN	The kind that green jassids belongs to
B.694	XN	The kind of tumor aphid genus	B.693	XN	The kind that green jassids belongs to
B.694	XN	The kind of tumor aphid genus	B.695	XN	The kind that rice leafhopper belongs to
B.696	XN	The kind that brown planthopper belongs to	B.695	XN	The kind that rice leafhopper belongs to
B.696	XN	The kind that brown planthopper belongs to	B.697	XN	The kind that mealybug belongs to
B.698	XN	The kind of Psylla spp	B.697	XN	The kind that mealybug belongs to
B.698	XN	The kind of Psylla spp	B.699	XN	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.700	XN	The kind of y-bend Aphis	B.699	XN
B.700	XN	The kind of y-bend Aphis	B.701	XN	The kind of knot wing Aleyrodes
B.702	XN	The kind of Lyriomyza	B.701	XN	The kind of knot wing Aleyrodes
B.702	XN	The kind of Lyriomyza	B.703	XN	The kind that wheat stem chloropid fly belongs to
B.704	XN	The kind of grass Hylemyia	B.703	XN	The kind that wheat stem chloropid fly belongs to
B.704	XN	The kind of grass Hylemyia	B.705	XN	The kind that flower thrips belongs to
B.706	XN	The kind of Thrips	B.705	XN	The kind that flower thrips belongs to

B.707	XN	The orange thrips in South Africa
B.707	XN	The orange thrips in South Africa	B.708	XN	The kind that the knurl mite belongs to
B.709	XN	The kind of thorn Eriophyes	B.708	XN	The kind that the knurl mite belongs to
B.709	XN	The kind of thorn Eriophyes	B.710	XN	The kind of short whisker Acarapis
B.711	XN	The kind that Panonychus citri belongs to	B.710	XN	The kind of short whisker Acarapis
B.711	XN	The kind that Panonychus citri belongs to	B.712	XN	The kind that the wrinkle leaf Aculus belongs to
B.713	XN	The kind of Tetranychus	B.712	XN	The kind that the wrinkle leaf Aculus belongs to
B.713	XN	The kind of Tetranychus	B.714	XN	The kind of Heterodera
B.715	XN	The kind of Meloidogyne	B.714	XN	The kind of Heterodera
B.715	XN	The kind of Meloidogyne	B.716	Plnh.	The kind that Adoxophyes spp belongs to
B.717	Plnh.	The kind that the ground tiger belongs to	B.716	Plnh.	The kind that Adoxophyes spp belongs to
B.717	Plnh.	The kind that the ground tiger belongs to	B.718	Plnh.	Cotton leaf noctuid
B.719	Plnh.	The soybean noctuid	B.718	Plnh.	Cotton leaf noctuid
B.719	Plnh.	The soybean noctuid	B.720	Plnh.	The kind of straw borer spp
B.721	Plnh.	Grape codling moth (Clysia ambiguella)	B.720	Plnh.	The kind of straw borer spp
B.721	Plnh.	Grape codling moth (Clysia ambiguella)	B.722	Plnh.	General non-fine hair snout moth's larva
B.723	Plnh.	The kind that steinernema belongs to	B.722	Plnh.	General non-fine hair snout moth's larva
B.723	Plnh.	The kind that steinernema belongs to	B.724	Plnh.	The Sudan cotton bollworm
B.725	Plnh.	Jin Gang bores the kind that belongs to	B.724	Plnh.	The Sudan cotton bollworm
B.725	Plnh.	Jin Gang bores the kind that belongs to	B.726	Plnh.	The kind that meal moth belongs to
B.727	Plnh.	The kind of Heliothis	B.726	Plnh.	The kind that meal moth belongs to
B.727	Plnh.	The kind of Heliothis	B.728	Plnh.	Hellula undalis
B.729	Plnh.	Tomato stem gelechiid	B.728	Plnh.	Hellula undalis
B.729	Plnh.	Tomato stem gelechiid	B.730	Plnh.	Pear leaf blister moth
B.731	Plnh.	The kind that thin moth belongs to	B.730	Plnh.	Pear leaf blister moth
B.731	Plnh.	The kind that thin moth belongs to	B.732	Plnh.	Lobesia botrana
B.733	Plnh.	European corn borer	B.732	Plnh.	Lobesia botrana
B.733	Plnh.	European corn borer	B.734	Plnh.	The kind of brown epiblema
B.735	Plnh.	Pectinophora gossypiella	B.734	Plnh.	The kind of brown epiblema

B.736	Plnh.	Citrus leaf lyonetid
B.736	Plnh.	Citrus leaf lyonetid	B.737	Plnh.	The kind that miller belongs to
B.738	Plnh.	Diamond-back moth	B.737	Plnh.	The kind that miller belongs to
B.738	Plnh.	Diamond-back moth	B.739	Plnh.	The kind that white standing grain snout moth's larva belongs to
B.740	Plnh.	The kind of moth stem Noctua	B.739	Plnh.
B.740	Plnh.	The kind of moth stem Noctua	B.741	Plnh.	The long kind that must roll up the moth genus
B.742	Plnh.	The kind of Spodoptera	B.741	Plnh.	The long kind that must roll up the moth genus
B.742	Plnh.	The kind of Spodoptera	B.743	Plnh.	The kind that the volume moth belongs to
B.744	Plnh.	The amyloid plaque noctuid	B.743	Plnh.	The kind that the volume moth belongs to
B.744	Plnh.	The amyloid plaque noctuid	B.745	Plnh.	The kind of Agriotes spp
B.746	Plnh.	Mexico's cotton boll resembles	B.745	Plnh.	The kind of Agriotes spp
B.746	Plnh.	Mexico's cotton boll resembles	B.747	Plnh.	The kind of Curculio
B.748	Plnh.	Band spot cucumber is chrysomelid	B.747	Plnh.	The kind of Curculio
B.748	Plnh.	Band spot cucumber is chrysomelid	B.749	Plnh.	The kind that colorado potato beetles belong to
B.750	Plnh.	Rice water resembles the kind of genus	B.749	Plnh.	The kind that colorado potato beetles belong to
B.750	Plnh.	Rice water resembles the kind of genus	B.751	Plnh.	The ear beak resembles the kind of genus
B.752	Plnh.	The kind that wolly whitefly belongs to	B.751	Plnh.	The ear beak resembles the kind of genus
B.752	Plnh.	The kind that wolly whitefly belongs to	B.753	Plnh.	The kind of Aleyrodes
B.754	Plnh.	The kind that the kidney Aspidiotus belongs to	B.753	Plnh.	The kind of Aleyrodes
B.754	Plnh.	The kind that the kidney Aspidiotus belongs to	B.755	Plnh.	Aphidiadae
B.756	Plnh.	The kind of Aphis	B.755	Plnh.	Aphidiadae
B.756	Plnh.	The kind of Aphis	B.757	Plnh.	Sweet potato whitefly
B.758	Plnh.	The kind that green jassids belongs to	B.757	Plnh.	Sweet potato whitefly
B.758	Plnh.	The kind that green jassids belongs to	B.759	Plnh.	The kind of tumor aphid genus
B.760	Plnh.	The kind that rice leafhopper belongs to	B.759	Plnh.	The kind of tumor aphid genus
B.760	Plnh.	The kind that rice leafhopper belongs to	B.761	Plnh.	The kind that brown planthopper belongs to
B.762	Plnh.	The kind that mealybug belongs to	B.761	Plnh.	The kind that brown planthopper belongs to
B.762	Plnh.	The kind that mealybug belongs to	B.763	Plnh.	The kind of Psylla spp
B.764	Plnh.	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.763	Plnh.	The kind of Psylla spp

B.765	Plnh.	The kind of y-bend Aphis
B.765	Plnh.	The kind of y-bend Aphis	B.766	Plnh.	The kind of knot wing Aleyrodes
B.767	Plnh.	The kind of Lyriomyza	B.766	Plnh.	The kind of knot wing Aleyrodes
B.767	Plnh.	The kind of Lyriomyza	B.768	Plnh.	The kind that wheat stem chloropid fly belongs to
B.769	Plnh.	The kind of grass Hylemyia	B.768	Plnh.	The kind that wheat stem chloropid fly belongs to
B.769	Plnh.	The kind of grass Hylemyia	B.770	Plnh.	The kind that flower thrips belongs to
B.771	Plnh.	The kind of Thrips	B.770	Plnh.	The kind that flower thrips belongs to
B.771	Plnh.	The kind of Thrips	B.772	Plnh.	The orange thrips in South Africa
B.773	Plnh.	The kind that the knurl mite belongs to	B.772	Plnh.	The orange thrips in South Africa
B.773	Plnh.	The kind that the knurl mite belongs to	B.774	Plnh.	The kind of thorn Eriophyes
B.775	Plnh.	The kind of short whisker Acarapis	B.774	Plnh.	The kind of thorn Eriophyes
B.775	Plnh.	The kind of short whisker Acarapis	B.776	Plnh.	The kind that Panonychus citri belongs to
B.777	Plnh.	The kind that the wrinkle leaf Aculus belongs to	B.776	Plnh.	The kind that Panonychus citri belongs to
B.777	Plnh.	The kind that the wrinkle leaf Aculus belongs to	B.778	Plnh.	The kind of Tetranychus
B.779	Plnh.	The kind of Heterodera	B.778	Plnh.	The kind of Tetranychus
B.779	Plnh.	The kind of Heterodera	B.780	Plnh.	The kind of Meloidogyne
B.781	PLec.	The kind that Adoxophyes spp belongs to	B.780	Plnh.	The kind of Meloidogyne
B.781	PLec.	The kind that Adoxophyes spp belongs to	B.782	PLec.	The kind that the ground tiger belongs to
B.783	PLec.	Cotton leaf noctuid	B.782	PLec.	The kind that the ground tiger belongs to
B.783	PLec.	Cotton leaf noctuid	B.784	PLec.	The soybean noctuid
B.785	PLec.	The kind of straw borer spp	B.784	PLec.	The soybean noctuid
B.785	PLec.	The kind of straw borer spp	B.786	PLec.	Grape codling moth (Clysia ambiguella)
B.787	PLec.	General non-fine hair snout moth's larva	B.786	PLec.	Grape codling moth (Clysia ambiguella)
B.787	PLec.	General non-fine hair snout moth's larva	B.788	PLec.	The kind that steinernema belongs to
B.789	PLec.	The Sudan cotton bollworm	B.788	PLec.	The kind that steinernema belongs to
B.789	PLec.	The Sudan cotton bollworm	B.790	PLec.	Jin Gang bores the kind that belongs to
B.791	PLec.	The kind that meal moth belongs to	B.790	PLec.	Jin Gang bores the kind that belongs to
B.791	PLec.	The kind that meal moth belongs to	B.792	PLec.	The kind of Heliothis
B.793	PLec.	Hellula undalis	B.792	PLec.	The kind of Heliothis

B.794	PLec.	Tomato stem gelechiid
B.794	PLec.	Tomato stem gelechiid	B.795	PLec.	Pear leaf blister moth
B.796	PLec.	The kind that thin moth belongs to	B.795	PLec.	Pear leaf blister moth
B.796	PLec.	The kind that thin moth belongs to	B.797	PLec.	Lobesia botrana
B.798	PLec.	European corn borer	B.797	PLec.	Lobesia botrana
B.798	PLec.	European corn borer	B.799	PLec.	The kind of brown epiblema
B.800	PLec.	Pectinophora gossypiella	B.799	PLec.	The kind of brown epiblema
B.800	PLec.	Pectinophora gossypiella	B.801	PLec.	Citrus leaf lyonetid
B.802	PLec.	The kind that miller belongs to	B.801	PLec.	Citrus leaf lyonetid
B.802	PLec.	The kind that miller belongs to	B.803	PLec.	Diamond-back moth
B.804	PLec.	The kind that white standing grain snout moth's larva belongs to	B.803	PLec.	Diamond-back moth
B.804	PLec.		B.805	PLec.	The kind of moth stem Noctua
B.806	PLec.	The long kind that must roll up the moth genus	B.805	PLec.	The kind of moth stem Noctua
B.806	PLec.	The long kind that must roll up the moth genus	B.807	PLec.	The kind of Spodoptera
B.808	PLec.	The kind that the volume moth belongs to	B.807	PLec.	The kind of Spodoptera
B.808	PLec.	The kind that the volume moth belongs to	B.809	PLec.	The amyloid plaque noctuid
B.810	PLec.	The kind of Agriotes spp	B.809	PLec.	The amyloid plaque noctuid
B.810	PLec.	The kind of Agriotes spp	B.811	PLec.	Mexico's cotton boll resembles
B.812	PLec.	The kind of Curculio	B.811	PLec.	Mexico's cotton boll resembles
B.812	PLec.	The kind of Curculio	B.813	PLec.	Band spot cucumber is chrysomelid
B.814	PLec.	The kind that colorado potato beetles belong to	B.813	PLec.	Band spot cucumber is chrysomelid
B.814	PLec.	The kind that colorado potato beetles belong to	B.815	PLec.	Rice water resembles the kind of genus
B.816	PLec.	The ear beak resembles the kind of genus	B.815	PLec.	Rice water resembles the kind of genus
B.816	PLec.	The ear beak resembles the kind of genus	B.817	PLec.	The kind that wolly whitefly belongs to
B.818	PLec.	The kind of Aleyrodes	B.817	PLec.	The kind that wolly whitefly belongs to
B.818	PLec.	The kind of Aleyrodes	B.819	PLec.	The kind that the kidney Aspidiotus belongs to
B.820	PLec.	Aphidiadae	B.819	PLec.	The kind that the kidney Aspidiotus belongs to
B.820	PLec.	Aphidiadae	B.821	PLec.	The kind of Aphis
B.822	PLec.	Sweet potato whitefly	B.821	PLec.	The kind of Aphis

B.823	PLec.	The kind that green jassids belongs to
B.823	PLec.	The kind that green jassids belongs to	B.824	PLec.	The kind of tumor aphid genus
B.825	PLec.	The kind that rice leafhopper belongs to	B.824	PLec.	The kind of tumor aphid genus
B.825	PLec.	The kind that rice leafhopper belongs to	B.826	PLec.	The kind that brown planthopper belongs to
B.827	PLec.	The kind that mealybug belongs to	B.826	PLec.	The kind that brown planthopper belongs to
B.827	PLec.	The kind that mealybug belongs to	B.828	PLec.	The kind of Psylla spp
B.829	PLec.	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.828	PLec.	The kind of Psylla spp
B.829	PLec.		B.830	PLec.	The kind of y-bend Aphis
B.831	PLec.	The kind of knot wing Aleyrodes	B.830	PLec.	The kind of y-bend Aphis
B.831	PLec.	The kind of knot wing Aleyrodes	B.832	PLec.	The kind of Lyriomyza
B.833	PLec.	The kind that wheat stem chloropid fly belongs to	B.832	PLec.	The kind of Lyriomyza
B.833	PLec.	The kind that wheat stem chloropid fly belongs to	B.834	PLec.	The kind of grass Hylemyia
B.835	PLec.	The kind that flower thrips belongs to	B.834	PLec.	The kind of grass Hylemyia
B.835	PLec.	The kind that flower thrips belongs to	B.836	PLec.	The kind of Thrips
B.837	PLec.	The orange thrips in South Africa	B.836	PLec.	The kind of Thrips
B.837	PLec.	The orange thrips in South Africa	B.838	PLec.	The kind that the knurl mite belongs to
B.839	PLec.	The kind of thorn Eriophyes	B.838	PLec.	The kind that the knurl mite belongs to
B.839	PLec.	The kind of thorn Eriophyes	B.840	PLec.	The kind of short whisker Acarapis
B.841	PLec.	The kind that Panonychus citri belongs to	B.840	PLec.	The kind of short whisker Acarapis
B.841	PLec.	The kind that Panonychus citri belongs to	B.842	PLec.	The kind that the wrinkle leaf Aculus belongs to
B.843	PLec.	The kind of Tetranychus	B.842	PLec.	The kind that the wrinkle leaf Aculus belongs to
B.843	PLec.	The kind of Tetranychus	B.844	PLec.	The kind of Heterodera
B.845	PLec.	The kind of Meloidogyne	B.844	PLec.	The kind of Heterodera
B.845	PLec.	The kind of Meloidogyne	B.846	Aggl.	The kind that Adoxophyes spp belongs to
B.847	Aggl.	The kind that the ground tiger belongs to	B.846	Aggl.	The kind that Adoxophyes spp belongs to
B.847	Aggl.	The kind that the ground tiger belongs to	B.848	Aggl.	Cotton leaf noctuid
B.849	Aggl.	The soybean noctuid	B.848	Aggl.	Cotton leaf noctuid
B.849	Aggl.	The soybean noctuid	B.850	Aggl.	The kind of straw borer spp
B.851	Aggl.	Grape codling moth (Clysia ambiguella)	B.850	Aggl.	The kind of straw borer spp

B.852	Aggl.	General non-fine hair snout moth's larva
B.852	Aggl.	General non-fine hair snout moth's larva	B.853	Aggl.	The kind that steinernema belongs to
B.854	Aggl.	The Sudan cotton bollworm	B.853	Aggl.	The kind that steinernema belongs to
B.854	Aggl.	The Sudan cotton bollworm	B.855	Aggl.	Jin Gang bores the kind that belongs to
B.856	Aggl.	The kind that meal moth belongs to	B.855	Aggl.	Jin Gang bores the kind that belongs to
B.856	Aggl.	The kind that meal moth belongs to	B.857	Aggl.	The kind of Heliothis
B.858	Aggl.	Hellula undalis	B.857	Aggl.	The kind of Heliothis
B.858	Aggl.	Hellula undalis	B.859	Aggl.	Tomato stem gelechiid
B.860	Aggl.	Pear leaf blister moth	B.859	Aggl.	Tomato stem gelechiid
B.860	Aggl.	Pear leaf blister moth	B.861	Aggl.	The kind that thin moth belongs to
B.862	Aggl.	Lobesia botrana	B.861	Aggl.	The kind that thin moth belongs to
B.862	Aggl.	Lobesia botrana	B.863	Aggl.	European corn borer
B.864	Aggl.	The kind of brown epiblema	B.863	Aggl.	European corn borer
B.864	Aggl.	The kind of brown epiblema	B.865	Aggl.	Pectinophora gossypiella
B.866	Aggl.	Citrus leaf lyonetid	B.865	Aggl.	Pectinophora gossypiella
B.866	Aggl.	Citrus leaf lyonetid	B.867	Aggl.	The kind that miller belongs to
B.868	Aggl.	Diamond-back moth	B.867	Aggl.	The kind that miller belongs to
B.868	Aggl.	Diamond-back moth	B.869	Aggl.	The kind that white standing grain snout moth's larva belongs to
B.870	Aggl.	The kind of moth stem Noctua	B.869	Aggl.
B.870	Aggl.	The kind of moth stem Noctua	B.871	Aggl.	The long kind that must roll up the moth genus
B.872	Aggl.	The kind of Spodoptera	B.871	Aggl.	The long kind that must roll up the moth genus
B.872	Aggl.	The kind of Spodoptera	B.873	Aggl.	The kind that the volume moth belongs to
B.874	Aggl.	The amyloid plaque noctuid	B.873	Aggl.	The kind that the volume moth belongs to
B.874	Aggl.	The amyloid plaque noctuid	B.875	Aggl.	The kind of Agriotes spp
B.876	Aggl.	Mexico's cotton boll resembles	B.875	Aggl.	The kind of Agriotes spp
B.876	Aggl.	Mexico's cotton boll resembles	B.877	Aggl.	The kind of Curculio
B.878	Aggl.	Band spot cucumber is chrysomelid	B.877	Aggl.	The kind of Curculio
B.878	Aggl.	Band spot cucumber is chrysomelid	B.879	Aggl.	The kind that colorado potato beetles belong to
B.880	Aggl.	Rice water resembles the kind of genus	B.879	Aggl.	The kind that colorado potato beetles belong to

B.881	Aggl.	The ear beak resembles the kind of genus
B.881	Aggl.	The ear beak resembles the kind of genus	B.882	Aggl.	The kind that wolly whitefly belongs to
B.883	Aggl.	The kind of Aleyrodes	B.882	Aggl.	The kind that wolly whitefly belongs to
B.883	Aggl.	The kind of Aleyrodes	B.884	Aggl.	The kind that the kidney Aspidiotus belongs to
B.885	Aggl.	Aphidiadae	B.884	Aggl.	The kind that the kidney Aspidiotus belongs to
B.885	Aggl.	Aphidiadae	B.886	Aggl.	The kind of Aphis
B.887	Aggl.	Sweet potato whitefly	B.886	Aggl.	The kind of Aphis
B.887	Aggl.	Sweet potato whitefly	B.888	Aggl.	The kind that green jassids belongs to
B.889	Aggl.	The kind of tumor aphid genus	B.888	Aggl.	The kind that green jassids belongs to
B.889	Aggl.	The kind of tumor aphid genus	B.890	Aggl.	The kind that rice leafhopper belongs to
B.891	Aggl.	The kind that brown planthopper belongs to	B.890	Aggl.	The kind that rice leafhopper belongs to
B.891	Aggl.	The kind that brown planthopper belongs to	B.892	Aggl.	The kind that mealybug belongs to
B.893	Aggl.	The kind of Psylla spp	B.892	Aggl.	The kind that mealybug belongs to
B.893	Aggl.	The kind of Psylla spp	B.894	Aggl.	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.895	Aggl.	The kind of y-bend Aphis	B.894	Aggl.
B.895	Aggl.	The kind of y-bend Aphis	B.896	Aggl.	The kind of knot wing Aleyrodes
B.897	Aggl.	The kind of Lyriomyza	B.896	Aggl.	The kind of knot wing Aleyrodes
B.897	Aggl.	The kind of Lyriomyza	B.898	Aggl.	The kind that wheat stem chloropid fly belongs to
B.899	Aggl.	The kind of grass Hylemyia	B.898	Aggl.	The kind that wheat stem chloropid fly belongs to
B.899	Aggl.	The kind of grass Hylemyia	B.900	Aggl.	The kind that flower thrips belongs to
B.901	Aggl.	The kind of Thrips	B.900	Aggl.	The kind that flower thrips belongs to
B.901	Aggl.	The kind of Thrips	B.902	Aggl.	The orange thrips in South Africa
B.903	Aggl.	The kind that the knurl mite belongs to	B.902	Aggl.	The orange thrips in South Africa
B.903	Aggl.	The kind that the knurl mite belongs to	B.904	Aggl.	The kind of thorn Eriophyes
B.905	Aggl.	The kind of short whisker Acarapis	B.904	Aggl.	The kind of thorn Eriophyes
B.905	Aggl.	The kind of short whisker Acarapis	B.906	Aggl.	The kind that Panonychus citri belongs to
B.907	Aggl.	The kind that the wrinkle leaf Aculus belongs to	B.906	Aggl.	The kind that Panonychus citri belongs to
B.907	Aggl.	The kind that the wrinkle leaf Aculus belongs to	B.908	Aggl.	The kind of Tetranychus
B.909	Aggl.	The kind of Heterodera	B.908	Aggl.	The kind of Tetranychus

B.910	Aggl.	The kind of Meloidogyne
B.910	Aggl.	The kind of Meloidogyne	B.911	CO	The kind that Adoxophyes spp belongs to
B.912	CO	The kind that the ground tiger belongs to	B.911	CO	The kind that Adoxophyes spp belongs to
B.912	CO	The kind that the ground tiger belongs to	B.913	CO	Cotton leaf noctuid
B.914	CO	The soybean noctuid	B.913	CO	Cotton leaf noctuid
B.914	CO	The soybean noctuid	B.915	CO	The kind of straw borer spp
B.916	CO	Grape codling moth (Clysia ambiguella)	B.915	CO	The kind of straw borer spp
B.916	CO	Grape codling moth (Clysia ambiguella)	B.917	CO	General non-fine hair snout moth's larva
B.918	CO	The kind that steinernema belongs to	B.917	CO	General non-fine hair snout moth's larva
B.918	CO	The kind that steinernema belongs to	B.919	CO	The Sudan cotton bollworm
B.920	CO	Jin Gang bores the kind that belongs to	B.919	CO	The Sudan cotton bollworm
B.920	CO	Jin Gang bores the kind that belongs to	B.921	CO	The kind that meal moth belongs to
B.922	CO	The kind of Heliothis	B.921	CO	The kind that meal moth belongs to
B.922	CO	The kind of Heliothis	B.923	CO	Hellula undalis
B.924	CO	Tomato stem gelechiid	B.923	CO	Hellula undalis
B.924	CO	Tomato stem gelechiid	B.925	CO	Pear leaf blister moth
B.926	CO	The kind that thin moth belongs to	B.925	CO	Pear leaf blister moth
B.926	CO	The kind that thin moth belongs to	B.927	CO	Lobesia botrana
B.928	CO	European corn borer	B.927	CO	Lobesia botrana
B.928	CO	European corn borer	B.929	CO	The kind of brown epiblema
B.930	CO	Pectinophora gossypiella	B.929	CO	The kind of brown epiblema
B.930	CO	Pectinophora gossypiella	B.931	CO	Citrus leaf lyonetid
B.932	CO	The kind that miller belongs to	B.931	CO	Citrus leaf lyonetid
B.932	CO	The kind that miller belongs to	B.933	CO	Diamond-back moth
B.934	CO	The kind that white standing grain snout moth's larva belongs to	B.933	CO	Diamond-back moth
B.934	CO		B.935	CO	The kind of moth stem Noctua
B.936	CO	The long kind that must roll up the moth genus	B.935	CO	The kind of moth stem Noctua
B.936	CO	The long kind that must roll up the moth genus	B.937	CO	The kind of Spodoptera
B.938	CO	The kind that the volume moth belongs to	B.937	CO	The kind of Spodoptera

B.939	CO	The amyloid plaque noctuid
B.939	CO	The amyloid plaque noctuid	B.940	CO	The kind of Agriotes spp
B.941	CO	Mexico's cotton boll resembles	B.940	CO	The kind of Agriotes spp
B.941	CO	Mexico's cotton boll resembles	B.942	CO	The kind of Curculio
B.943	CO	Band spot cucumber is chrysomelid	B.942	CO	The kind of Curculio
B.943	CO	Band spot cucumber is chrysomelid	B.944	CO	The kind that colorado potato beetles belong to
B.945	CO	Rice water resembles the kind of genus	B.944	CO	The kind that colorado potato beetles belong to
B.945	CO	Rice water resembles the kind of genus	B.946	CO	The ear beak resembles the kind of genus
B.947	CO	The kind that wolly whitefly belongs to	B.946	CO	The ear beak resembles the kind of genus
B.947	CO	The kind that wolly whitefly belongs to	B.948	CO	The kind of Aleyrodes
B.949	CO	The kind that the kidney Aspidiotus belongs to	B.948	CO	The kind of Aleyrodes
B.949	CO	The kind that the kidney Aspidiotus belongs to	B.950	CO	Aphidiadae
B.951	CO	The kind of Aphis	B.950	CO	Aphidiadae
B.951	CO	The kind of Aphis	B.952	CO	Sweet potato whitefly
B.953	CO	The kind that green jassids belongs to	B.952	CO	Sweet potato whitefly
B.953	CO	The kind that green jassids belongs to	B.954	CO	The kind of tumor aphid genus
B.955	CO	The kind that rice leafhopper belongs to	B.954	CO	The kind of tumor aphid genus
B.955	CO	The kind that rice leafhopper belongs to	B.956	CO	The kind that brown planthopper belongs to
B.957	CO	The kind that mealybug belongs to	B.956	CO	The kind that brown planthopper belongs to
B.957	CO	The kind that mealybug belongs to	B.958	CO	The kind of Psylla spp
B.959	CO	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.958	CO	The kind of Psylla spp
B.959	CO		B.960	CO	The kind of y-bend Aphis
B.961	CO	The kind of knot wing Aleyrodes	B.960	CO	The kind of y-bend Aphis
B.961	CO	The kind of knot wing Aleyrodes	B.962	CO	The kind of Lyriomyza
B.963	CO	The kind that wheat stem chloropid fly belongs to	B.962	CO	The kind of Lyriomyza
B.963	CO	The kind that wheat stem chloropid fly belongs to	B.964	CO	The kind of grass Hylemyia
B.965	CO	The kind that flower thrips belongs to	B.964	CO	The kind of grass Hylemyia
B.965	CO	The kind that flower thrips belongs to	B.966	CO	The kind of Thrips
B.967	CO	The orange thrips in South Africa	B.966	CO	The kind of Thrips

B.968	CO	The kind that the knurl mite belongs to
B.968	CO	The kind that the knurl mite belongs to	B.969	CO	The kind of thorn Eriophyes
B.970	CO	The kind of short whisker Acarapis	B.969	CO	The kind of thorn Eriophyes
B.970	CO	The kind of short whisker Acarapis	B.971	CO	The kind that Panonychus citri belongs to
B.972	CO	The kind that the wrinkle leaf Aculus belongs to	B.971	CO	The kind that Panonychus citri belongs to
B.972	CO	The kind that the wrinkle leaf Aculus belongs to	B.973	CO	The kind of Tetranychus
B.974	CO	The kind of Heterodera	B.973	CO	The kind of Tetranychus
B.974	CO	The kind of Heterodera	B.975	CO	The kind of Meloidogyne
B.976	CH	The kind that Adoxophyes spp belongs to	B.975	CO	The kind of Meloidogyne
B.976	CH	The kind that Adoxophyes spp belongs to	B.977	CH	The kind that the ground tiger belongs to
B.978	CH	Cotton leaf noctuid	B.977	CH	The kind that the ground tiger belongs to
B.978	CH	Cotton leaf noctuid	B.979	CH	The soybean noctuid
B.980	CH	The kind of straw borer spp	B.979	CH	The soybean noctuid
B.980	CH	The kind of straw borer spp	B.981	CH	Grape codling moth (Clysia ambiguella)
B.982	CH	General non-fine hair snout moth's larva	B.981	CH	Grape codling moth (Clysia ambiguella)
B.982	CH	General non-fine hair snout moth's larva	B.983	CH	The kind that steinernema belongs to
B.984	CH	The Sudan cotton bollworm	B.983	CH	The kind that steinernema belongs to
B.984	CH	The Sudan cotton bollworm	B.985	CH	Jin Gang bores the kind that belongs to
B.986	CH	The kind that meal moth belongs to	B.985	CH	Jin Gang bores the kind that belongs to
B.986	CH	The kind that meal moth belongs to	B.987	CH	The kind of Heliothis
B.988	CH	Hellula undalis	B.987	CH	The kind of Heliothis
B.988	CH	Hellula undalis	B.989	CH	Tomato stem gelechiid
B.990	CH	Pear leaf blister moth	B.989	CH	Tomato stem gelechiid
B.990	CH	Pear leaf blister moth	B.991	CH	The kind that thin moth belongs to
B.992	CH	Lobesia botrana	B.991	CH	The kind that thin moth belongs to
B.992	CH	Lobesia botrana	B.993	CH	European corn borer
B.994	CH	The kind of brown epiblema	B.993	CH	European corn borer
B.994	CH	The kind of brown epiblema	B.995	CH	Pectinophora gossypiella
B.996	CH	Citrus leaf lyonetid	B.995	CH	Pectinophora gossypiella

B.997	CH	The kind that miller belongs to
B.997	CH	The kind that miller belongs to	B.998	CH	Diamond-back moth
B.999	CH	The kind that white standing grain snout moth's larva belongs to	B.998	CH	Diamond-back moth
B.999	CH		B.1000	CH	The kind of moth stem Noctua
B.1001	CH	The long kind that must roll up the moth genus	B.1000	CH	The kind of moth stem Noctua
B.1001	CH	The long kind that must roll up the moth genus	B.1002	CH	The kind of Spodoptera
B.1003	CH	The kind that the volume moth belongs to	B.1002	CH	The kind of Spodoptera
B.1003	CH	The kind that the volume moth belongs to	B.1004	CH	The amyloid plaque noctuid
B.1005	CH	The kind of Agriotes spp	B.1004	CH	The amyloid plaque noctuid
B.1005	CH	The kind of Agriotes spp	B.1006	CH	Mexico's cotton boll resembles
B.1007	CH	The kind of Curculio	B.1006	CH	Mexico's cotton boll resembles
B.1007	CH	The kind of Curculio	B.1008	CH	Band spot cucumber is chrysomelid
B.1009	CH	The kind that colorado potato beetles belong to	B.1008	CH	Band spot cucumber is chrysomelid
B.1009	CH	The kind that colorado potato beetles belong to	B.1010	CH	Rice water resembles the kind of genus
B.1011	CH	The ear beak resembles the kind of genus	B.1010	CH	Rice water resembles the kind of genus
B.1011	CH	The ear beak resembles the kind of genus	B.1012	CH	The kind that wolly whitefly belongs to
B.1013	CH	The kind of Aleyrodes	B.1012	CH	The kind that wolly whitefly belongs to
B.1013	CH	The kind of Aleyrodes	B.1014	CH	The kind that the kidney Aspidiotus belongs to
B.1015	CH	Aphidiadae	B.1014	CH	The kind that the kidney Aspidiotus belongs to
B.1015	CH	Aphidiadae	B.1016	CH	The kind of Aphis
B.1017	CH	Sweet potato whitefly	B.1016	CH	The kind of Aphis
B.1017	CH	Sweet potato whitefly	B.1018	CH	The kind that green jassids belongs to
B.1019	CH	The kind of tumor aphid genus	B.1018	CH	The kind that green jassids belongs to
B.1019	CH	The kind of tumor aphid genus	B.1020	CH	The kind that rice leafhopper belongs to
B.1021	CH	The kind that brown planthopper belongs to	B.1020	CH	The kind that rice leafhopper belongs to
B.1021	CH	The kind that brown planthopper belongs to	B.1022	CH	The kind that mealybug belongs to
B.1023	CH	The kind of Psylla spp	B.1022	CH	The kind that mealybug belongs to
B.1023	CH	The kind of Psylla spp	B.1024	CH	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.1025	CH	The kind of y-bend Aphis	B.1024	CH

B.1026	CH	The kind of knot wing Aleyrodes
B.1026	CH	The kind of knot wing Aleyrodes	B.1027	CH	The kind of Lyriomyza
B.1028	CH	The kind that wheat stem chloropid fly belongs to	B.1027	CH	The kind of Lyriomyza
B.1028	CH	The kind that wheat stem chloropid fly belongs to	B.1029	CH	The kind of grass Hylemyia
B.1030	CH	The kind that flower thrips belongs to	B.1029	CH	The kind of grass Hylemyia
B.1030	CH	The kind that flower thrips belongs to	B.1031	CH	The kind of Thrips
B.1032	CH	The orange thrips in South Africa	B.1031	CH	The kind of Thrips
B.1032	CH	The orange thrips in South Africa	B.1033	CH	The kind that the knurl mite belongs to
B.1034	CH	The kind of thorn Eriophyes	B.1033	CH	The kind that the knurl mite belongs to
B.1034	CH	The kind of thorn Eriophyes	B.1035	CH	The kind of short whisker Acarapis
B.1036	CH	The kind that Panonychus citri belongs to	B.1035	CH	The kind of short whisker Acarapis
B.1036	CH	The kind that Panonychus citri belongs to	B.1037	CH	The kind that the wrinkle leaf Aculus belongs to
B.1038	CH	The kind of Tetranychus	B.1037	CH	The kind that the wrinkle leaf Aculus belongs to
B.1038	CH	The kind of Tetranychus	B.1039	CH	The kind of Heterodera
B.1040	CH	The kind of Meloidogyne	B.1039	CH	The kind of Heterodera
B.1040	CH	The kind of Meloidogyne	B.1041	SS	The kind that Adoxophyes spp belongs to
B.1042	SS	The kind that the ground tiger belongs to	B.1041	SS	The kind that Adoxophyes spp belongs to
B.1042	SS	The kind that the ground tiger belongs to	B.1043	SS	Cotton leaf noctuid
B.1044	SS	The soybean noctuid	B.1043	SS	Cotton leaf noctuid
B.1044	SS	The soybean noctuid	B.1045	SS	The kind of straw borer spp
B.1046	SS	Grape codling moth (Clysia ambiguella)	B.1045	SS	The kind of straw borer spp
B.1046	SS	Grape codling moth (Clysia ambiguella)	B.1047	SS	General non-fine hair snout moth's larva
B.1048	SS	The kind that steinernema belongs to	B.1047	SS	General non-fine hair snout moth's larva
B.1048	SS	The kind that steinernema belongs to	B.1049	SS	The Sudan cotton bollworm
B.1050	SS	Jin Gang bores the kind that belongs to	B.1049	SS	The Sudan cotton bollworm
B.1050	SS	Jin Gang bores the kind that belongs to	B.1051	SS	The kind that meal moth belongs to
B.1052	SS	The kind of Heliothis	B.1051	SS	The kind that meal moth belongs to
B.1052	SS	The kind of Heliothis	B.1053	SS	Hellula undalis
B.1054	SS	Tomato stem gelechiid	B.1053	SS	Hellula undalis

B.1055	SS	Pear leaf blister moth
B.1055	SS	Pear leaf blister moth	B.1056	SS	The kind that thin moth belongs to
B.1057	SS	Lobesia botrana	B.1056	SS	The kind that thin moth belongs to
B.1057	SS	Lobesia botrana	B.1058	SS	European corn borer
B.1059	SS	The kind of brown epiblema	B.1058	SS	European corn borer
B.1059	SS	The kind of brown epiblema	B.1060	SS	Pectinophora gossypiella
B.1061	SS	Citrus leaf lyonetid	B.1060	SS	Pectinophora gossypiella
B.1061	SS	Citrus leaf lyonetid	B.1062	SS	The kind that miller belongs to
B.1063	SS	Diamond-back moth	B.1062	SS	The kind that miller belongs to
B.1063	SS	Diamond-back moth	B.1064	SS	The kind that white standing grain snout moth's larva belongs to
B.1065	SS	The kind of moth stem Noctua	B.1064	SS
B.1065	SS	The kind of moth stem Noctua	B.1066	SS	The long kind that must roll up the moth genus
B.1067	SS	The kind of Spodoptera	B.1066	SS	The long kind that must roll up the moth genus
B.1067	SS	The kind of Spodoptera	B.1068	SS	The kind that the volume moth belongs to
B.1069	SS	The amyloid plaque noctuid	B.1068	SS	The kind that the volume moth belongs to
B.1069	SS	The amyloid plaque noctuid	B.1070	SS	The kind of Agriotes spp
B.1071	SS	Mexico's cotton boll resembles	B.1070	SS	The kind of Agriotes spp
B.1071	SS	Mexico's cotton boll resembles	B.1072	SS	The kind of Curculio
B.1073	SS	Band spot cucumber is chrysomelid	B.1072	SS	The kind of Curculio
B.1073	SS	Band spot cucumber is chrysomelid	B.1074	SS	The kind that colorado potato beetles belong to
B.1075	SS	Rice water resembles the kind of genus	B.1074	SS	The kind that colorado potato beetles belong to
B.1075	SS	Rice water resembles the kind of genus	B.1076	SS	The ear beak resembles the kind of genus
B.1077	SS	The kind that wolly whitefly belongs to	B.1076	SS	The ear beak resembles the kind of genus
B.1077	SS	The kind that wolly whitefly belongs to	B.1078	SS	The kind of Aleyrodes
B.1079	SS	The kind that the kidney Aspidiotus belongs to	B.1078	SS	The kind of Aleyrodes
B.1079	SS	The kind that the kidney Aspidiotus belongs to	B.1080	SS	Aphidiadae
B.1081	SS	The kind of Aphis	B.1080	SS	Aphidiadae
B.1081	SS	The kind of Aphis	B.1082	SS	Sweet potato whitefly
B.1083	SS	The kind that green jassids belongs to	B.1082	SS	Sweet potato whitefly

B.1084	SS	The kind of tumor aphid genus
B.1084	SS	The kind of tumor aphid genus	B.1085	SS	The kind that rice leafhopper belongs to
B.1086	SS	The kind that brown planthopper belongs to	B.1085	SS	The kind that rice leafhopper belongs to
B.1086	SS	The kind that brown planthopper belongs to	B.1087	SS	The kind that mealybug belongs to
B.1088	SS	The kind of Psylla spp	B.1087	SS	The kind that mealybug belongs to
B.1088	SS	The kind of Psylla spp	B.1089	SS	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to
B.1090	SS	The kind of y-bend Aphis	B.1089	SS
B.1090	SS	The kind of y-bend Aphis	B.1091	SS	The kind of knot wing Aleyrodes
B.1092	SS	The kind of Lyriomyza	B.1091	SS	The kind of knot wing Aleyrodes
B.1092	SS	The kind of Lyriomyza	B.1093	SS	The kind that wheat stem chloropid fly belongs to
B.1094	SS	The kind of grass Hylemyia	B.1093	SS	The kind that wheat stem chloropid fly belongs to
B.1094	SS	The kind of grass Hylemyia	B.1095	SS	The kind that flower thrips belongs to
B.1096	SS	The kind of Thrips	B.1095	SS	The kind that flower thrips belongs to
B.1096	SS	The kind of Thrips	B.1097	SS	The orange thrips in South Africa
B.1098	SS	The kind that the knurl mite belongs to	B.1097	SS	The orange thrips in South Africa
B.1098	SS	The kind that the knurl mite belongs to	B.1099	SS	The kind of thorn Eriophyes
B.1100	SS	The kind of short whisker Acarapis	B.1099	SS	The kind of thorn Eriophyes
B.1100	SS	The kind of short whisker Acarapis	B.1101	SS	The kind that Panonychus citri belongs to
B.1102	SS	The kind that the wrinkle leaf Aculus belongs to	B.1101	SS	The kind that Panonychus citri belongs to
B.1102	SS	The kind that the wrinkle leaf Aculus belongs to	B.1103	SS	The kind of Tetranychus
B.1104	SS	The kind of Heterodera	B.1103	SS	The kind of Tetranychus
B.1104	SS	The kind of Heterodera	B.1105	SS	The kind of Meloidogyne
B.1106	HO	The kind that Adoxophyes spp belongs to	B.1105	SS	The kind of Meloidogyne
B.1106	HO	The kind that Adoxophyes spp belongs to	B.1107	HO	The kind that the ground tiger belongs to
B.1108	HO	Cotton leaf noctuid	B.1107	HO	The kind that the ground tiger belongs to
B.1108	HO	Cotton leaf noctuid	B.1109	HO	The soybean noctuid
B.1110	HO	The kind of straw borer spp	B.1109	HO	The soybean noctuid
B.1110	HO	The kind of straw borer spp	B.1111	HO	Grape codling moth (Clysia ambiguella)
E.1112	HO	General non-fine hair snout moth's larva	B.1111	HO	Grape codling moth (Clysia ambiguella)

B.1113	HO	The kind that steinernema belongs to
B.1113	HO	The kind that steinernema belongs to	B.1114	HO	The Sudan cotton bollworm
B.1115	HO	Jin Gang bores the kind that belongs to	B.1114	HO	The Sudan cotton bollworm
B.1115	HO	Jin Gang bores the kind that belongs to	B.1116	HO	The kind that meal moth belongs to
B.1117	HO	The kind of Heliothis	B.1116	HO	The kind that meal moth belongs to
B.1117	HO	The kind of Heliothis	B.1118	HO	Hellula undalis
B.1119	HO	Tomato stem gelechiid	B.1118	HO	Hellula undalis
B.1119	HO	Tomato stem gelechiid	B.1120	HO	Pear leaf blister moth
B.1121	HO	The kind that thin moth belongs to	B.1120	HO	Pear leaf blister moth
B.1121	HO	The kind that thin moth belongs to	B.1122	HO	Lobesia botrana
B.1123	HO	European corn borer	B.1122	HO	Lobesia botrana
B.1123	HO	European corn borer	B.1124	HO	The kind of brown epiblema
B.1125	HO	Pectinophora gossypiella	B.1124	HO	The kind of brown epiblema
B.1125	HO	Pectinophora gossypiella	B.1126	HO	Citrus leaf lyonetid
B.1127	HO	The kind that miller belongs to	B.1126	HO	Citrus leaf lyonetid
B.1127	HO	The kind that miller belongs to	B.1128	HO	Diamond-back moth
B.1129	HO	The kind that white standing grain snout moth's larva belongs to	B.1128	HO	Diamond-back moth
B.1129	HO		B.1130	HO	The kind of moth stem Noctua
B.1131	HO	The long kind that must roll up the moth genus	B.1130	HO	The kind of moth stem Noctua
B.1131	HO	The long kind that must roll up the moth genus	B.1132	HO	The kind of Spodoptera
B.1133	HO	The kind that the volume moth belongs to	B.1132	HO	The kind of Spodoptera
B.1133	HO	The kind that the volume moth belongs to	B.1134	HO	The amyloid plaque noctuid
B.1135	HO	The kind of Agriotes spp	B.1134	HO	The amyloid plaque noctuid
B.1135	HO	The kind of Agriotes spp	B.1136	HO	Mexico's cotton boll resembles
B.1137	HO	The kind of Curculio	B.1136	HO	Mexico's cotton boll resembles
B.1137	HO	The kind of Curculio	B.1138	HO	Band spot cucumber is chrysomelid
B.1139	HO	The kind that colorado potato beetles belong to	B.1138	HO	Band spot cucumber is chrysomelid
B.1139	HO	The kind that colorado potato beetles belong to	B.1140	HO	Rice water resembles the kind of genus
B.1141	HO	The ear beak resembles the kind of genus	B.1140	HO	Rice water resembles the kind of genus

B.1142	HO	The kind that wolly whitefly belongs to
B.1142	HO	The kind that wolly whitefly belongs to	B.1143	HO	The kind of Aleyrodes
B.1144	HO	The kind that the kidney Aspidiotus belongs to	B.1143	HO	The kind of Aleyrodes
B.1144	HO	The kind that the kidney Aspidiotus belongs to	B.1145	HO	Aphidiadae
B.1146	HO	The kind of Aphis	B.1145	HO	Aphidiadae
B.1146	HO	The kind of Aphis	B.1147	HO	Sweet potato whitefly
B.1148	HO	The kind that green jassids belongs to	B.1147	HO	Sweet potato whitefly
B.1148	HO	The kind that green jassids belongs to	B.1149	HO	The kind of tumor aphid genus
B.1150	HO	The kind that rice leafhopper belongs to	B.1149	HO	The kind of tumor aphid genus
B.1150	HO	The kind that rice leafhopper belongs to	B.1151	HO	The kind that brown planthopper belongs to
B.1152	HO	The kind that mealybug belongs to	B.1151	HO	The kind that brown planthopper belongs to
B.1152	HO	The kind that mealybug belongs to	B.1153	HO	The kind of Psylla spp
B.1154	HO	The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to	B.1153	HO	The kind of Psylla spp
B.1154	HO		B.1155	HO	The kind of y-bend Aphis
B.1156	HO	The kind of knot wing Aleyrodes	B.1155	HO	The kind of y-bend Aphis
B.1156	HO	The kind of knot wing Aleyrodes	B.1157	HO	The kind of Lyriomyza
B.1158	HO	The kind that wheat stem chloropid fly belongs to	B.1157	HO	The kind of Lyriomyza
B.1158	HO	The kind that wheat stem chloropid fly belongs to	B.1159	HO	The kind of grass Hylemyia
B.1160	HO	The kind that flower thrips belongs to	B.1159	HO	The kind of grass Hylemyia
B.1160	HO	The kind that flower thrips belongs to	B.1161	HO	The kind of Thrips
B.1162	HO	The orange thrips in South Africa	B.1161	HO	The kind of Thrips
B.1162	HO	The orange thrips in South Africa	B.1163	HO	The kind that the knurl mite belongs to
B.1164	HO	The kind of thorn Eriophyes	B.1163	HO	The kind that the knurl mite belongs to
B.1164	HO	The kind of thorn Eriophyes	B.1165	HO	The kind of short whisker Acarapis
B.1166	HO	The kind that Panonychus citri belongs to	B.1165	HO	The kind of short whisker Acarapis
B.1166	HO	The kind that Panonychus citri belongs to	B.1167	HO	The kind that the wrinkle leaf Aculus belongs to
B.1168	HO	The kind of Tetranychus	B.1167	HO	The kind that the wrinkle leaf Aculus belongs to
B.1168	HO	The kind of Tetranychus	B.1169	HO	The kind of Heterodera
B.1170	HO	The kind of Meloidogyne	B.1169	HO	The kind of Heterodera

Biology embodiment

Table 1: a kind of method of pest control comprises to transgene cotton and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 2: a kind of method of pest control comprises to transgenic paddy rice and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 3: a kind of method of pest control comprises to transgenic potato and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 4: a kind of method of pest control comprises to the transgenosis rape and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 5: a kind of method of pest control comprises to transgene tomato and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 6: a kind of method of pest control comprises to the transgenosis cucurbit and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 7: a kind of method of pest control comprises to genetically engineered soybean and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 8: a kind of method of pest control comprises to transgenic corns and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 9: a kind of method of pest control, comprise that using the thiophene first to transgenic wheat kills, the combination of the insect of active ingredient that genetically modified plants are wherein expressed and pre-control is corresponding to the v of table B.

Table 10: a kind of method of pest control comprises to the transgenosis banana and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 11: a kind of method of pest control comprises to the transgenosis orange tree and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 12: a kind of method of pest control, comprise that using the thiophene first to transgenosis pomaceous fruits tree kills, wherein the combination of the insect of the active ingredient expressed of genetically modified plants and desire control is corresponding in each combination B.1-B.1170 of table B any.

Table 13: a kind of method of pest control comprises to the transgenosis pepper and uses the thiophene first extremely, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 14: a kind of method of pest control comprises to transgene cotton and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 15: a kind of method of pest control comprises to transgenic paddy rice and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants statement and desire control respectively makes up corresponding to table B.

Table 16: a kind of method of pest control comprises to transgenic potato and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 17: a kind of method of pest control comprises to transgene tomato and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 18: a kind of method of pest control comprises to the transgenosis cucurbit and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 19: a kind of method of pest control comprises to genetically engineered soybean and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 20: a kind of method of pest control comprises to transgenic corns and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 21: a kind of method of pest control comprises to transgenic wheat and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 22: a kind of method of pest control comprises to the transgenosis banana and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 23: a kind of method of pest control comprises to transgenosis tangerine tree and uses Imidacloprid that wherein the combination of the insect of the active ingredient expressed of genetically modified plants and desire control is corresponding in each combination B.1-B.1170 of table B any.

Table 24: a kind of method of pest control comprises to transgenosis pomaceous fruits tree and uses Imidacloprid that wherein the combination of the insect of the active ingredient expressed of genetically modified plants and desire control is corresponding in each combination B.1-B.1170 of table B any.

Table 25: a kind of method of pest control comprises to the transgenosis cucurbit and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 26: a kind of method of pest control comprises to the transgenosis pepper and uses Imidacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 27: a kind of method of pest control comprises to transgene cotton and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 28: a kind of method of pest control comprises to transgenic paddy rice and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 29: a kind of method of pest control comprises to transgenic potato and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 30: a kind of method of pest control comprises to the transgenosis rape and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 31: a kind of method of pest control comprises to transgene tomato and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 32: a kind of method of pest control comprises to the transgenosis cucurbit and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 33: a kind of method of pest control comprises to genetically engineered soybean and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 34: a kind of method of pest control comprises to transgenic corns and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 35: a kind of method of pest control comprises to transgenic wheat and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 36: a kind of method of pest control comprises to the transgenosis banana and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 37: a kind of method of pest control comprises to the transgenosis orange tree and uses Ti-435, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 38: a kind of method of pest control comprises to transgenosis pomaceous fruits tree and uses Ti-435 that wherein the combination of the insect of the active ingredient expressed of genetically modified plants and desire control is corresponding in each combination B.1-B.1170 of table B any.

Table 39: a kind of method of pest control comprises to transgene cotton and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 40: a kind of method of pest control comprises to transgenic paddy rice and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 41: a kind of method of pest control comprises to transgenic potato and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 42: a kind of method of pest control comprises to the transgenosis rape and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 43: a kind of method of pest control comprises to transgene tomato and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 44: a kind of method of pest control comprises to the transgenosis cucurbit and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 45: a kind of method of pest control comprises to genetically engineered soybean and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 46: a kind of method of pest control comprises to transgenic corns and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 47: a kind of method of pest control comprises to transgenic wheat and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table 48: a kind of method of pest control comprises to the transgenosis banana and uses thiacloprid, any during wherein B.1-B.1170 the combination of the insect of the active ingredient of genetically modified plants expression and desire control respectively makes up corresponding to table B.

Table C:

Abbreviation:

Acetyl-CoA carboxylase: ACCase

Acetolactate synthase: ALS

Hydroxyphenyl pyruvic acid dioxygenase: HPPD

The inhibition of protein synthesis: IPS

Hormone analogies: HOM

Glutamine synthelase: GS

Proporphyrinogen oxidase: PROTOX

5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase: EPSPS

	Composition	The tolerance object	Crop
	Composition	The tolerance object	Crop	C.1	ALS	Sulfonylurea etc., * * *	Cotton
C.2	ALS	Sulfonylurea etc., * * *	Paddy rice	C.1	ALS	Sulfonylurea etc., * * *	Cotton
C.2	ALS	Sulfonylurea etc., * * *	Paddy rice	C.3	ALS	Sulfonylurea etc., * * *	Rape
C.4	ALS	Sulfonylurea etc., * * *	Potato	C.3	ALS	Sulfonylurea etc., * * *	Rape
C.4	ALS	Sulfonylurea etc., * * *	Potato	C.5	ALS	Sulfonylurea etc., * * *	Tomato
C.6	ALS	Sulfonylurea etc., * * *	Cucurbit	C.5	ALS	Sulfonylurea etc., * * *	Tomato
C.6	ALS	Sulfonylurea etc., * * *	Cucurbit	C.7	ALS	Sulfonylurea etc., * * *	Soybean
C.8	ALS	Sulfonylurea etc., * * *	Corn	C.7	ALS	Sulfonylurea etc., * * *	Soybean
C.8	ALS	Sulfonylurea etc., * * *	Corn	C.9	ALS	Sulfonylurea etc., * * *	Wheat
C.10	ALS	Sulfonylurea etc., * * *	The operatic circle	C.9	ALS	Sulfonylurea etc., * * *	Wheat
C.10	ALS	Sulfonylurea etc., * * *	The operatic circle	C.11	ALS	Sulfonylurea etc., * * *	Drupe
C.12	ALS	Sulfonylurea etc., * * *	Citrus	C.11	ALS	Sulfonylurea etc., * * *	Drupe
C.12	ALS	Sulfonylurea etc., * * *	Citrus	C.13	ACCase	+++	Cotton
C.14	ACCase	+++	Paddy rice	C.13	ACCase	+++	Cotton
C.14	ACCase	+++	Paddy rice	C.15	ACCase	+++	Rape
C.16	ACCase	+++	Potato	C.15	ACCase	+++	Rape

C.17	ACCase	+++	Tomato
C.17	ACCase	+++	Tomato	C.18	ACCase	+++	Cucurbit
C.19	ACCase	+++	Soybean	C.18	ACCase	+++	Cucurbit
C.19	ACCase	+++	Soybean	C.20	ACCase	+++	Corn
C.21	ACCase	+++	Wheat	C.20	ACCase	+++	Corn
C.21	ACCase	+++	Wheat	C.22	ACCase	+++	The operatic circle
C.23	ACCase	+++	Drupe	C.22	ACCase	+++	The operatic circle
C.23	ACCase	+++	Drupe	C.24	ACCase	+++	Citrus
C.25	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Cotton	C.24	ACCase	+++	Citrus
C.25	HPPD		Cotton	C.26	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Paddy rice
C.27	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Rape	C.26	HPPD		Paddy rice
C.27	HPPD		Rape	C.28	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Potato
C.29	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Tomato	C.28	HPPD		Potato
C.29	HPPD		Tomato	C.30	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Cucurbit
C.31	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Soybean	C.30	HPPD		Cucurbit
C.31	HPPD		Soybean	C.32	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Corn
C.33	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Wheat	C.32	HPPD		Corn
C.33	HPPD		Wheat	C.34	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	The operatic circle

C.35	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Drupe
C.35	HPPD		Drupe	C.36	HPPD	Different  fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion	Citrus
C.37	Nitrilase	Brominal, ioxynil	Cotton	C.36	HPPD		Citrus
C.37	Nitrilase	Brominal, ioxynil	Cotton	C.38	Nitrilase	Brominal, ioxynil	Paddy rice
C.39	Nitrilase	Brominal, ioxynil	Rape	C.38	Nitrilase	Brominal, ioxynil	Paddy rice
C.39	Nitrilase	Brominal, ioxynil	Rape	C.40	Nitrilase	Brominal, ioxynil	Potato
C.41	Nitrilase	Brominal, ioxynil	Tomato	C.40	Nitrilase	Brominal, ioxynil	Potato
C.41	Nitrilase	Brominal, ioxynil	Tomato	C.42	Nitrilase	Brominal, ioxynil	Cucurbit
C.43	Nitrilase	Brominal, ioxynil	Soybean	C.42	Nitrilase	Brominal, ioxynil	Cucurbit
C.43	Nitrilase	Brominal, ioxynil	Soybean	C.44	Nitrilase	Brominal, ioxynil	Corn
C.45	Nitrilase	Brominal, ioxynil	Wheat	C.44	Nitrilase	Brominal, ioxynil	Corn
C.45	Nitrilase	Brominal, ioxynil	Wheat	C.46	Nitrilase	Brominal, ioxynil	The operatic circle
C.47	Nitrilase	Brominal, ioxynil	Drupe	C.46	Nitrilase	Brominal, ioxynil	The operatic circle
C.47	Nitrilase	Brominal, ioxynil	Drupe	C.48	Nitrilase	Brominal, ioxynil	Citrus
C.49	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Cotton	C.48	Nitrilase	Brominal, ioxynil	Citrus
C.49	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Cotton	C.50	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Paddy rice
C.51	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Rape	C.50	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Paddy rice
C.51	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Rape	C.52	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Potato
C.53	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Tomato	C.52	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Potato
C.53	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Tomato	C.54	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Cucurbit
C.55	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Soybean	C.54	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Cucurbit
C.55	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Soybean	C.56	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Corn
C.57	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Wheat	C.56	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Corn
C.57	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Wheat	C.58	IPS	Yi Xianlvbenanlei ﹠﹠﹠	The operatic circle
C.59	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Drupe	C.58	IPS	Yi Xianlvbenanlei ﹠﹠﹠	The operatic circle
C.59	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Drupe	C.60	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Citrus
C.61	HOM	2,4-D, mecopropP	Cotton	C.60	IPS	Yi Xianlvbenanlei ﹠﹠﹠	Citrus

C.62	HOM	2,4-D, mecopropP	Paddy rice
C.62	HOM	2,4-D, mecopropP	Paddy rice	C.63	HOM	2,4-D, mecopropP	Rape
C.64	HOM	2,4-D, mecopropP	Potato	C.63	HOM	2,4-D, mecopropP	Rape
C.64	HOM	2,4-D, mecopropP	Potato	C.65	HOM	2,4-D, mecopropP	Tomato
C.66	HOM	2,4-D, mecopropP	Cucurbit	C.65	HOM	2,4-D, mecopropP	Tomato
C.66	HOM	2,4-D, mecopropP	Cucurbit	C.67	HOM	2,4-D, mecopropP	Soybean
C.68	HOM	2,4-D, mecopropP	Corn	C.67	HOM	2,4-D, mecopropP	Soybean
C.68	HOM	2,4-D, mecopropP	Corn	C.69	HOM	2,4-D, mecopropP	Wheat
C.70	HOM	2,4-D, mecopropP	The operatic circle	C.69	HOM	2,4-D, mecopropP	Wheat
C.70	HOM	2,4-D, mecopropP	The operatic circle	C.71	HOM	2,4-D, mecopropP	Drupe
C.72	HOM	2,4-D, mecopropP	Citrus	C.71	HOM	2,4-D, mecopropP	Drupe
C.72	HOM	2,4-D, mecopropP	Citrus	C.73	PROTOX	The Protox inhibitor ///	Cotton
C.74	PROTOX	The Protox inhibitor ///	Paddy rice	C.73	PROTOX	The Protox inhibitor ///	Cotton
C.74	PROTOX	The Protox inhibitor ///	Paddy rice	C.75	PROTOX	The Protox inhibitor ///	Rape
C.76	PROTOX	The Protox inhibitor ///	Potato	C.75	PROTOX	The Protox inhibitor ///	Rape
C.76	PROTOX	The Protox inhibitor ///	Potato	C.77	PROTOX	The Protox inhibitor ///	Tomato
C.78	PROTOX	The Protox inhibitor ///	Cucurbit	C.77	PROTOX	The Protox inhibitor ///	Tomato
C.78	PROTOX	The Protox inhibitor ///	Cucurbit	C.79	PROTOX	The Protox inhibitor ///	Soybean
C.80	PROTOX	The Protox inhibitor ///	Corn	C.79	PROTOX	The Protox inhibitor ///	Soybean
C.80	PROTOX	The Protox inhibitor ///	Corn	C.81	PROTOX	The Protox inhibitor ///	Wheat
C.82	PROTOX	The Protox inhibitor ///	The operatic circle	C.81	PROTOX	The Protox inhibitor ///	Wheat
C.82	PROTOX	The Protox inhibitor ///	The operatic circle	C.83	PROTOX	The Protox inhibitor ///	Drupe
C.84	PROTOX	The Protox inhibitor ///	Citrus	C.83	PROTOX	The Protox inhibitor ///	Drupe
C.84	PROTOX	The Protox inhibitor ///	Citrus	C.85	EPSPS	Glyphosate and/or sulphosate	Cotton
C.86	EPSPS	Glyphosate and/or sulphosate	Paddy rice	C.85	EPSPS	Glyphosate and/or sulphosate	Cotton
C.86	EPSPS	Glyphosate and/or sulphosate	Paddy rice	C.87	EPSPS	Glyphosate and/or sulphosate	Rape
C.88	EPSPS	Glyphosate and/or sulphosate	Potato	C.87	EPSPS	Glyphosate and/or sulphosate	Rape
C.88	EPSPS	Glyphosate and/or sulphosate	Potato	C.89	EPSPS	Glyphosate and/or sulphosate	Tomato
C.90	EPSPS	Glyphosate and/or sulphosate	Cucurbit	C.89	EPSPS	Glyphosate and/or sulphosate	Tomato

C.91	EPSPS	Glyphosate and/or sulphosate	Soybean
C.91	EPSPS	Glyphosate and/or sulphosate	Soybean	C.92	EPSPS	Glyphosate and/or sulphosate	Corn
C.93	EPSPS	Glyphosate and/or sulphosate	Wheat	C.92	EPSPS	Glyphosate and/or sulphosate	Corn
C.93	EPSPS	Glyphosate and/or sulphosate	Wheat	C.94	EPSPS	Glyphosate and/or sulphosate	The operatic circle
C.95	EPSPS	Glyphosate and/or sulphosate	Drupe	C.94	EPSPS	Glyphosate and/or sulphosate	The operatic circle
C.95	EPSPS	Glyphosate and/or sulphosate	Drupe	C.96	EPSPS	Glyphosate and/or sulphosate	Citrus
C.97	GS	Glyphosate and/or bialaphos	Cotton	C.96	EPSPS	Glyphosate and/or sulphosate	Citrus
C.97	GS	Glyphosate and/or bialaphos	Cotton	C.98	GS	Glyphosate and/or bialaphos	Paddy rice
C.99	GS	Glyphosate and/or bialaphos	Rape	C.98	GS	Glyphosate and/or bialaphos	Paddy rice
C.99	GS	Glyphosate and/or bialaphos	Rape	C.100	GS	Glyphosate and/or bialaphos	Potato
C.101	GS	Glyphosate and/or bialaphos	Tomato	C.100	GS	Glyphosate and/or bialaphos	Potato
C.101	GS	Glyphosate and/or bialaphos	Tomato	C.102	GS	Glyphosate and/or bialaphos	Cucurbit
C.103	GS	Glyphosate and/or bialaphos	Soybean	C.102	GS	Glyphosate and/or bialaphos	Cucurbit
C.103	GS	Glyphosate and/or bialaphos	Soybean	C.104	GS	Glyphosate and/or bialaphos	Corn
C.105	GS	Glyphosate and/or bialaphos	Wheat	C.104	GS	Glyphosate and/or bialaphos	Corn
C.105	GS	Glyphosate and/or bialaphos	Wheat	C.106	GS	Glyphosate and/or bialaphos	The operatic circle
C.107	GS	Glyphosate and/or bialaphos	Drupe	C.106	GS	Glyphosate and/or bialaphos	The operatic circle
C.107	GS	Glyphosate and/or bialaphos	Drupe	C.108	GS	Glyphosate and/or bialaphos	Citrus

* * comprises sulfonylurea, imidazolone type, triazolo pyrimidine class, SDM class and N-acyl group sulfamido:

Sulfonylurea such as chlorine sulphur are grand, chlorimuronethyl, ethametsulfuron, metsulfuron-methyl, primisulfuronmethyl, prosulfuron, triasulfuron, cinosulfuron, triflusulfuronmethyl, it is grand to encircle the third oxygen sulphur, bensulfuron-methyl, tribenuron-methyl, ACC 322140, Fluzasulfuron, ethoxysulfuron, Fluzasdulfuron, nicosulfuron, rimsulfuron, thifensulfuronmethyl, pyrazosulfuron, Clopyrasulfuron, NC 330, azimsulfuron, imazosulfuron, lead ethyl xanthate is yellow grand, amidosulfuron, fluorine pyridine sulphur is grand, CGA362622;

Imidazolone type such as miaow oxalic acid, imazaquin, imazamethypyr, imazethapyr, imidazoles nicotinic acid and imazamox;

Triazolo pyrimidine class such as DE 511, Flumetsulam and Chloransulam;

SDM class such as pyrithiobac-sodium, oxime pyridine grass, two careless ether and phonetic benzene grass oxime.

+++tolerance diclofop-methyl, efficient fluazifop, haloxyfop-methyl, the spirit of smart fluorine pyrrole second standing grain, Quizalotop-ethyl, alkynes oxalic acid, fenoxapropPethyl, Tepraloxydim, alloxydimsodium, sethoxydim, cycloxydim, cyclohexene humulone, tralkoxydim, Butoxydim, quinone oximes grass, Clefoxydim, clethodim.

﹠amp; ﹠amp; ﹠amp; Acetyl chlorobenzene amine such as alachlor, Acetochlor, dimethenamid.

///Protox inhibitor, for example diphenyl ether such as acifluorfen, aclonifen, bifenox, Mo 9 granular, Ethoxyfen, fluoroglycofen-ethyl, fomesafen, lactofen, Oxyfluorfen; Imidodicarbonic diamide such as azoles pyridine alkynes grass, fluorine ketazolam grass, Cinidon-ethyl, Flumiclorac pentyl, flumioxazin, reach careless fluorine, the alkynes third oxazole grass, oxadiazon, penta oxazole grass, sulfentrazone, imidodicarbonic diamide and other is as Flumipropyn, Flupropacil, nipyralofen and thiadiazoles amine; Also have Fluazolate and fluorine carfentrazone.

Biology embodiment

Table 49: a kind of representative biological method of preventing and treating the Adoxophyes spp genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 50: a kind of representative biological method of preventing and treating ground tiger genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 51: a kind of method of preventing and treating cotton leaf noctuid; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 52: a kind of method of preventing and treating the soybean noctuid; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 53: a kind of representative biological method of preventing and treating straw borer spp; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 54: a kind of method of preventing and treating grape codling moth (Clysia ambiguella); comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 55: a kind of representative biological method of preventing and treating the Cnaphalocrocis spp genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 56: a kind of method of preventing and treating general non-fine hair snout moth's larva; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 57: a kind of representative biological method of preventing and treating the steinernema genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 58: a kind of method of preventing and treating the Sudan cotton bollworm; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 59: a kind of representative biological method of preventing and treating golden steel brill genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 60: a kind of representative biological method of preventing and treating the meal moth genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 61: a kind of representative biological method of preventing and treating Heliothis; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 62: a kind of method of preventing and treating Hellula undalis; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 63: a kind of method of preventing and treating tomato stem gelechiid; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 64: a kind of method of preventing and treating pear leaf blister moth; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 65: a kind of representative biological method of preventing and treating thin moth genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 66: a kind of method of preventing and treating Lobesia botrana; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 67: a kind of method of preventing and treating European corn borer; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 68: a kind of representative biological method of preventing and treating brown epiblema; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 69: a kind of method of preventing and treating Pectinophora gossypiella; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 70: a kind of method of preventing and treating citrus leaf lyonetid; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 71: a kind of representative biological method of preventing and treating Pier; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 72: a kind of method of preventing and treating diamond-back moth; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 73: a kind of representative biological method of preventing and treating white standing grain snout moth's larva genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 74: a kind of representative biological method of preventing and treating moth stem Noctua; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 75: a kind of representative biological method of preventing and treating long palpus volume moth genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 76: a kind of representative biological method of preventing and treating Spodoptera; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 77: a kind of representative biological method of preventing and treating volume moth genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 78: a kind of method of preventing and treating the amyloid plaque noctuid; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 79: a kind of representative biological method of preventing and treating Agriotes spp; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 80: a kind of method of preventing and treating Mexico cotton boll elephant; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 81: a kind of representative biological method of preventing and treating Curculio; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 82: a kind of chrysomelid method of band spot cucumber of preventing and treating; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 83: a kind of representative biological method of preventing and treating the colorado potato beetles genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 84: a kind ofly prevent and treat the representative biological method that rice water resembles genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 85: a kind ofly prevent and treat the representative biological method that the ear beak resembles genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 86: a kind of representative biological method of preventing and treating the wolly whitefly genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 87: a kind of representative biological method of preventing and treating Aleyrodes; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 88: a kind of representative biological method of preventing and treating kidney Aspidiotus genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 89: a kind of representative biological method of preventing and treating Aphidiadae; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 90: a kind of representative biological method of preventing and treating Aphis; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 91: a kind of method of preventing and treating sweet potato whitefly; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 92: a kind of representative biological method of preventing and treating green jassids genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 93: a kind of representative biological method of preventing and treating tumor aphid genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 94: a kind of representative biological method of preventing and treating the rice leafhopper genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 95: a kind of representative biological method of preventing and treating the brown planthopper genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 96: a kind of representative biological method of preventing and treating the mealybug genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 97: a kind of representative biological method of preventing and treating Psylla spp; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 98: a kind of representative biological method of preventing and treating large bamboo hat with a conical crown and broad brim Aspidiotus genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 99: a kind of representative biological method of preventing and treating the y-bend Aphis; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 100: a kind of representative biological method of preventing and treating knot wing Aleyrodes; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 101: a kind of representative biological method of preventing and treating Lyriomyza; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 102: a kind of representative biological method of preventing and treating the wheat stem chloropid fly genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 103: a kind of representative biological method of preventing and treating careless Hylemyia; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 104: a kind of representative biological method of preventing and treating the flower thrips genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 105: a kind of representative biological method of preventing and treating Thrips; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 106: a kind of method of preventing and treating hard thrips; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 107: a kind of representative biological method of preventing and treating the aceria genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 108: a kind of representative biological method of preventing and treating the thorn Eriophyes; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 109: a kind of representative biological method of preventing and treating short whisker Acarapis; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 110: a kind of representative biological method of preventing and treating the Panonychus citri genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 111: a kind of representative biological method of preventing and treating wrinkle leaf Aculus genus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 112: a kind of representative biological method of preventing and treating Tetranychus; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 113: a kind of representative biological method of preventing and treating Heterodera; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 114: a kind of representative biological method of preventing and treating Meloidogyne; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 115: a kind of method of preventing and treating tomato moth; comprise that using the thiophene first to the genetically modified crops of herbicide-tolerant kills, wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 116: a kind of representative biological method of preventing and treating the Adoxophyes spp genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 117: a kind of representative biological method of preventing and treating ground tiger genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 118: a kind of method of preventing and treating cotton leaf noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 119: a kind of method of preventing and treating the soybean noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 120: a kind of representative biological method of preventing and treating straw borer spp; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 121: a kind of method of preventing and treating grape codling moth (Clysia ambiguella); comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 122: a kind of representative biological method of preventing and treating the Cnaphalocrocis spp genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 123: a kind of method of preventing and treating general non-fine hair snout moth's larva; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 124: a kind of representative biological method of preventing and treating the steinernema genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 125: the method for a kind of control the Sudan cotton bollworm (); comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 126: a kind of representative biological method of preventing and treating golden steel brill genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 127: a kind of representative biological method of preventing and treating the meal moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 128: a kind of representative biological method of preventing and treating Heliothis; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 129: a kind of method of preventing and treating Hellula undalis; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 130: a kind of method of preventing and treating tomato stem gelechiid; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 131: a kind of method of preventing and treating pear leaf blister moth; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 132: a kind of representative biological method of preventing and treating thin moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 133: a kind of method of preventing and treating Lobesia botrana; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 134: a kind of method of preventing and treating European corn borer; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 135: a kind of representative biological method of preventing and treating brown epiblema; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 136: a kind of method of preventing and treating Pectinophora gossypiella; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 137: a kind of method of preventing and treating citrus leaf lyonetid; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 138: a kind of representative biological method of preventing and treating Pier; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 139: a kind of method of preventing and treating diamond-back moth; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 140: a kind of representative biological method of preventing and treating white standing grain snout moth's larva genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 141: a kind of representative biological method of preventing and treating moth stem Noctua; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 142: a kind of representative biological method of preventing and treating long palpus volume moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 143: a kind of representative biological method of preventing and treating Spodoptera; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 144: a kind of representative biological method of preventing and treating volume moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 145: a kind of method of preventing and treating the amyloid plaque noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 146: a kind of representative biological method of preventing and treating Agriotes spp; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 147: a kind of method of preventing and treating Mexico cotton boll elephant; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 148: a kind of representative biological method of preventing and treating Curculio; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 149: a kind of chrysomelid method of band spot cucumber of preventing and treating; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 150: a kind of representative biological method of preventing and treating the colorado potato beetles genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 151: a kind ofly prevent and treat the representative biological method that rice water resembles genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.Table 152: a kind ofly prevent and treat the representative biological method that the ear beak resembles genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 153: a kind of representative biological method of preventing and treating the wolly whitefly genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 154: a kind of representative biological method of preventing and treating Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect infringement is corresponding to the capable arbitrary row of C1-C.108 among the table C.

Table 155: a kind of representative biological method of preventing and treating kidney Aspidiotus genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 156: a kind of representative biological method of preventing and treating Aphidiadae; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 157: a kind of representative biological method of preventing and treating Aphis; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 158: a kind of method of preventing and treating sweet potato whitefly; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 159: a kind of representative biological method of preventing and treating green jassids genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 160: a kind of representative biological method of preventing and treating tumor aphid genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 161: a kind of representative biological method of preventing and treating the rice leafhopper genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 162: a kind of representative biological method of preventing and treating the brown planthopper genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 163: a kind of representative biological method of preventing and treating the mealybug genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 164: a kind of representative biological method of preventing and treating Psylla spp; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 165: a kind of representative biological method of preventing and treating large bamboo hat with a conical crown and broad brim Aspidiotus genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 166: a kind of representative biological method of preventing and treating the y-bend Aphis; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 167: a kind of representative biological method of preventing and treating knot wing Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 168: a kind of representative biological method of preventing and treating Lyriomyza; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 169: a kind of representative biological method of preventing and treating the wheat stem chloropid fly genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 170: a kind of representative biological method of preventing and treating careless Hylemyia; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 171: a kind of representative biological method of preventing and treating the flower thrips genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 172: a kind of representative biological method of preventing and treating Thrips; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 173: a kind of method of preventing and treating hard thrips; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 174: a kind of representative biological method of preventing and treating the aceria genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 175: a kind of representative biological method of preventing and treating perverse Eriophyes; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 176: a kind of representative biological method of preventing and treating short whisker Acarapis; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 177: a kind of representative biological method of preventing and treating the Panonychus citri genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 178: a kind of representative biological method of preventing and treating wrinkle leaf Aculus genus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 179: a kind of representative biological method of preventing and treating Tetranychus; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 180: a kind of representative biological method of preventing and treating Heterodera; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 181: a kind of representative biological method of preventing and treating Meloidogyne; comprise to the genetically modified crops of herbicide-tolerant and use Imidacloprid that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 182: a kind of representative biological method of preventing and treating the Adoxophyes spp genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 183: a kind of representative biological method of preventing and treating ground tiger genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 184: a kind of method of preventing and treating cotton leaf noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 185: a kind of method of preventing and treating the soybean noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect injury of the active ingredient expressed of genetically modified plants and protection is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 186: a kind of representative biological method of preventing and treating straw borer spp; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 187: a kind of method of preventing and treating grape codling moth (Clysia ambiguella); comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 188: a kind of method of preventing and treating general non-fine hair snout moth's larva; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 189: a kind of representative biological method of preventing and treating the steinernema genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 190: a kind of method of preventing and treating the Sudan cotton bollworm; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 191: a kind of representative biological method of preventing and treating golden steel brill genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 192: a kind of representative biological method of preventing and treating the meal moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 193: a kind of representative biological method of preventing and treating Heliothis; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 194: a kind of method of preventing and treating Hellula undalis; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 195: a kind of method of preventing and treating tomato stem gelechiid; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 196: a kind of method of preventing and treating pear leaf blister moth; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 197: a kind of representative biological method of preventing and treating thin moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 198: a kind of method of preventing and treating Lobesia botrana; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 199: a kind of method of preventing and treating European corn borer; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 200: a kind of representative biological method of preventing and treating brown epiblema; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 201: a kind of method of preventing and treating Pectinophora gossypiella; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 202: a kind of method of preventing and treating citrus leaf lyonetid; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 203: a kind of representative biological method of preventing and treating Pier; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 204: a kind of method of preventing and treating diamond-back moth; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 205: a kind of representative biological method of preventing and treating white standing grain snout moth's larva genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 206: a kind of representative biological method of preventing and treating moth stem Noctua; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 207: a kind of representative biological method of preventing and treating long palpus volume moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 208: a kind of representative biological method of preventing and treating Spodoptera; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 209: a kind of representative biological method of preventing and treating volume moth genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 210: a kind of method of preventing and treating the amyloid plaque noctuid; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 211: a kind of representative biological method of preventing and treating Agriotes spp; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 212: a kind of method of preventing and treating Mexico cotton boll elephant; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 213: a kind of representative biological method of preventing and treating Curculio; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 214: a kind of chrysomelid method of band spot cucumber of preventing and treating; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 215: a kind of representative biological method of preventing and treating the colorado potato beetles genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 216: a kind ofly prevent and treat the representative biological method that rice water resembles genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 217: a kind ofly prevent and treat the representative biological method that the ear beak resembles genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 218: a kind of representative biological method of preventing and treating the wolly whitefly genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 219: a kind of representative biological method of preventing and treating Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 220: a kind of representative biological method of preventing and treating kidney Aspidiotus genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 221: a kind of representative biological method of preventing and treating Aphidiadae; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 222: a kind of representative biological method of preventing and treating Aphis; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 223: a kind of method of preventing and treating sweet potato whitefly; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 224: a kind of representative biological method of preventing and treating green jassids genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 225: a kind of representative biological method of preventing and treating tumor aphid genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 226: a kind of representative biological method of preventing and treating the rice leafhopper genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 227: a kind of representative biological method of preventing and treating the brown planthopper genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 228: a kind of representative biological method of preventing and treating the mealybug genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 229: a kind of representative biological method of preventing and treating Psylla spp; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 230: a kind of representative biological method of preventing and treating large bamboo hat with a conical crown and broad brim Aspidiotus genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 231: a kind of representative biological method of preventing and treating the y-bend Aphis; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 232: a kind of representative biological method of preventing and treating knot wing Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 233: a kind of representative biological method of preventing and treating Lyriomyza; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 234: a kind of representative biological method of preventing and treating the wheat stem chloropid fly genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 235: a kind of representative biological method of preventing and treating careless Hylemyia; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 236: a kind of representative biological method of preventing and treating the flower thrips genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 237: a kind of representative biological method of preventing and treating Thrips; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 238: a kind of method of preventing and treating hard thrips; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 239: a kind of representative biological method of preventing and treating the aceria genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 240: a kind of representative biological method of preventing and treating the thorn Eriophyes; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 241: a kind of representative biological method of preventing and treating short whisker Acarapis; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 242: a kind of representative biological method of preventing and treating the Panonychus citri genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 243: a kind of representative biological method of preventing and treating wrinkle leaf Aculus genus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 244: a kind of representative biological method of preventing and treating Tetranychus; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 245: a kind of representative biological method of preventing and treating Heterodera; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 246: a kind of representative biological method of preventing and treating Meloidogyne; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Table 247: a kind of method of preventing and treating tomato moth; comprise to the genetically modified crops of herbicide-tolerant and use Ti-435 that wherein its combination of crop that is not subjected to this insect infringement of the active ingredient and protection expressed of genetically modified plants is corresponding to arbitrary row of row C.1-C.108 among the table C.

Embodiment B 1: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Respectively with contain 100,50,10,5, the aqueous emulsion Spray Mixing thing of 1ppm Imidacloprid sprays the transgene cotton seedling of expressing delta-endotoxin CryIIIA.After the coating drying to be painted, on cotton plants, add 10 Mexico's cotton bolls respectively and resemble adult, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton is moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgenic cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, in all cases, described non-transgenic cotton concentration is 100,50,10,5 with containing respectively, the Imidacloprid of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.

In this test, the control of test insect on the genetically modified plants is better than contrast on the non-transgenic plant.

Embodiment B 2: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Spray the transgene cotton seedling of expressing delta-endotoxin CryIIIA with the aqueous emulsion Spray Mixing thing that contains 100,50,10,5, the thiophene first of 1ppm is killed respectively.After the coating drying to be painted, add on cotton plants respectively that 10 Mexico's cotton bolls resemble, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgene cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, in all cases, described non-transgenic cotton concentration is 100,50,10,5, the thiophene first of 1ppm is killed and the emulsion Spray Mixing thing of conventional CryIIIA-toxin is handled with containing respectively.

In this test, be excellent to the control of testing insect on the genetically modified plants, and the control deficiency of test insect on the non-transgenic plant.

Embodiment B 3: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Respectively with contain 100,50,10,5, the aqueous emulsion Spray Mixing thing of the Ti-435 of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIIIA.After the coating drying to be painted, add on cotton plants respectively that 10 Mexico's cotton bolls resemble, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgene cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, there is something special down, and concentration is 100,50,10,5 to described non-transgenic cotton with containing respectively, the Ti-435 of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.

Embodiment B 4: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Respectively with contain 100,50,10,5, the aqueous emulsion Spray Mixing thing of the Ti-435 of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIa (c).After the coating drying to be painted, add on cotton plants respectively that 10 Mexico's cotton bolls resemble, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgene cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, in all cases, described non-transgenic cotton concentration is 100,50,10,5 with containing respectively, the Ti-435 of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.

Embodiment B 5: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Spray the transgene cotton seedling of expressing delta-endotoxin CryIa (c) with the aqueous emulsion Spray Mixing thing that contains 100,50,10,5, the thiophene first of 1ppm is killed respectively.After the coating drying to be painted, add on cotton plants respectively that 10 Mexico's cotton bolls resemble, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgene cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, in all cases, described non-transgenic cotton concentration is 100,50,10,5, the thiophene first of 1ppm is killed and the emulsion Spray Mixing thing of conventional CryIIIA-toxin is handled with containing respectively.

Embodiment B 6: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm

Respectively with contain 100,50,10,5, the aqueous emulsion Spray Mixing thing of the Imidacloprid of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIa (c).After the coating drying to be painted, add on cotton plants respectively that 10 Mexico's cotton bolls resemble, 10 Spodoptera littoralis larvas or 10 tobacco budworm larvas, and cotton moved in the plastic containers.Assess after 3-10 days.By comparing the beetle quantity dead on transgene cotton and the non-transgenic cotton and the damage of ingesting, determine the minimizing percentage of population or the reduction percentage (% effect) of the damage of ingesting, in all cases, described non-transgenic cotton concentration is 100,50,10,5 with containing respectively, the Imidacloprid of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.

Embodiment B 7: to the effect of the kind of the kind of European corn borer, Spodoptera or Heliothis

Sample ground (a) maize planting cv.KnockOut ^Adjacent onesize sample ground (b) plantation ordinary maize, two sample ground all shows the kind that is subjected to European corn borer, Spodoptera or the infringement naturally of Heliothis, with contain 200,100,50,10,5, the aqueous emulsion Spray Mixing thing of the Ti-435 of 1ppm sprays.Afterwards immediately with contain 200,100,50,10,5, the KnockOut of 1ppm ^Expressed endotoxic emulsion Spray Mixing thing treatment samples ground (b).Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).

On the plant of sample ground (a), observe the kind of European corn borer, Spodoptera or the level of preventing and treating of Heliothis are improved, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 8: to the effect of the kind of the kind of European corn borer, Spodoptera or Heliothis

Sample ground (a) maize planting cv.KnockOut ^Adjacent onesize sample ground (b) plantation ordinary maize, two sample ground all shows the kind that is subjected to European corn borer, Spodoptera or the infringement naturally of Heliothis, sprays with the aqueous emulsion Spray Mixing thing that contains 200,100,50,10,5, the thiophene first of 1ppm is killed respectively.Afterwards immediately with contain 200,100,50,10,5, the KnockOut of 1ppm ^Expressed endotoxic emulsion Spray Mixing thing treatment samples ground (b).Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).

Embodiment B 9: to the effect of the kind of the kind of European corn borer, Spodoptera or Heliothis

Sample ground (a) maize planting cv.KnockOut ^Adjacent onesize sample ground (b) plantation ordinary maize, two sample ground all shows the kind that is subjected to European corn borer, Spodoptera or the infringement naturally of Heliothis, respectively with contain 200,100,50,10,5, the aqueous emulsion Spray Mixing thing of the Imidacloprid of 1ppm sprays.Afterwards immediately with contain 200,100,50,10,5, the KnockOut of 1ppm ^Expressed endotoxic emulsion Spray Mixing thing treatment samples ground (b).Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).

Embodiment B 10: to the chrysomelid effect of band spot cucumber

Sample ground (a) maize planting cv.KnockOut ^, adjacent onesize sample ground (b) plantation ordinary maize is with containing the Spray Mixing thing aqueous emulsion sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the KnockOut that contains 400ppm ^Expressed endotoxic emulsion Spray Mixing thing treatment samples ground (b).After the coating drying to be painted, on seedling, add 10 chrysomelid larvas of band spot cucumber, and seedling is transferred in the plastic containers in second stage.This test of assessment after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).

On the plant of sample ground (a), observe the chrysomelid level of preventing and treating of band spot cucumber is improved, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 11: to the effect of cotten aphid

Make the cotton seedling of expression delta-endotoxin CryIIIa in the sample ground (a) and the conventional cotton seedling in sample ground (b) infect cotten aphid, subsequently with containing the Spray Mixing thing sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIIIa.Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 3-6 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).The level of observing on the plant of sample ground (a) cotten aphid of preventing and treating improves, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 12: to the effect of west flower thrips (Frankliniella occidentalis)

Make the cotton seedling of expression delta-endotoxin CryIIIa in the sample ground (a) and the conventional cotton seedling in sample ground (b) infect the west flower thrips, subsequently with containing the Spray Mixing thing sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIIIa.Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 3-6 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).The level of observing on the plant of sample ground (a) the west flower thrips of preventing and treating improves, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 13: to the effect of cotten aphid

Make the cotton seedling of expression delta-endotoxin CryIA (c) in the sample ground (a) and the conventional cotton seedling in sample ground (b) infect cotten aphid, subsequently with containing the Spray Mixing thing sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIIIa.Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 3-6 days.

Embodiment B 14: to the effect of west flower thrips

Make the cotton seedling of expression delta-endotoxin CryIa (c) in the sample ground (a) and the conventional cotton seedling in sample ground (b) infect the west flower thrips, subsequently with containing the Spray Mixing thing sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIa (c).Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 3-6 days.

Embodiment B 15: to the effect of rice leafhopper

Spray the paddy rice of expression delta-endotoxin CryIA (b) in the sample ground (a) and the conventional rice in sample ground (b) with containing the Spray Mixing thing that 400ppm thiophene first kills.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIA (b).After the coating drying to be painted, make the rice leafhopper of plant infection second and phase III.Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 21 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).The level of observing on the plant of sample ground (a) rice leafhopper of preventing and treating improves, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 16: to the effect (interior suction) of rice leafhopper

Paddy rice of delta-endotoxin CryIa (b) is expressed in plantation in the jar (A), jar (B) middle plantation conventional rice.Jar (A) placed contains the aqueous emulsion that 400ppm thiophene first is killed, and jar (B) place contain that 400ppm thiophene first is killed and 400ppm delta-endotoxin CryI (b) jar.Subsequently with second and the rice leafhopper larva of phase III infect these plants.This test of assessment after 6 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing jar (A) and jar (B).The level of observing on the plant of jar (A) rice leafhopper of preventing and treating improves, and jar (B) shows 60% the level of preventing and treating that is no more than.

Embodiment B 17: to the effect of brown planthopper

Make the paddy rice and the conventional rice in sample ground (b) of expressing delta-endotoxin CryIA (b) in the sample ground (a) infect brown planthopper, subsequently with containing the Spray Mixing thing sprinkling that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIA (b).Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 21 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing sample ground (a) and sample ground (b).The level of observing on the plant of sample ground (a) brown planthopper of preventing and treating improves, and sample ground (b) shows 60% the level of preventing and treating that is no more than.

Embodiment B 18: to the effect (interior suction) of brown planthopper

Paddy rice of delta-endotoxin CryIA (b) is expressed in plantation in the jar (A), jar (B) middle plantation conventional rice.Jar (A) placed contains the aqueous emulsion that 400ppm thiophene first is killed, and jar (B) place contain that 400ppm thiophene first is killed and 400ppm delta-endotoxin CryIA (b) jar.Subsequently with second and the brown planthopper larva of phase III infect these plants.This test of assessment after 6 days.

Determine the minimizing percentage (% effect) of population by number of pest dead on the plant of comparing jar (A) and jar (B).The level of observing on the plant of jar (A) brown planthopper of preventing and treating improves, and jar (B) shows 60% the level of preventing and treating that is no more than.

Embodiment B 19: to the effect of rice leafhopper

Spray the paddy rice that makes expression delta-endotoxin CryIA (c) in the sample ground (a) and the conventional rice in sample ground (b) with containing Spray Mixing thing that 400ppm thiophene first kills.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIA (c).After the coating drying to be painted, with second and the rice leafhopper of phase III infect these plants.Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 21 days.

Embodiment B 20: to the effect (interior suction) of rice leafhopper

Paddy rice of delta-endotoxin CryIa (c) is expressed in plantation in the jar (A), jar (B) middle plantation conventional rice.Jar (A) placed contains the aqueous emulsion that 400ppm thiophene first is killed, and jar (B) place contain that 400ppm thiophene first is killed and 400ppm delta-endotoxin CryI (c) jar.Subsequently with second and the rice leafhopper larva of phase III infect these plants.This test of assessment after 6 days.

Embodiment B 21: to the effect of brown planthopper

Make the paddy rice and the conventional rice in sample ground (b) of expressing delta-endotoxin CryIA (c) in the sample ground (a) infect brown planthopper, subsequently with containing the mist mixture sprinkling of disputing that 400ppm thiophene first is killed.Afterwards immediately with the emulsion Spray Mixing thing treatment samples ground (b) that contains 400ppm delta-endotoxin CryIA (c).Then with sample ground (a) and seedling (b) at 20 ℃ of following incubations.This test of assessment after 21 days.

Embodiment B 22: to the effect (interior suction) of brown planthopper

Paddy rice of delta-endotoxin CryIA (c) is expressed in plantation in the jar (A), jar (B) middle plantation conventional rice.Jar (A) placed contains the aqueous emulsion that 400ppm thiophene first is killed, and jar (B) place contain that 400ppm thiophene first is killed and 400ppm delta-endotoxin CryIA (c) jar.Subsequently with second and the brown planthopper larva of phase III infect these plants.This test of assessment after 6 days.

Claims

1. the method for insect in the crop of control genetically modified plants, it is characterized in that using a kind of Pesticidal combination to insect or its environment, said composition comprises the auxiliary agent of salt form useful on the thiacloprid of 0.1%-99% weight of free form or the agrochemistry as active component and at least a 1-99.9% weight, and wherein thiacloprid is a following formula: compound:

2. according to the method for claim 1, it is characterized in that genetically modified plants obtain handling.

3. according to the method for claim 1, it is characterized in that described genetically modified plants are corns.

4. according to the method for claim 1, it is characterized in that described genetically modified plants are soybean.

5. according to the method for claim 2, it is characterized in that the propagating materials of genetically modified plants obtains handling.