CN101584328A - The application of macrolide in control of insect - Google Patents
The application of macrolide in control of insect Download PDFInfo
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- CN101584328A CN101584328A CNA2009101513795A CN200910151379A CN101584328A CN 101584328 A CN101584328 A CN 101584328A CN A2009101513795 A CNA2009101513795 A CN A2009101513795A CN 200910151379 A CN200910151379 A CN 200910151379A CN 101584328 A CN101584328 A CN 101584328A
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Abstract
The invention discloses a kind of method with Macrocyclic lactone compounds control pest; More specifically say so: (A) a kind of with Macrocyclic lactone compounds control in the genetically modified crops of useful plants or on the method for insect, it is characterized in that to pest or its environment, particularly use a kind of composition pesticide to crop self, said composition comprises the Macrocyclic lactone compounds of acceptable salt form on free form or the agrochemistry as active ingredient and at least a auxiliary agent, and the genetically modified crops of useful plants wherein are for example corn, cereal class, soybean, tomato, cotton, potato, rice and mustard; (B) plant organ of protective plant propagating materials and later stage formation is not subjected to the method for pest infringement, it is characterized in that near the plantation or the place of seed propagation material or a kind of agricultural chemicals is used in this place, this agricultural chemicals comprises that at least a Macrocyclic lactone compounds with acceptable salt form on free form or the agrochemistry is as active ingredient and at least a auxiliary agent; (C) with Macrocyclic lactone compounds control timber pest and molluscan method, wherein use the agricultural chemicals of the harmful effective dose of going out to pest or its environment, this agricultural chemicals comprises that the macrolide of acceptable salt form at least a free form or the agrochemistry goes out harmful reactive compound as active ingredient and at least a auxiliary agent; The corresponding uses of these compounds, active ingredient are selected from the corresponding agricultural chemicals of these compounds, the preparation of these compounds and using method and the protected by this way plant propagation material that is not subjected to the pest infringement.
Description
The application is dividing an application of Chinese invention patent application 98813311.3, and its denomination of invention is " application of macrolide in control of insect ", and the applying date is on December 21st, 1998, and priority date is on December 23rd, 1997.
The present invention relates to a kind of method with the Macrocyclic lactone compounds pest control; More specifically say so
(A) a kind of with Macrocyclic lactone compounds control in the genetically modified crops of useful plants or on the new method of insect;
(B) protect the plant propagation material of later stage formation and the method that plant organ is not subjected to the insect infringement with this Macrocyclic lactone compounds; And
(C) a kind of with Macrocyclic lactone compounds control wood borers and molluscan method.
Some insect pest control methods have 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, the insect of insect and Acarina particularly, or come protective plant, particularly crop.Can realize this purpose according to method provided by the invention.
(A) therefore first aspect of the present invention relates to a kind of method of preventing and treating the genetically modified crops such as the insect in corn, cereal, soybean, Kidney bean, tomato, cotton, potato, rice and the leaf mustard of useful plants, it is characterized in that to contain the Macrocyclic lactone compounds of the form of salt useful on free form or the agrochemistry, Avermectin (abamectin) particularly, be applied to insect or its environment with the Pesticidal combination of at least a auxiliary agent, particularly be applied to crop self; 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, containing for example one or more expression desinsections, particularly killing the gene of insect, tick mite killing, nematicide or mycocidal active component or weed killer herbicide being had on the transgenosis useful plants of tolerance has synergistic effect with the Macrocyclic lactone compounds pest control.More surprisingly, can expect that in principle the effect that Macrocyclic lactone compounds is combined with genetically modified plants on the insect that is used for the desire control surpasses additive effect, therefore enlarged the sphere of action of the active ingredient that Macrocyclic lactone compounds and genetically modified plants express, particularly aspect following two:
Specifically now shockingly find in the scope of the present invention (A), compare with the insecticidal effect that Macrocyclic lactone compounds and genetically modified plants are used separately, the insecticidal activity of Macrocyclic lactone compounds combines with the effect that the transgenosis useful plants is expressed not only the additive effect of common expection, and has synergistic effect.Yet term in this manual " is worked in coordination with " never to should be understood to and is only limited to insecticidal activity, and this term also refers to use separately respectively with Macrocyclic lactone compounds and transgenosis useful plants compares the favourable character of other of the inventive method.The example of this favourable character that can mention is: to the expansion of the insecticidal spectrum of other insects such as resistant strain effect; Even the minimizing of Macrocyclic lactone compounds amount of application is perhaps when Macrocyclic lactone compounds and transgenosis useful plants use separately under the invalid fully amount of application, by the effective control of composition of the present invention to insect; Increased the safety of crop; Improved product quality, as the content of any residue of the content of the toxic products of the shelf life 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; Favourable crop character, as the saprophyte that nourishes and grows, increases output, favourable shape of the seed/seed thickness or germination characteristic, change of the leaf area that changes, reduction or cluster that epiphyte causes, the aging phytoalexin output that delays, improves, promote hasting of maturity, increase a seat flower rate (flower set increase), reduce cotton boll dropping and cracked, better attract that beneficial organism (beneficials) and predator, increase are pollinated, reduction is to the attraction of bird; Or the benefit known to other those skilled in the art.
According to the present invention part (A), (B) and (C) Macrocyclic lactone compounds of use be known to those skilled in the art.They are for example to be disclosed as a close class material than mycin class (milbemycins) and avermectin class (avermectins) among US-P-4310519, US-P-5077298, German prospectus (German Offenlegungsschrift) 2717040 or the US-P-4427663.According to the present invention, these Macrocyclic lactone compounds also can be regarded as the derivative of this class material, that is, for example close than mycin oxime, moxidectin, ivermectin (ivermectin), Avermectin, emamectin and doramectin, and the spinosyns of following general formula
R wherein
1, R
2, R
3, R
4, R
5And R
6Be hydrogen or replacement or unsubstituted alkyl, thiazolinyl, alkynyl, cycloalkyl, aryl or heterocyclic radical independently of one another, substructure A and B represent independently of one another, two carbon atoms that these substructure keys connect are by singly-bound, connect by two keys or by singly-bound and epoxy bridging, described Macrocyclic lactone compounds is a free form, if but perhaps suitable be its agricultural salt form.
In the scope of the present invention (A), Avermectin is preferred.Avermectin is avermectin B
1aWith avermectin B
1bMixture, for example be disclosed in " agricultural chemicals handbook (The PesticideManual), the 10th edition (1994), the Britain crop protection committee (The British CropProtection Council), London, the 3rd page.
In the scope of the present invention (A), emamectin equally preferably, this material is from US-P-4, in 874,749 known 4 "-deoxidation-4 "-Biao-N-methylamino avermectin B
1b/ B
1aWith organic chemistry magazine (Journal of Organic Chemistry), the 59th volume (1994), the described MK-244 of 7704-7708 page or leaf.Useful especially emamectin salt is at US-P-5 on the agrochemistry, states in 288,710.
In the scope of the present invention (A), equally preferably comprise a compounds of spinosyns and its derivative; A compounds that comprises natural spinosyns; Or comprise a compounds of the derivative of natural spinosyns.In the scope of theme of the present invention (A), active ingredient preferably can comprise spinosyn A; Spinosyn D; Or the mixture of spinosyn A and spinosynD; Particularly preferably be spinosad.Spinosad be described in " agricultural chemicals handbook the 11st edition (1997), the Britain crop protection committee, London, Britain is in the 1272-1273 page or leaf.
The salt that described Macrocyclic lactone compounds is fit on agrochemistry is, 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 itself, said composition comprise that the Avermectin of free form or spinosad and emamectin benzoate are as active ingredient.
The genetically modified plants that (A) uses according to the present invention are plant or its propagating materials, transform with recombinant DNA technology, can selectivity synthesize the effect toxin by such mode genetically modified plants, for example known the deriving from of effect toxin produced malicious invertebrate, particularly Arthropoda can obtain from bacillus thuringiensis (Bacillus thringiensis) bacterial strain; Or knownly derive from plant, as agglutinin; Perhaps in addition, can express weed killer herbicide or fungicide tolerance.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, is for example stating in the above-mentioned publication.
Can be comprised toxin for example, as have insecticidal properties and, for example bacillus cereus albumen or Japanese beetle bacillus (Bacillus popliae) albumen by the toxin that this genetically modified plants are expressed by the genetically modified plants expressed protein; Or bacillus thuringiensis endotoxin (B.t.), as CryIA (a), CryIA (b), CryIA (c), CryIIA, CryIIIA, CryIIIB2 or CytA; VIP1; VIP2; VIP3 or settle down the bacterium of nematode such as the kind of polished rod shape Pseudomonas (Photorhabdus) or Xenorhabdus belong to the kind of (Xenorhabdus) such as the insect-killing protein of luminous smooth rod bacterium (Photorhabdus luminescenes), 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 agglutinin (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 calcium, juvenile hormone esterase, diuretic hormone acceptor, 1,2-talan synthase, bibenzyl synthase, chitinase and dextranase.
Comprise one or more coded insect-killing agent tolerances and express the example of known genetically modified plants of gene of one or more toxin as follows:
(corn),
(corn);
(cotton),
(cotton),
(potato),
With
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, acarid, 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 |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone (Phtalides) |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-methyltransferase | The levels of lignin that changes |
| Glutamine synthelase | Grass ammonium phosphine, bialaphos |
| Adenylosuccinate lyase (ADSL) | IMP and AMP synthetic inhibitor |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| Cytochrome P450 is P450 for example | Xenobiotic and weed killer herbicide such as sulfonylurea |
| SU1 | |
| Dimboa biosynthesis (Bx1 gene) | Helminthosporium turcicum corn leaf aphids, Piplodia maydis, corn borer, lepidopterous kind |
| CMIII (little alkaline corn kind peptide) | Phytopathogen is Fusarium for example, Alternaria, Sclerotinia |
| Corn-SAFP (zeamatin) | Phytopathogen is Fusarium for example, Alternaria, Sclerotinia, Rhizoctonia, Chaetomium, phycomyces |
| The Hm1 gene | Cochliobolus belongs to (Cochliobulus) |
| Chitinase | 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 of paddy, mythimna separata is fall army worm for example, corn root snout moth's larva, moth stem Noctua, black cutworm, Asiatic corn borer, curculionid |
| 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, 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, moth stem Noctua, black cutworm, Asiatic corn borer, curculionid |
| 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 |
| 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, the kind of moth 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 |
| 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 |
Table A 2: crop: wheat
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 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 |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Phytopathogen |
| Dextranase | Phytopathogen |
| 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 |
| Peroxidase | Lepidoptera, coleoptera, diptera, nematode |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, coleoptera, diptera, nematode |
| Agglutinin | Lepidoptera, coleoptera, diptera, nematode, aphid |
| Protease inhibitors, for example cystatin, patatin, virgiferin, CPTI | 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 |
Table A 3: crop: barley
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine radicals hydroxy benzoate, 2-benzo [c] Furanones |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| Serine/threonine kinase | Phytopathogen is Fusarium, Septoria and other diseases for example |
| Cause anaphylactoid polypeptide | Phytopathogen is Fusarium, Septoria and other diseases for example |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Phytopathogen |
| Dextranase | Phytopathogen |
| 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 |
| Peroxidase | Lepidoptera, coleoptera, diptera, nematode |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, coleoptera, diptera, nematode |
| Agglutinin | Lepidoptera, coleoptera, diptera, nematode, aphid |
| Protease inhibitors, for example cystatin, patatin, virgiferin, CPTI | Lepidoptera, coleoptera, diptera, nematode, aphid |
| Ribosome inactivating protein | Lepidoptera, coleoptera, diptera, nematode, aphid |
| The HMG-CoA reductase | Lepidoptera, coleoptera, diptera, nematode, aphid |
Table A 4: crop: paddy rice
| The composition of action target or expression | Crop phenotype/tolerance |
| 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 |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 thick grass | Glyphosate or sulphosate |
| Acid synthase (EPSPS) | |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| Serine/threonine kinase | Phytopathogen |
| Phenylalanine ammonia is separated enzyme (PAL) | For example derivable bacillary bacterial leaf-blight of phytopathogen and rice blast |
| Phytoalexin | For example bacillary bacterial leaf-blight of phytopathogen and rice blast |
| 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 |
| 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 |
| The double stranded RNA enzyme | Virus is as BYDV and MSMV |
| Coat protein | Virus is as BYDV and MSMV |
| The bacillus thuringiensis toxin, VIP3, the bacillus cereus toxin, | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid (rice |
| Light rod bacterium and Xenorhabdus toxin | Hoppers) as brown planthopper (brown rice hopper) |
| 3-hydroxy steroid oxidase | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
| Peroxidase | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
| 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, rice fulgorid such as brown planthopper |
| Agglutinin | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
| Protease inhibitors | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
| Ribosome inactivating protein | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
| The HMG-CoA reductase | Lepidoptera is the paddy stem borer worm for example, and coleoptera for example rice water resembles, diptera, rice fulgorid such as brown planthopper |
Table A 5: crop: soya bean
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| Oxalate oxidase | Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break |
| Glucose oxidase | Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break |
| 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 |
| 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 |
| 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 |
| Cause anaphylactoid polypeptide | Phytopathogen |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break |
| Dextranase | Bacterium and fungal pathogens such as Fusarium, Sclerotinia, stalk break |
| 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 |
| 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 |
| 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 |
| Cyst nematode hatching stimulus | Cyst nematode |
| The food refusal composition | Nematode is root-knot nematode and Cyst nematode for example |
Table A 6: crop: potato
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 thick grass | Glyphosate or sulphosate |
| Acid synthase (EPSPS) | |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| Ribalgilase | Phytophthora, Verticillium, Rhizoctonia |
| Anti-fungus polypeptide AlyAFP | Bacterium and fungal pathogens such as Phytophthora |
| Oxalate oxidase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| Glucose oxidase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| 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 |
| Cecropin B | Bacterium is as the excellent bacillus of rotting, carrot soft rot Erwinia |
| Phenylalanine ammonia is separated enzyme (PAL) | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| 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 |
| Receptor kinase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| Cause anaphylactoid polypeptide | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| Barnase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| Disease resistance response gene 49 | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| The antisense transaldolase | Black spot |
| Dextranase | Bacterium and fungal pathogens such as Phytophthora, Verticillium, Rhizoctonia |
| 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 |
| 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 |
| 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 |
| 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 |
| 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 |
Table A 7: crop: tomato
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| Ribalgilase | Phytophthora, Verticillium, Rhizoctonia |
| Anti-fungus polypeptide AlyAFP | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Oxalate oxidase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Glucose oxidase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| The pyrrolnitrin synthetic gene | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Serine/threonine kinase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Cecropin B | Bacterium and fungal pathogens such as bacterium tikka |
| Disease, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. | |
| Phenylalanine ammonia is separated enzyme (PAL) | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| The Cf gene is Cf9, Cf5, Cf4, Cf2 for example | Leaf mold |
| Infiltration albumen | Target chain lattice spore |
| α-Hordothionin | Bacterium |
| Systemin | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| The polygalacturonase inhibitor | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| The Prf regulatory gene | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| I2 Fusarium resistance site | Fusarium |
| Phytoalexin | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Antisense B-1, the 3-dextranase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Receptor kinase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Cause anaphylactoid polypeptide | Bacterium and fungal pathogens such as bacterium tikka |
| Disease, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. | |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Barnase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| Dextranase | Bacterium and fungal pathogens such as bacterial leaf spot, Fusarium, soft rot, powdery mildew, neck rot, leaf mold etc. |
| The double stranded RNA enzyme | Virus is as PLRV, PVY and ToMoV |
| Coat protein | Virus is as PLRV, PVY and ToMoV |
| 17KDa or 60KDa albumen | 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 |
| 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 for example, aleyrodid, aphid |
| 3-hydroxy steroid oxidase | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| Peroxidase | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| Agglutinin | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| Protease inhibitors is cystatin for example, patatin | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| Ribosome inactivating protein | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| 1,2-talan synthase | Lepidoptera is Heliothis for example, aleyrodid, aphid |
| The HMG-CoA reductase | Lepidoptera is Heliothis for example, 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 |
Table A 8: crop: pepper
| The composition of action target or expression | Crop phenotype/tolerance |
| 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 |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-methyltransferase | The levels of lignin that changes |
| Glutamine synthelase | Grass ammonium phosphine, bialaphos |
| Adenylosuccinate lyase | The inhibitor that IMP and AMP are synthetic |
| (ADSL) | |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| The pyrrolnitrin synthetic gene | Bacterium and fungal pathogens |
| Serine/threonine kinase | Bacterium and fungal pathogens |
| Cecropin B | Bacterium and fungal pathogens rot, leaf mold etc. |
| Phenylalanine ammonia is separated enzyme (PAL) | Bacterium and fungal pathogens |
| The Cf gene is Cf9, Cf5, Cf4, Cf2 for example | 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 |
| The Prf regulatory gene | Bacterium and fungal pathogens |
| I2 Fusarium resistance site | Fusarium |
| Phytoalexin | 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 |
| Chitinase | Bacterium and fungal pathogens |
| Barnase | Bacterium and fungal pathogens |
| Dextranase | Bacterium and fungal pathogens |
| The double stranded RNA enzyme | Virus is as CMV, TEV |
| Coat protein | Virus is as CMV, TEV |
| 17KDa or 60KDa protein | Virus is as CMV, TEV |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | 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, aleyrodid, aphid |
| 3-hydroxy steroid oxidase | Lepidoptera, aleyrodid, aphid |
| Peroxidase | Lepidoptera, aleyrodid, aphid |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aleyrodid, aphid |
| Agglutinin | Lepidoptera, aleyrodid, aphid |
| Protease inhibitors is cystatin for example, patatin | Lepidoptera, aleyrodid, aphid |
| Ribosome inactivating protein | Lepidoptera, aleyrodid, aphid |
| 1,2-talan synthase | Lepidoptera, aleyrodid, aphid |
| The HMG-CoA reductase | Lepidoptera, 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 |
Table A 9: crop: grape
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 and powdery mildew |
| Metallothionein | Bacterium and fungal pathogens such as Botrytis and powdery mildew |
| Ribalgilase | Bacterium and fungal pathogens such as Botrytis and powdery mildew |
| 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 |
| Glucose oxidase | Bacterium and fungal pathogens such as Botrytis and 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 |
| 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 |
| 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 |
| α-Hordothionin | Bacterium and fungal pathogens such as Botrytis and powdery mildew |
| Systemin | Bacterium and fungal pathogens such as Botrytis and powdery mildew |
| 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 |
| 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 |
| 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 |
| 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 |
| Dextranase | Bacterium and fungal pathogens such as Botrytis and powdery mildew |
| 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 |
| False ubiquitin | Virus |
| Replicase | Virus |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | 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 |
| 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 |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode or comprehensive (general) disease for example |
| CBI | Root-knot nematode |
| The food refusal composition | Nematode is root-knot nematode and Cyst nematode for example |
Table A 10: crop: rape seed
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazol |
| Miazines, pyrimidine oxy-benzoic acid ester, 2-benzo [c] Furanones | |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 column disk spore belong to (Cyclindrosporium), Phoma (Phoma), Sclerotinia |
| Metallothionein | Bacterium and fungal pathogens such as column disk spore genus, |
| Phoma, Sclerotinia | |
| 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 |
| 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 |
| 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 |
| 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 |
| 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 |
| 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, 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 | |
| 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 |
| 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 |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Chitinase | Bacterium and fungal pathogens such as column disk spore genus, Phoma, Sclerotinia |
| 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 |
| The double stranded RNA enzyme | Virus |
| Coat protein | Virus |
| 17KDa or 60KDa albumen | Virus |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | Virus |
| False ubiquitin | Virus |
| Replicase | Virus |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | 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 |
| 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 |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 11: crop: brassica vegetable (wild cabbage, brussels sprouts (Brussel sprouts), sprouting broccoli etc.)
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| The Cf gene is Cf9, Cf5, Cf4, Cf2 for example | 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 |
| 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 |
| 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 |
| Dextranase | Bacterium and fungal pathogens |
| 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 |
| False ubiquitin | Virus |
| Replicase | Virus |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | 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 |
| 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 |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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, for example apple, pears
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| 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 |
| 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 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 |
| 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 |
| 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 |
| 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 |
| 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 |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Crack protein | Bacterium and fungal pathogens such as apple scab or fire blight |
| Lysozyme | Bacterium and fungal pathogens such as apple scab or fire blight |
| Chitinase | Bacterium and fungal pathogens such as apple scab or fire blight |
| Barnase | Bacterium and fungal pathogens such as apple scab or fire blight |
| Dextranase | Bacterium and fungal pathogens such as apple scab or fire blight |
| 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 |
| False ubiquitin | Virus |
| Replicase | Virus |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | 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 |
| 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 |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 13: crop: muskmelon
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoline |
| Azole, pyridine derivate, phenopylate ， oxadiazole etc. | |
| 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 such as Phytophthora |
| Metallothionein | Bacterium or fungal pathogens such as Phytophthora |
| Ribalgilase | Bacterium or fungal pathogens such as Phytophthora |
| Anti-fungus polypeptide AlyAFP | Bacterium or fungal pathogens such as Phytophthora |
| Oxalate oxidase | Bacterium or fungal pathogens such as Phytophthora |
| Glucose oxidase | Bacterium or fungal pathogens such as Phytophthora |
| The pyrrolnitrin synthetic gene | Bacterium or fungal pathogens such as Phytophthora |
| Serine/threonine kinase | Bacterium or fungal pathogens such as Phytophthora |
| Cecropin B | Bacterium or fungal pathogens such as Phytophthora |
| Phenylalanine ammonia is separated enzyme (PAL) | Bacterium or fungal pathogens such as Phytophthora |
| The Cf gene is Cf9, Cf5, Cf4, Cf2 for example | Bacterium or fungal pathogens such as Phytophthora |
| Infiltration albumen | Bacterium or fungal pathogens such as Phytophthora |
| α-Hordothionin | Bacterium or fungal pathogens such as Phytophthora |
| Systemin | Bacterium or fungal pathogens such as Phytophthora |
| The polygalacturonase inhibitor | Bacterium or fungal pathogens such as Phytophthora |
| The Prf regulatory gene | Bacterium or fungal pathogens such as Phytophthora |
| Phytoalexin | Bacterium or fungal pathogens such as Phytophthora |
| Antisense B-1, the 3-dextranase | Bacterium or fungal pathogens such as Phytophthora |
| Receptor kinase | Bacterium or fungal pathogens such as Phytophthora |
| Cause anaphylactoid polypeptide | Bacterium or fungal pathogens such as Phytophthora |
| System obtains resistance (SAR) gene | Virus, bacterium, fungi, nematodosis substance |
| Crack protein | Bacterium or fungal pathogens such as Phytophthora |
| Lysozyme | Bacterium or fungal pathogens such as Phytophthora |
| Chitinase | Bacterium or fungal pathogens such as Phytophthora |
| Barnase | Bacterium or fungal pathogens such as Phytophthora |
| Dextranase | Bacterium or fungal pathogens such as Phytophthora |
| The double stranded RNA enzyme | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| Coat protein | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| 17KDa or 60KDa protein | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| False ubiquitin | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| Replicase | Virus is as CMV, PRSV, WMV2, SMV, ZYMV |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | Lepidoptera, aphid, mite |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, aleyrodid |
| Peroxidase | Lepidoptera, aphid, mite, aleyrodid |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aphid, mite, aleyrodid |
| Agglutinin | Lepidoptera, aphid, mite, aleyrodid |
| Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin | Lepidoptera, aphid, mite, aleyrodid |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, aleyrodid |
| 1,2-talan synthase | Lepidoptera, aphid, mite, aleyrodid |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, aleyrodid |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 14: crop: banana
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 thick grass | Glyphosate or sulphosate |
| Acid synthase (EPSPS) | |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| Infiltration albumen | 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 |
| 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 |
| 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 |
| Barnase | Bacterium or fungal pathogens |
| 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) |
| 17KDa or 60KDa protein | Virus is as abaca bunchy top virus (BBTV) |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | Virus is as abaca bunchy top virus (BBTV) |
| False ubiquitin | Virus is as abaca bunchy top virus (BBTV) |
| Replicase | Virus is as abaca bunchy top virus (BBTV) |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | Lepidoptera, aphid, mite, nematode |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, nematode |
| Peroxidase | Lepidoptera, aphid, mite, nematode |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aphid, mite, nematode |
| Agglutinin | Lepidoptera, aphid, mite, nematode |
| Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin | Lepidoptera, aphid, mite, nematode |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, nematode |
| 1,2-talan synthase | Lepidoptera, aphid, mite, nematode |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, nematode |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 15: crop: cotton
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| Infiltration albumen | 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 |
| 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 |
| 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 |
| 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) |
| 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) |
| False ubiquitin | Virus is as wound tumor virus (WTV) |
| Replicase | 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, aleyrodid |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Peroxidase | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Agglutinin | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, nematode, aleyrodid |
| 1,2-talan synthase | Lepidoptera, aphid, mite, nematode, aleyrodid |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, nematode, aleyrodid |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 16: crop: sugarcane
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, the cyclic imide class, phenyl pyrazoles, pyridine derivate, |
| Phenopylate ， oxadiazole etc. | |
| 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 |
| Anti-fungus polypeptide A1yAFP | Bacterium or fungal pathogens |
| Oxalate 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 |
| 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 |
| 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 |
| 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 |
| 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 |
| Belong to | |
| 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 |
| 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 |
| Replicase | Virus is as SCMV, SrMV |
| The bacillus thuringiensis toxin, VIP3, bacillus cereus toxin, light rod bacterium and Xenorhabdus toxin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Peroxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Agglutinin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| 1,2-talan synthase | Lepidoptera, aphid, mite, nematode, aleyrodid, |
| Beetle such as Mexico rice borer | |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle such as Mexico rice borer |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 17: crop: sunflower
| The composition of action target or expression | Crop phenotype/tolerance |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| Infiltration albumen | 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 |
| 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 |
| 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 |
| Barnase | Bacterium or fungal pathogens |
| 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 |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | 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, aleyrodid, beetle |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| Peroxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| Amastatin is the leucine amino peptidase inhibitor for example | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| Agglutinin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| Protease inhibitors, for example cystatin, | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| patatin、CPTI、virgiferin | |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| 1,2-talan synthase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| 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 |
| Acetolactate synthase (ALS) | Sulfonylurea, imidazolone type, triazolo pyrimidine class, pyrimidine oxy-benzoic acid ester, 2-benzo [c] furanone |
| Acetyl-CoA carboxylase (ACCase) | Aryloxy group phenoxy group alkanoic acid, cyclohexanedione |
| Hydroxyphenyl pyruvic acid dioxygenase (HPPD) | Isoxazole such as Yi Evil fluorine grass or Isoxachlortol, three ketones such as mesotrione or sulphur humulone |
| Phosphinothricin acetyl transferase | Phosphinothricin |
| The O-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 |
| 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 |
| Glyphosate oxidoreductase | Glyphosate or sulphosate |
| Proporphyrinogen oxidase (PROTOX) | Diphenyl ether, cyclic imide class, phenyl pyrazoles, pyridine derivate, phenopylate ， oxadiazole etc. |
| 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 |
| 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 |
| 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 |
| Infiltration albumen | 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 |
| 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 |
| 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 |
| Chitinase | Bacterium or fungal pathogens |
| Barnase | Bacterium or fungal pathogens |
| 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 |
| Intranuclear inclusion albumen is a or b or nucleoprotein for example | 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, aleyrodid, beetle, rootflies |
| 3-hydroxy steroid oxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| Peroxidase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| Amastatin is leucine for example | Lepidoptera, aphid, mite, nematode, aleyrodid, |
| Amastatin | Beetle, rootflies |
| Agglutinin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| Protease inhibitors, for example cystatin, patatin, CPTI, virgiferin | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| Ribosome inactivating protein | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| 1,2-talan synthase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| The HMG-CoA reductase | Lepidoptera, aphid, mite, nematode, aleyrodid, beetle, rootflies |
| Cyst nematode hatching stimulus | Cyst nematode |
| Barnase | Nematode is root-knot nematode and Cyst nematode for example |
| Beet Cyst nematode resistance site | Cyst nematode |
| 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 |
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 (Agrotisspinifera); Cotton leaf noctuid (Alabama argillaceae), the kind of Amylois, soybean noctuid (Anticarsia gemmatalis), 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 (Carposinanipponensis), 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 (Heliothiszea) 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 (Leucopterascitella), 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 (Ostrinianubilalis), super steinernema belongs to the kind of (Pammene), the kind of brown epiblema (Pandemis), small noctuid (Panolis flammea), Pectinophora gossypiella belongs to the kind of (Pectinophora), tobacco split worm (Phthorimaea operculella), 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 (Sparganothis), 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 (Chaetocnematibialis), 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 (Leptinotarsadecemlineata), 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), ear 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 (Pisma), 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 (Aleurothnxus floccosus), A leyrodesbrassicae, 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 (Coccushesperidum), the kind of Empoasca flavescens (Empoasca), wooly aphis (Eriosomalanigerum), 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 (Pseudococcus citriculus) 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 (Trialeurodes vaporariorum), a mandarin orange wood louse (Trioza erytreae) and the citrus point armored scale (Unaspis citri) 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 (Qestrus), rice gall midge belongs to the kind of (Oreseolia), Europe wheat stem chloropid fly (Oscinellafrit), henbane seed spring fly (Pegomyia hyoscyami), the kind of grass Hylemyia (Phorbia), apple is around trypetid (Rhagoletis pomonella), 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 (Aceriasheldoni); 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 (Brevipalpus californicus) and purplish red short hairs mite (Brevipalpusphoenicis); The kind of the kind of Bryobia praetiosa (Bryobia praetiosa), Calipitrimerus, the kind of 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 (Rhipi cephalus), the kind that the root mite belongs to (Rhizoglyphus), kind, the kind of tarsonemid genus (Tarsonemus) and kind, particularly Tetranychus urticae (Tetranychusurticae) 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 (Heteroderaavenae), 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 (Meloidogyne incognita) or javanese root knot nematode (Meloidogynejavanica); Pratylenchidae belongs to the kind of (Pratylenchus), as unelected Pratylenchidae (Pratylenchus neglectans) or Cobb root (Pratylenchuspenetrans); 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 (Xiph inema); 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 of (A) can be prevented and treated the insect of i.e. control (contained) or elimination the above-mentioned type according to the present invention, they 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 these insects even can expand to the plant part that formed afterwards.
Use according to the present invention the method for (A) can effectively prevent and treat insect on the following plants: 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 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, rice, cereal, soybean, tomato, cotton, potato, beet, rice and leaf mustard; Particularly cotton, rice, soybean, potato and corn.
Have now found that even when using the described Pesticidal combination of low concentration, the method for (A) also all prevents and/or treats value in field of pest control according to the present invention, therefore obtain the very satisfied biological spectrum that kills.According to protecting it not to be subjected to the kind of the genetically modified crops of insect infringement; can combine with the composition that is used for warm blooded animal kind, fish and plant with excellent compatibility; use method of the present invention to prevent and treat all or the normal susceptibility of indivedual developmental stage or the animal class pest of normal tolerance, representative biological as insect and barnyard grass Acarina.Desinsection of the inventive method and/or miticidal effect can directly show, just take place immediately or in the insect destruction that only takes place through back (in the process of for example casting off a skin) after a while, perhaps show indirectly, for example lay eggs and/or the form of incubation rate shows, be at least 40-50% corresponding to the good action of destruction rate (lethality) with reduction.
According to intended purposes and common environment, own the known insecticide in invention (A) scope is the missible oil that contains Macrocyclic lactone compounds, concentrated suspension, directly can spray or dilutable solution, the paste that can apply, dilute emulsion, wetting powder, soluble powder, dispersible powder, wetting powder, dust agent, granule or polymer latex wafer.
In these compositions, use active ingredient and at least a simultaneously at formulation art auxiliary agent commonly used, as filler, 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 also have surface reactive material (surfactant) suitably the time.Suitable carriers and auxiliary agent are all substances that routine is 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 that the present invention uses, 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 agent, granule, solution, missible oil, emulsion, concentrated suspension or aerosol.For example, composition is the type described in the EP-A-736252.
By adding other desinsections, killing mite and/or mycocidal active ingredient, can expand invention (A) scope greatly and contain the action spectrum of the composition of Macrocyclic lactone compounds, and make it adapt to general environment.The suitable example of the active ingredient that adds is the representative of following kind of effective constituents: organic phosphorus compound, nitrophenols and derivative, carbonamidine, urea, carbamate, pyrethroid, chlorohydrocarbon; Particularly preferred composition is in the mixture, for example thiamethoxam, pyrrole aphid ketone, fenoxycarb, Imidacloprid, Ti-435, fluorine worm nitrile, pyrrole propyl ether, emamectin, diazinon or butyl ether urea.
In general, composition in invention (A) scope comprises the Macrocyclic lactone compounds of 0.1-99%, particularly 0.1-95%, at least a solid or liquid adjuvants with 1-99.9%, particularly 5-99.9%, usually has 0-25%, particularly the composition of 0.1-20% is surfactant (in all cases, % represents percentage by weight).Although the composition that concentrates is more preferably as commodity selling, the end user can use dilute compositions usually, and wherein the concentration of active ingredient reduces greatly.
The present invention's (A) composition also can comprise other solids or liquid adjuvants, as stabilizing agent, for example epoxidised 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, and fertilizer or for other active ingredients of obtaining special-effect for example bactericide, fungicide, nematocide, invertebrate poison or weed killer herbicide.
The composition of (A) is to produce with known method according to the present invention, for example with before auxiliary agent mixes, for example by grind, screening and/or compress active ingredient and obtain specific particle size, then active ingredient is closely mixed with auxiliary agent and/or grinds.
According to its intended purposes and common environment; can adopt the known mode of those skilled in the art itself to implement the method that the present invention is used to prevent and treat the above-mentioned type insect, that is to say the mode that to use spraying, moistening, atomizing, dusting, brushing, seed dressing, disperse or pour said composition.General working concentration is 0.1-1000ppm, preferably 0.1-500ppm active ingredient.Consumption can change in wide region, and depends on soil structure, uses type (foliage applying; Seed dressing; Broadcast in the ditch and use), common 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 consumption of per hectare is generally 1-2000g Macrocyclic lactone compounds, particularly 10-1000g//ha, preferably 10-500g/ha, more preferably 10-200g/ha.
In the crop protection field in the present invention (A) scope, preferably using type is to use (foliage applying) to the blade of plant, can regulate frequency and the consumption used, makes it adapt to the degree of being encroached on by described insect.Yet, soak the plant site or the active ingredient of solid form is mixed the plant site with fluid composition, for example mix (soil application) in the soil with the form of particle, active ingredient also can enter inside plants (systemic action) by root system.For rice crop, these particles can add in the rice field of flood irrigation.
The propagating materials that the composition of (A) also is suitable for protecting genetically modified plants according to the present invention for example seed such as fruit, stem tuber or kernel or plant is transplanted a cutting and is not subjected to the particularly representative biological infringement of insect and barnyard grass Acarina of noxious animal.Can be with this propagating materials of compositions-treated before using, for example seed dressing prior to seeding.Also can by in fluid composition, soak kernel or with the solid composite bag by kernel, active component is applied on kind of the benevolence (bag by).When in the sowing process, propagating materials being applied to that for example seed is broadcast in the ditch, also said composition can be applied to application site.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.
Can be used for the formulation examples of Macrocyclic lactone compounds of the present invention's (A) method, for example solution, granule, dust agent, the pulvis that can spray, missible oil, bag are the preparations of for example describing in the embodiment F 1-F10 of EP-A-580553 by granule and concentrated suspension.
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
Agglutinin: Aggl.
3-hydroxy steroid oxidase: HO
Cholesterol oxidase: CO
Chitinase: CH
Dextranase: GL
1,2-talan synthase: SS
Table B:
| AP | Controlling object | |
| B.1 | CrylA(a) | The kind that Adoxophyes spp belongs to |
| B.2 | CrylA(a) | The kind that the ground tiger belongs to |
| B.3 | CrylA(a) | Cotton leaf noctuid |
| B.4 | CrylA(a) | The soybean noctuid |
| B.5 | CrylA(a) | The kind of straw borer spp |
| B.6 | CrylA(a) | Grape codling moth (Clysia ambiguella) |
| B.7 | CrylA(a) | General non-fine hair snout moth's larva |
| B.8 | CrylA(a) | The kind that steinernema belongs to |
| B.9 | CrylA(a) | The Sudan cotton bollworm |
| B.10 | CrylA(a) | Jin Gang bores the kind that belongs to |
| B.11 | CrylA(a) | The kind that meal moth belongs to |
| B.12 | CrylA(a) | The kind of Heliothis |
| B.13 | CrylA(a) | Hellula undalis |
| B.14 | CrylA(a) | Tomato stem gelechiid |
| B.15 | CrylA(a) | Pear leaf blister moth |
| B.16 | CrylA(a) | The kind that thin moth belongs to |
| B.17 | CrylA(a) | Flower wing steinernema belongs to (Lobesia) botrana |
| B.18 | CrylA(a) | European corn borer |
| B.19 | CrylA(a) | The kind of brown epiblema |
| B.20 | CrylA(a) | Pectinophora gossypiella |
| B.21 | CrylA(a) | The mandarin orange lyonetid |
| B.22 | CrylA(a) | The kind that miller belongs to |
| B.23 | CrylA(a) | Diamond-back moth |
| B.24 | CrylA(a) | The kind that white standing grain snout moth's larva belongs to |
| B.25 | CrylA(a) | The kind of moth stem Noctua |
| B.26 | CrylA(a) | The long kind that must roll up the moth genus |
| B.27 | CrylA(a) | The kind of Spodoptera |
| B.28 | CrylA(a) | The kind that the volume moth belongs to |
| B.29 | CrylA(a) | The amyloid plaque noctuid |
| B.30 | CrylA(a) | The kind of Agriotes spp |
| B.31 | CrylA(a) | Mexico's cotton boll resembles |
| B.32 | CrylA(a) | The kind of Curculio |
| B.33 | CrylA(a) | Band spot cucumber is chrysomelid |
| B.34 | CrylA(a) | The kind that colorado potato beetles belong to |
| B.35 | CrylA(a) | Rice water resembles the kind of genus |
| B.36 | CrylA(a) | Ear resembles the kind of genus |
| B.37 | CrylA(a) | The kind (Aleurothrixus spp.) that wolly whitefly belongs to |
| B.38 | CrylA(a) | The kind of Aleyrodes |
| B.39 | CrylA(a) | The kind that the kidney Aspidiotus belongs to |
| B.40 | CrylA(a) | Aphidiadae |
| B.41 | CrylA(a) | The kind of Aphis |
| B.42 | CrylA(a) | Sweet potato whitefly |
| B.43 | CrylA(a) | The kind of Empoasca flavescens |
| B.44 | CrylA(a) | The kind of tumor aphid genus |
| B.45 | CrylA(a) | The kind that rice leafhopper belongs to |
| B.46 | CrylA(a) | The kind that brown planthopper belongs to |
| B.47 | CrylA(a) | The kind that mealybug belongs to |
| B.48 | CrylA(a) | The kind of Psylla spp |
| B.49 | CrylA(a) | The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to |
| B.50 | CrylA(a) | The kind of y-bend Aphis |
| B.51 | CrylA(a) | The kind of knot wing Aleyrodes |
| B.52 | CrylA(a) | The kind (Lyriomyza) that liriomyza bryoniae belongs to |
| B.53 | CrylA(a) | The kind that wheat stem chloropid fly belongs to |
| B.54 | CrylA(a) | The kind of grass Hylemyia |
| B.55 | CrylA(a) | The kind that flower thrips belongs to |
| B.56 | CrylA(a) | The kind of Thrips |
| B.57 | CrylA(a) | The orange thrips in South Africa |
| B.58 | CrylA(a) | The kind that the knurl mite belongs to |
| B.59 | CrylA(a) | The kind of thorn Eriophyes |
| B.60 | CrylA(a) | The kind of short whisker Acarapis |
| B.61 | CrylA(a) | The kind that Panonychus citri belongs to |
| B.62 | CrylA(a) | The kind that the wrinkle leaf Aculus belongs to |
| B.63 | CrylA(a) | The kind of Tetranychus |
| B.64 | CrylA(a) | The kind of Heterodera |
| B.65 | CrylA(a) | The kind of Meloidogyne |
| B.66 | CrylA(b) | The kind that Adoxophyes spp belongs to |
| B.67 | CrylA(b) | The kind that the ground tiger belongs to |
| B.68 | CrylA(b) | Cotton leaf noctuid |
| B.69 | CrylA(b) | The soybean noctuid |
| B.70 | CrylA(b) | The kind of straw borer spp |
| B.71 | CrylA(b) | Grape codling moth (Clysia ambiguella) |
| B.72 | CrylA(b) | General non-fine hair snout moth's larva |
| B.73 | CrylA(b) | The kind that steinernema belongs to |
| B.74 | CrylA(b) | The Sudan cotton bollworm |
| B.75 | CrylA(b) | Jin Gang bores the kind that belongs to |
| B.76 | CrylA(b) | The kind that meal moth belongs to |
| B.77 | CrylA(b) | The kind of Heliothis |
| B.78 | CrylA(b) | Hellula undalis |
| B.79 | CrylA(b) | Tomato stem gelechiid |
| B.80 | CrylA(b) | Pear leaf blister moth |
| B.81 | CrylA(b) | The kind that thin moth belongs to |
| B.82 | CrylA(b) | Flower wing steinernema belongs to (Lobesia) botrana |
| B.83 | CrylA(b) | European corn borer |
| B.84 | CrylA(b) | The kind of brown epiblema |
| B.85 | CrylA(b) | Cotton bollworm |
| B.86 | CrylA(b) | The mandarin orange lyonetid |
| B.87 | CrylA(b) | The kind that miller belongs to |
| B.88 | CrylA(b) | Diamond-back moth |
| B.89 | CrylA(b) | The kind that white standing grain snout moth's larva belongs to |
| B.90 | CrylA(b) | The kind of moth stem Noctua |
| B.91 | CrylA(b) | The long kind that must roll up the moth genus |
| B.92 | CrylA(b) | The kind of Spodoptera |
| B.93 | CrylA(b) | The kind that the volume moth belongs to |
| B.94 | CrylA(b) | The amyloid plaque noctuid |
| B.95 | CrylA(b) | The kind of Agriotes spp |
| B.96 | CrylA(b) | Mexico's cotton boll resembles |
| B.97 | CrylA(b) | The kind of Curculio |
| B.98 | CrylA(b) | Band spot cucumber is chrysomelid |
| B.99 | CrylA(b) | The kind that colorado potato beetles belong to |
| B.100 | CrylA(b) | Rice water resembles the kind of genus |
| B.101 | CrylA(b) | Ear resembles the kind of genus |
| B.102 | CrylA(b) | The kind that wolly whitefly belongs to |
| B.103 | CrylA(b) | The kind of Aleyrodes |
| B.104 | CrylA(b) | The kind that the kidney Aspidiotus belongs to |
| B.105 | CrylA(b) | Aphidiadae |
| B.106 | CrylA(b) | The kind of Aphis |
| B.107 | CrylA(b) | Sweet potato whitefly |
| B.108 | CrylA(b) | The kind of Empoasca flavescens |
| B.109 | CrylA(b) | The kind of tumor aphid genus |
| B.110 | CrylA(b) | The kind that rice leafhopper belongs to |
| B.111 | CrylA(b) | The kind that brown planthopper belongs to |
| B.112 | CrylA(b) | The kind that mealybug belongs to |
| B.113 | CrylA(b) | The kind of Psylla spp |
| B.114 | CrylA(b) | The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to |
| B.115 | CrylA(b) | The kind of y-bend Aphis |
| B.116 | CrylA(b) | The kind of knot wing Aleyrodes |
| B.117 | CrylA(b) | The kind that liriomyza bryoniae belongs to |
| B.118 | CrylA(b) | The kind that wheat stem chloropid fly belongs to |
| B.119 | CrylA(b) | The kind of grass Hylemyia |
| B.120 | CrylA(b) | The kind that flower thrips belongs to |
| B.121 | CrylA(b) | The kind of Thrips |
| B.122 | CrylA(b) | The orange thrips in South Africa |
| B.123 | CrylA(b) | The kind that aceria belongs to |
| B.124 | CrylA(b) | The kind of thorn Eriophyes |
| B.125 | CrylA(b) | The kind of short whisker Acarapis |
| B.126 | CrylA(b) | The kind that Panonychus citri belongs to |
| B.127 | CrylA(b) | The kind that the wrinkle leaf Aculus belongs to |
| B.128 | CrylA(b) | The kind of Tetranychus |
| B.129 | CrylA(b) | The kind of Heterodera |
| B.130 | CrylA(b) | The kind of Meloidogyne |
| B.131 | CrylA(c) | The kind that Adoxophyes spp belongs to |
| B.132 | CrylA(c) | The kind that the ground tiger belongs to |
| B.133 | CrylA(c) | Cotton leaf noctuid |
| B.134 | CrylA(c) | The soybean noctuid |
| B.135 | CrylA(c) | The kind of straw borer spp |
| B.136 | CrylA(c) | Grape codling moth (Clysia ambiguella) |
| B.137 | CrylA(c) | General non-fine hair snout moth's larva |
| B.138 | CrylA(c) | The kind that steinernema belongs to |
| B.139 | CrylA(c) | The Sudan cotton bollworm |
| B.140 | CrylA(c) | Jin Gang bores the kind that belongs to |
| B.141 | CrylA(c) | The kind that meal moth belongs to |
| B.142 | CrylA(c) | The kind of Heliothis |
| B.143 | CrylA(c) | Hellula undalis |
| B.144 | CrylA(c) | Tomato stem gelechiid |
| B.145 | CrylA(c) | Pear leaf blister moth |
| B.146 | CrylA(c) | The kind that thin moth belongs to |
| B.147 | CrylA(c) | Flower wing steinernema belongs to (Lobesia) botrana |
| B.148 | CrylA(c) | European corn borer |
| B.149 | CrylA(c) | The kind of brown epiblema |
| B.150 | CrylA(c) | Pectinophora gossypiella |
| B.151 | CrylA(c) | The mandarin orange lyonetid |
| B.152 | CrylA(c) | The kind that miller belongs to |
| B.153 | CrylA(c) | Diamond-back moth |
| B.154 | CrylA(c) | The kind that white standing grain snout moth's larva belongs to |
| B.155 | CrylA(c) | The kind of moth stem Noctua |
| B.156 | CrylA(c) | The long kind that must roll up the moth genus |
| B.157 | CrylA(c) | The kind of Spodoptera |
| B.158 | CrylA(c) | The kind that the volume moth belongs to |
| B.159 | CrylA(c) | The amyloid plaque noctuid |
| B.160 | CrylA(c) | The kind of Agriotes spp |
| B.161 | CrylA(c) | Mexico's cotton boll resembles |
| B.162 | CrylA(c) | The kind of Curculio |
| B.163 | CrylA(c) | Band spot cucumber is chrysomelid |
| B.164 | CrylA(c) | The kind that colorado potato beetles belong to |
| B.165 | CrylA(c) | Rice water resembles the kind of genus |
| B.166 | CrylA(c) | Ear resembles the kind of genus |
| B.167 | CrylA(c) | The kind that wolly whitefly belongs to |
| B.168 | CrylA(c) | The kind of Aleyrodes |
| B.169 | CrylA(c) | The kind that the kidney Aspidiotus belongs to |
| B.170 | CrylA(b) | Aphidiadae |
| B.171 | CrylA(c) | The kind of Aphis |
| B.172 | CrylA(c) | Sweet potato whitefly |
| B.173 | CrylA(c) | The kind of Empoasca flavescens |
| B.174 | CrylA(c) | The kind of tumor aphid genus |
| B.175 | CrylA(c) | The kind that rice leafhopper belongs to |
| B.176 | CrylA(c) | The kind that brown planthopper belongs to |
| B.177 | CrylA(c) | The kind that mealybug belongs to |
| B.178 | CrylA(c) | The kind of Psylla spp |
| B.179 | CrylA(c) | The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to |
| B.180 | CrylA(c) | The kind of y-bend Aphis |
| B.181 | CrylA(c) | The kind of knot wing Aleyrodes |
| B.182 | CrylA(c) | The kind that liriomyza bryoniae belongs to |
| B.183 | CrylA(c) | The kind that wheat stem chloropid fly belongs to |
| B.184 | CrylA(c) | The kind of grass Hylemyia |
| B.185 | CrylA(c) | The kind that flower thrips belongs to |
| B.186 | CrylA(c) | The kind of Thrips |
| B.187 | CrylA(c) | The orange thrips in South Africa |
| B.188 | CrylA(c) | The kind that aceria belongs to |
| B.189 | CrylA(c) | The kind of thorn Eriophyes |
| B.190 | CrylA(c) | The kind of short whisker Acarapis |
| B.191 | CrylA(c) | The kind that Panonychus citri belongs to |
| B.192 | CrylA(c) | The kind that the wrinkle leaf Aculus belongs to |
| B.193 | CrylA(c) | The kind of Tetranychus |
| B.194 | CrylA(c) | The kind of Heterodera |
| B.195 | CrylA(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.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.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.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.210 | CryIIA | Pear leaf blister moth |
| B.211 | CryIIA | The kind that thin moth belongs to |
| B.212 | CryIIA | Flower wing steinernema belongs to (Lobesia) botrana |
| B.213 | CryIIA | European corn borer |
| B.214 | CryIIA | The kind of brown epiblema |
| B.215 | CryIIA | Pectinophora gossypiella |
| B.216 | CryIIA | The mandarin orange lyonetid |
| 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.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.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.229 | CryIIA | The kind that colorado potato beetles belong to |
| B.230 | CryIIA | Rice water resembles the kind of genus |
| B.231 | CryIIA | Ear 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.235 | CryIIA | Aphidiadae |
| B.236 | CryIIA | The kind of Aphis |
| B.237 | CryIIA | Sweet potato whitefly |
| B.238 | CryIIA | The kind of Empoasca flavescens |
| 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.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.246 | CryIIA | The kind of knot wing Aleyrodes |
| B.247 | CryIIA | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.272 | CryIIIA | The kind of Heliothis |
| 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.277 | CryIIIA | Flower wing steinernema belongs to (Lobesia) botrana |
| B.278 | CryIIIA | European corn borer |
| B.279 | CryIIIA | The kind of brown epiblema |
| B.280 | CryIIIA | Pectinophora gossypiella |
| B.281 | CryIIIA | The mandarin orange 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.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.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.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 | Ear resembles the kind of genus | |
| 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.301 | CryIIIA | The kind of Aphis | |
| B.302 | CryIIIA | Sweet potato whitefly | |
| B.303 | CryIIIA | The kind of Empoasca flavescens | |
| 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.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.310 | CryIIIA | The kind of y-bend Aphis | |
| B.311 | CryIIIA | The kind of knot wing Aleyrodes | |
| B.312 | CryIIIA | The kind that liriomyza bryoniae belongs to | |
| 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.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.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.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.328 | CryIIIB2 | Cotton leaf noctuid |
| B.329 | CryIIIB2 | The soybean noctuid |
| B.330 | CryIIIB2 | The kind of straw borer spp |
| B.331 | CryIIIB2 | Grape codling moth (Clysia ambiguella) |
| B.332 | CryIIIB2 | 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.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.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 | Flower wing steinernema belongs to (Lobesia) botrana |
| B.343 | CryIIIB2 | European corn borer |
| B.344 | CryIIIB2 | The kind of brown epiblema |
| B.345 | CryIIIB2 | Pectinophora gossypiella |
| B.346 | CryIIIB2 | The mandarin orange lyonetid |
| 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.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.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.359 | CryIIIB2 | The kind that colorado potato beetles belong to |
| B.360 | CryIIIB2 | Rice water resembles the kind of genus |
| B.361 | CryIIIB2 | Ear resembles the kind of genus |
| 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.366 | CryIIIB2 | The kind of Aphis |
| B.367 | CryIIIB2 | Sweet potato whitefly |
| B.368 | CryIIIB2 | The kind of Empoasca flavescens |
| 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.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.376 | CryIIIB2 | The kind of knot wing Aleyrodes |
| B.377 | CryIIIB2 | The kind that liriomyza bryoniae belongs to |
| 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.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.386 | CryIIIB2 | The kind that Panonychus citri belongs to |
| B.387 | CryIIIB2 | The kind that the wrinkle leaf Aculus belongs to |
| B.388 | CryIIIB2 | The kind of Tetranychus |
| 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.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.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.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.405 | CytA | Pear leaf blister moth |
| B.406 | CytA | The kind that thin moth belongs to |
| B.407 | CytA | Flower wing steinernema belongs to (Lobesia) botrana |
| B.408 | CytA | European corn borer |
| B.409 | CytA | The kind of brown epiblema |
| B.410 | CytA | Pectinophora gossypiella |
| B.411 | CytA | The mandarin orange 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.415 | CytA | The kind of moth stem Noctua |
| B.416 | CytA | The long kind that must roll up the moth genus |
| 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.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.424 | CytA | The kind that colorado potato beetles belong to |
| B.425 | CytA | Rice water resembles the kind of genus |
| B.426 | CytA | Ear 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.430 | CytA | Aphidiadae |
| B.431 | CytA | The kind of Aphis |
| B.432 | CytA | Sweet potato whitefly |
| B.433 | CytA | The kind of Empoasca flavescens |
| 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.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.440 | CytA | The kind of y-bend Aphis |
| B.441 | CytA | The kind of knot wing Aleyrodes |
| B.442 | CytA | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.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.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 | Flower wing steinernema belongs to (Lobesia) botrana |
| B.473 | VIP3 | European corn borer |
| B.474 | VIP3 | The kind of brown epiblema |
| B.475 | VIP3 | Pectinophora gossypiella |
| B.476 | VIP3 | The mandarin orange 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.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.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.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 | Ear resembles the kind of genus |
| 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.496 | VIP3 | The kind of Aphis |
| B.497 | VIP3 | Sweet potato whitefly |
| B.498 | VIP3 | The kind of Empoasca flavescens |
| 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.502 | VIP3 | The kind that mealybug belongs to |
| B.503 | VIP3 | The kind of Psylla spp |
| B.504 | VIP3 | The kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to |
| B.505 | VIP3 | The kind of y-bend Aphis |
| B.506 | VIP3 | The kind of knot wing Aleyrodes |
| B.507 | VIP3 | The kind that liriomyza bryoniae belongs to |
| 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.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.515 | VIP3 | The kind of short whisker Acarapis |
| B.516 | VIP3 | The kind that Panonychus citri belongs to |
| B.517 | VIP3 | The kind that the wrinkle leaf Aculus belongs to |
| B.518 | VIP3 | The kind of Tetranychus |
| 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.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.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.531 | GL | The kind that meal moth belongs to |
| B.532 | GL | The kind of Heliothis |
| B.533 | GL | Hellula undalis |
| 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 | Flower wing steinernema belongs to (Lobesia) botrana |
| B.538 | GL | European corn borer |
| B.539 | GL | The kind of brown epiblema |
| B.540 | GL | Pectinophora gossypiella |
| B.541 | GL | The mandarin orange lyonetid |
| 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.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.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.554 | GL | The kind that colorado potato beetles belong to |
| B.555 | GL | Rice water resembles the kind of genus |
| B.556 | GL | Ear 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.560 | GL | Aphidiadae |
| B.561 | GL | The kind of Aphis |
| B.562 | GL | Sweet potato whitefly |
| B.563 | GL | The kind of Empoasca flavescens |
| 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.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.571 | GL | The kind of knot wing Aleyrodes |
| B.572 | GL | The kind that liriomyza bryoniae belongs to |
| 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.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.581 | GL | The kind that Panonychus citri belongs to |
| B.582 | GL | The kind that the wrinkle leaf Aculus belongs to |
| 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.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.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.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.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.602 | PL | Flower wing steinernema belongs to (Lobesia) botrana |
| B.603 | PL | European corn borer |
| B.604 | PL | The kind of brown epiblema |
| B.605 | PL | Pectinophora gossypiella |
| B.606 | PL | The mandarin orange 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.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.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.618 | PL | Band spot cucumber is chrysomelid |
| B.619 | PL | The kind that colorado potato beetles belong to |
| B.620 | PL | Rice water resembles the kind of genus |
| B.621 | PL | Ear 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.625 | PL | Aphidiadae |
| B.626 | PL | The kind of Aphis |
| B.627 | PL | Sweet potato whitefly |
| B.628 | PL | The kind of Empoasca flavescens |
| 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.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.635 | PL | The kind of y-bend Aphis |
| B.636 | PL | The kind of knot wing Aleyrodes |
| B.637 | PL | The kind that liriomyza bryoniae belongs to |
| 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.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.645 | PL | The kind of short whisker Acarapis |
| B.646 | PL | The kind that Panonychus citri belongs to |
| B.647 | PL | The kind that the wrinkle leaf Aculus belongs to |
| B.648 | PL | The kind of Tetranychus |
| 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.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.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.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.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 | Flower wing steinernema belongs to (Lobesia) botrana |
| B.668 | XN | European corn borer |
| B.669 | XN | The kind of brown epiblema |
| B.670 | XN | Pectinophora gossypiella |
| B.671 | XN | The mandarin orange lyonetid |
| 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.676 | XN | The long kind that must roll up the moth genus | |
| B.677 | XN | The kind of Spodoptera | |
| 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.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.685 | XN | Rice water resembles the kind of genus | |
| B.686 | XN | Ear resembles the kind of genus | |
| 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.691 | XN | The kind of Aphis | |
| B.692 | XN | Sweet potato whitefly | |
| B.693 | XN | The kind of Empoasca flavescens | |
| 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.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.701 | XN | The kind of knot wing Aleyrodes | |
| B.702 | XN | The kind that liriomyza bryoniae belongs to | |
| 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.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.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.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.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.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.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.730 | Plnh. | Pear leaf blister moth | |
| B.731 | Plnh. | The kind that thin moth belongs to | |
| B.732 | Plnh. | Flower wing steinernema belongs to (Lobesia) botrana |
| B.733 | Plnh. | European corn borer |
| B.734 | Plnh. | The kind of brown epiblema |
| B.735 | Plnh. | Pectinophora gossypiella |
| B.736 | Plnh. | The mandarin orange lyonetid |
| 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.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.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.749 | Plnh. | The kind that colorado potato beetles belong to |
| B.750 | Plnh. | Rice water resembles the kind of genus |
| B.751 | Plnh. | Ear 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.755 | Plnh. | Aphidiadae |
| B.756 | Plnh. | The kind of Aphis |
| B.757 | Plnh. | Sweet potato whitefly |
| B.758 | Plnh. | The kind of Empoasca flavescens |
| 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.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.765 | Plnh. | The kind of y-bend Aphis |
| B.766 | Plnh. | The kind of knot wing Aleyrodes |
| B.767 | Plnh. | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.792 | Plec | The kind of Heliothis |
| B.793 | Plec | Hellula undalis |
| B.794 | Plec | Tomato stem gelechiid |
| B.795 | Plec | Pear leaf blister moth |
| B.796 | Plec | The kind that thin moth belongs to |
| B.797 | Plec | Flower wing steinernema belongs to (Lobesia) botrana |
| B.798 | Plec | European corn borer |
| B.799 | Plec | The kind of brown epiblema |
| B.800 | Plec | Pectinophora gossypiella |
| B.801 | Plec | The mandarin orange 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.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.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.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 | Ear resembles the kind of genus |
| 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.821 | Plec | The kind of Aphis |
| B.822 | Plec | Sweet potato whitefly |
| B.823 | Plec | The kind of Empoasca flavescens |
| 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.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.830 | Plec | The kind of y-bend Aphis |
| B.831 | Plec | The kind of knot wing Aleyrodes |
| B.832 | Plec | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.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.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. | Flower wing steinernema belongs to (Lobesia) botrana |
| B.863 | Aggl. | European corn borer |
| B.864 | Aggl. | The kind of brown epiblema |
| B.865 | Aggl. | Pectinophora gossypiella |
| B.866 | Aggl. | The mandarin orange lyonetid |
| 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.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.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.879 | Aggl. | The kind that colorado potato beetles belong to |
| B.880 | Aggl. | Rice water resembles the kind of genus |
| B.881 | Aggl. | Ear resembles the kind of genus |
| 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.886 | Aggl. | The kind of Aphis |
| B.887 | Aggl. | Sweet potato whitefly |
| B.888 | Aggl. | The kind of Empoasca flavescens |
| 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.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.896 | Aggl. | The kind of knot wing Aleyrodes |
| B.897 | Aggl. | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.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.925 | CO | Pear leaf blister moth |
| B.926 | CO | The kind that thin moth belongs to |
| B.927 | CO | Flower wing steinernema belongs to (Lobesia) botrana |
| B.928 | CO | European corn borer |
| B.929 | CO | The kind of brown epiblema |
| B.930 | CO | Pectinophora gossypiella |
| B.931 | CO | The mandarin orange 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.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.939 | CO | The amyloid plaque noctuid |
| 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.944 | CO | The kind that colorado potato beetles belong to |
| B.945 | CO | Rice water resembles the kind of genus |
| B.946 | CO | Ear 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.950 | CO | Aphidiadae |
| B.951 | CO | The kind of Aphis |
| B.952 | CO | Sweet potato whitefly |
| B.953 | CO | The kind of Empoasca flavescens |
| 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.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.960 | CO | The kind of y-bend Aphis |
| B.961 | CO | The kind of knot wing Aleyrodes |
| B.962 | CO | The kind that liriomyza bryoniae belongs to |
| 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.966 | CO | The kind of Thrips |
| B.967 | CO | The orange thrips in South Africa |
| 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.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.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.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.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.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.991 | CH | The kind that thin moth belongs to |
| B.992 | CH | Flower wing steinernema belongs to (Lobesia) botrana |
| B.993 | CH | European corn borer |
| B.994 | CH | The kind of brown epiblema |
| B.995 | CH | Pectinophora gossypiella |
| B.996 | CH | The mandarin orange lyonetid |
| 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.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.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.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 | Ear resembles the kind of genus |
| 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.1016 | CH | The kind of Aphis |
| B.1017 | CH | Sweet potato whitefly |
| B.1018 | CH | The kind of Empoasca flavescens |
| 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.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.1026 | CH | The kind of knot wing Aleyrodes |
| B.1027 | CH | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.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.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.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.1055 | SS | Pear leaf blister moth |
| B.1056 | SS | The kind that thin moth belongs to |
| B.1057 | SS | Flower wing steinernema belongs to (Lobesia) botrana |
| B.1058 | SS | European corn borer |
| B.1059 | SS | The kind of brown epiblema |
| B.1060 | SS | Pectinophora gossypiella |
| B.1061 | SS | The mandarin orange lyonetid |
| 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.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.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.1074 | SS | The kind that colorado potato beetles belong to |
| B.1075 | SS | Rice water resembles the kind of genus |
| B.1076 | SS | Ear 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.1080 | SS | Aphidiadae |
| B.1081 | SS | The kind of Aphis |
| B.1082 | SS | Sweet potato whitefly |
| B.1083 | SS | The kind of Empoasca flavescens |
| 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.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.1091 | SS | The kind of knot wing Aleyrodes |
| B.1092 | SS | The kind that liriomyza bryoniae belongs to |
| 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.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.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.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.1109 | HO | The soybean noctuid |
| B.1110 | HO | The kind of straw borer spp |
| B.1111 | HO | Grape codling moth (Clysia ambiguella) |
| B.1112 | HO | General non-fine hair snout moth's larva |
| 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.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.1120 | HO | Pear leaf blister moth |
| B.1121 | HO | The kind that thin moth belongs to |
| B.1122 | HO | Flower wing steinernema belongs to (Lobesia) botrana |
| B.1123 | HO | European corn borer |
| B.1124 | HO | The kind of brown epiblema |
| B.1125 | HO | Pectinophora gossypiella |
| B.1126 | HO | The mandarin orange 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.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.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.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 | Ear resembles the kind of genus |
| 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.1145 | HO | Aphidiadae |
| B.1146 | HO | The kind of Aphis |
| B.1147 | HO | Sweet potato whitefly |
| B.1148 | HO | The kind of Empoasca flavescens |
| 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.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.1155 | HO | The kind of y-bend Aphis |
| B.1156 | HO | The kind of knot wing Aleyrodes |
| B.1157 | HO | The kind that liriomyza bryoniae belongs to |
| 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.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.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.1169 | HO | The kind of Heterodera |
| B.1170 | HO | The kind of Meloidogyne |
Biology embodiment
Table 1: a kind of method of pest control comprises to transgene cotton and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 2: a kind of method of pest control comprises to the transgenosis rice and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 3: a kind of method of pest control comprises to transgenic potato and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 4: a kind of method of pest control comprises to the transgenosis rape and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 5: a kind of method of pest control comprises to transgene tomato and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 6: a kind of method of pest control comprises to the transgenosis cucurbit and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 7: a kind of method of pest control comprises to genetically engineered soybean and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 8: a kind of method of pest control comprises to transgenic corns and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 9: a kind of method of pest control comprises to transgenic wheat and uses Avermectin that the combination of the insect of active ingredient that genetically modified plants are wherein expressed and pre-control is corresponding to the row of table B.
Table 10: a kind of method of pest control comprises to the transgenosis banana and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 11: a kind of method of pest control comprises to the transgenosis orange tree and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 12: a kind of method of pest control comprises to transgenosis pomaceous fruits tree and uses Avermectin that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 13: a kind of method of pest control comprises to transgene cotton and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 14: a kind of method of pest control comprises to the transgenosis rice and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 15: a kind of method of pest control comprises to transgenic potato and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 16: a kind of method of pest control comprises to transgene tomato and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 17: a kind of method of pest control comprises to the transgenosis cucurbit and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 18: a kind of method of pest control comprises to genetically engineered soybean and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 19: a kind of method of pest control comprises to transgenic corns and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 20: a kind of method of pest control comprises to transgenic wheat and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 21: a kind of method of pest control comprises to the transgenosis banana and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 22: a kind of method of pest control comprises to transgenosis tangerine tree and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 23: a kind of method of pest control comprises to transgenosis pomaceous fruits tree and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 24: a kind of method of pest control comprises to the transgenosis cucurbit and uses the Emamectin-benzoate that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 25: a kind of method of pest control comprises to transgene cotton and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 26: a kind of method of pest control comprises to the transgenosis rice and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 27: a kind of method of pest control comprises to transgenic potato and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 28: a kind of method of pest control comprises to the transgenosis rape and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 29: a kind of method of pest control comprises to transgene tomato and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 30: a kind of method of pest control comprises to the transgenosis cucurbit and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 31: a kind of method of pest control comprises to genetically engineered soybean and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 32: a kind of method of pest control comprises to transgenic corns and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 33: a kind of method of pest control comprises to transgenic wheat and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 34: a kind of method of pest control comprises to the transgenosis banana and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 35: a kind of method of pest control comprises to the transgenosis orange tree and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table 36: a kind of method of pest control comprises to transgenosis pomaceous fruits tree and uses Spinosad that wherein the combination of the insect of the active ingredient of genetically modified plants expression and desire control is corresponding to the row among the table B.
Table C:
Abbreviation:
Acetyl-CoA carboxylase: ACCase
Acetolactate synthase: ALS
Hydroxyphenyl pyruvic acid dioxygenase: HPPD
The inhibition of protein synthesis: IPS
Synthetic hormone: HO
Glutamine synthelase: GS
Proporphyrinogen oxidase: PROTOX
5-enol pyruvoyl-3-phosphoric acid shikimic acid synthase: EPSPS
| Composition | The tolerance object | Crop | |
| C.1 | ALS | Sulfonylurea etc., * * * | Cotton |
| C.2 | ALS | Sulfonylurea etc., * * * | Rice |
| 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.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.11 | ALS | Sulfonylurea etc., * * * | Drupe |
| C.12 | ALS | Sulfonylurea etc., * * * | Citrus |
| C.13 | ACCase | +++ | Cotton |
| C.14 | ACCase | +++ | Rice |
| C.15 | ACCase | +++ | Rape |
| C.16 | ACCase | +++ | Potato |
| C.17 | ACCase | +++ | Tomato |
| C.18 | ACCase | +++ | Cucurbit |
| C.19 | ACCase | +++ | Soybean |
| C.20 | ACCase | +++ | Corn |
| C.21 | ACCase | +++ | Wheat |
| C.22 | ACCase | +++ | The operatic circle |
| C.23 | ACCase | +++ | Drupe |
| C.24 | ACCase | +++ | Citrus |
| C.25 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Cotton |
| C.26 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Rice |
| C.27 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Rape |
| C.28 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Potato |
| C.29 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Tomato |
| C.30 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Cucurbit |
| C.31 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Soybean |
| C.32 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Corn |
| C.33 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Wheat |
| C.34 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | The operatic circle |
| C.35 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Drupe |
| C.36 | HPPD | Yi Evil fluorine grass, Isoxachlotol, sulphur humulone, Mesotrion | Citrus |
| C.37 | Nitrilase | Brominal, ioxynil | Cotton |
| C.38 | Nitrilase | Brominal, ioxynil | Rice |
| C.39 | Nitrilase | Brominal, ioxynil | Rape |
| 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.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.48 | Nitrilase | Brominal, ioxynil | Citrus |
| C.49 | IPS | The chloracetophenone amine | Cotton |
| C.50 | IPS | The chloracetophenone amine | Rice |
| C.51 | IPS | The chloracetophenone amine | Rape |
| C.52 | IPS | The chloracetophenone amine | Potato |
| C.53 | IPS | The chloracetophenone amine | Tomato |
| C.54 | IPS | The chloracetophenone amine | Cucurbit |
| C.55 | IPS | The chloracetophenone amine | Soybean |
| C.56 | IPS | The chloracetophenone amine | Corn |
| C.57 | IPS | The chloracetophenone amine | Wheat |
| C.58 | IPS | The chloracetophenone amine | The operatic circle |
| C.59 | IPS | The chloracetophenone amine | Drupe |
| C.60 | IPS | The chloracetophenone amine | Citrus |
| C.61 | HOM | 2,4-D, mecopropP | Cotton |
| C.62 | HOM | 2,4-D, mecopropP | Rice |
| 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.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.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 /// | Rice |
| 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.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.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 | Rice |
| 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.91 | EPSPS | Glyphosate and/or sulphosate | Soybean |
| 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.96 | EPSPS | Glyphosate and/or sulphosate | Citrus |
| C.97 | GS | Grass ammonium phosphine and/or bialaphos | Cotton |
| C.98 | GS | Grass ammonium phosphine and/or bialaphos | Rice |
| C.99 | GS | Grass ammonium phosphine and/or bialaphos | Rape |
| C.100 | GS | Grass ammonium phosphine and/or bialaphos | Potato |
| C.101 | GS | Grass ammonium phosphine and/or bialaphos | Tomato |
| C.102 | GS | Grass ammonium phosphine and/or bialaphos | Cucurbit |
| C.103 | GS | Grass ammonium phosphine and/or bialaphos | Soybean |
| C.104 | GS | Grass ammonium phosphine and/or bialaphos | Corn |
| C.105 | GS | Grass ammonium phosphine and/or bialaphos | Wheat |
| C.106 | GS | Grass ammonium phosphine and/or bialaphos | The operatic circle |
| C.107 | GS | Grass ammonium phosphine and/or bialaphos | Drupe |
| C.108 | GS | Grass ammonium phosphine and/or bialaphos | Citrus |
* * comprises sulfonylurea, imidazolone type, triazolo pyrimidine class, dimethoxypyridin class and N-acyl group sulfonamides:
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, CGA 362622;
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, fenoxaprop, Tepraloxydim, alloxydimsodium, sethoxydim, cycloxydim, cyclohexene humulone, tralkoxydim, Butoxydim, quinone oximes grass, Clefoxydim, clethodim.
﹠amp; ﹠amp; ﹠amp; Chloracetophenone 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, Que Bing oxazole Cao, Evil humulone, Wu oxazole grass, sulfentrazone, imidodicarbonic diamide and other is as Flumipropyn, Flupropacil, nipyralofen and thiadiazoles amine; Also have Fluazolate and fluorine carfentrazone.
Biology embodiment
Table 39: a kind of representative biological method of preventing and treating the Adoxophyes spp genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 40: a kind of representative biological method of preventing and treating ground tiger genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 41: a kind of method of preventing and treating cotton leaf noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 42: a kind of method of preventing and treating the soybean noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 43: a kind of representative biological method of preventing and treating straw borer spp comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 44: a kind of method of preventing and treating grape codling moth (Clysia ambiguella) comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 45: the representative biological method that a kind of control Cnaphalocrocis spp (Cnephalocrocis) belongs to; comprise to the genetically modified crops of herbicide-tolerant and use Avermectin 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 row among the table C.
Table 46: a kind of method of preventing and treating general non-fine hair snout moth's larva comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 47: a kind of representative biological method of preventing and treating the steinernema genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 48: a kind of method of preventing and treating the Sudan cotton bollworm comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 49: a kind ofly prevent and treat golden steel and bore the representative biological method that belongs to, comprise to the genetically modified crops of herbicide-tolerant and use Avermectin, 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 the row among the table C.
Table 50: a kind of representative biological method of preventing and treating the meal moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 51: a kind of representative biological method of preventing and treating Heliothis comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 52: a kind of method of preventing and treating Hellula undalis comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 53: a kind of method of preventing and treating tomato stem gelechiid comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 54: a kind of method of preventing and treating pear leaf blister moth comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 55: a kind of representative biological method of preventing and treating thin moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 56: a kind of control flower wing steinernema belongs to the method for (Lobesia) botrana; comprise to the genetically modified crops of herbicide-tolerant and use Avermectin 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 row among the table C.
Table 57: a kind of method of preventing and treating European corn borer comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 58: a kind of representative biological method of preventing and treating brown epiblema comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 59: a kind of method of preventing and treating Pectinophora gossypiella comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 60: a kind of method of preventing and treating the mandarin orange lyonetid comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 61: a kind of representative biological method of preventing and treating Pier comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 62: a kind of method of preventing and treating diamond-back moth comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 63: a kind of representative biological method of preventing and treating white standing grain snout moth's larva genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 64: a kind of representative biological method of eating into the stem Noctua of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 65: a kind ofly prevent and treat the long representative biological method that must the volume moth belongs to, comprise to the genetically modified crops of herbicide-tolerant and use Avermectin, 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 the row among the table C.
Table 66: a kind of representative biological method of preventing and treating Spodoptera comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 67: a kind of representative biological method of preventing and treating volume moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 68: a kind of method of preventing and treating the amyloid plaque noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 69: a kind of representative biological method of preventing and treating Agriotes spp comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 70: a kind of method of preventing and treating Mexico cotton boll elephant comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 71: a kind of representative biological method of preventing and treating Curculio comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 72: a kind of chrysomelid method of band spot cucumber of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 73: 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 Avermectin 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 row among the table C.
Table 74: 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 Avermectin, 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 the row among the table C.
Table 75: a kind ofly prevent and treat the representative biological method that ear resembles genus, comprise to the genetically modified crops of herbicide-tolerant and use Avermectin, 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 the row among the table C.
Table 76: a kind of representative biological method of preventing and treating the wolly whitefly genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 77: a kind of representative biological method of preventing and treating Aleyrodes comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 78: a kind of representative biological method of preventing and treating kidney Aspidiotus genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 79: a kind of representative biological method of preventing and treating Aphidiadae comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 80: a kind of representative biological method of preventing and treating Aphis comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 81: a kind of method of preventing and treating sweet potato whitefly comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 82: a kind of representative biological method of preventing and treating Empoasca flavescens comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 83: a kind of representative biological method of preventing and treating tumor aphid genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 84: a kind of representative biological method of preventing and treating the rice leafhopper genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 85: a kind of representative biological method of preventing and treating the brown planthopper genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 86: a kind of representative biological method of preventing and treating the mealybug genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 87: a kind of representative biological method of preventing and treating Psylla spp comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 88: a kind of representative biological method of preventing and treating large bamboo hat with a conical crown and broad brim Aspidiotus genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 89: a kind of representative biological method of preventing and treating the y-bend Aphis comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 90: a kind of representative biological method of tying the wing Aleyrodes of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 91: a kind of spot representative biological method that rope belongs to of diving of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 the row among the table C.
Table 92: a kind of representative biological method of preventing and treating the wheat stem chloropid fly genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 93: a kind of representative biological method of preventing and treating careless Hylemyia comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 94: a kind of representative biological method of preventing and treating the flower thrips genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 95: a kind of representative biological method of preventing and treating Thrips comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 96: a kind of method of preventing and treating the orange thrips in South Africa comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 97: a kind of representative biological method of preventing and treating the aceria genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 98: a kind of representative biological method of stinging Eriophyes of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 99: a kind of representative biological method of preventing and treating short whisker Acarapis comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 100: a kind of representative biological method of preventing and treating the Panonychus citri genus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 101: 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 Avermectin 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 row among the table C.
Table 102: a kind of representative biological method of preventing and treating Tetranychus comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 103: a kind of representative biological method of preventing and treating Heterodera comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 104: a kind of representative biological method of preventing and treating Meloidogyne comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 105: a kind of method of preventing and treating tomato moth comprises to the genetically modified crops of herbicide-tolerant and uses Avermectin 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 row among the table C.
Table 106: 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 the Emamectin-benzoate 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 row among the table C.
Table 107: a kind of representative biological method of preventing and treating ground tiger genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 108: a kind of method of preventing and treating cotton leaf noctuid comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 109: a kind of method of preventing and treating the soybean noctuid comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 110: a kind of representative biological method of preventing and treating straw borer spp; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 111: a kind of method of preventing and treating grape codling moth (Clysia ambiguella) comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 112: 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 the Emamectin-benzoate 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 row among the table C.
Table 113: a kind of method of preventing and treating general non-fine hair snout moth's larva comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 114: a kind of representative biological method of preventing and treating the steinernema genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 115: the method for a kind of control the Sudan cotton bollworm (); comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 116: 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 the Emamectin-benzoate 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 row among the table C.
Table 117: 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 the Emamectin-benzoate 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 row among the table C.
Table 118: a kind of representative biological method of preventing and treating Heliothis; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 119: a kind of method of preventing and treating Hellula undalis comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 120: a kind of method of preventing and treating tomato stem gelechiid comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 121: a kind of method of preventing and treating pear leaf blister moth comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 122: a kind of representative biological method of preventing and treating thin moth genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 123: a kind of control flower wing steinernema belongs to the method for (Lobesia) botrana; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 124: a kind of method of preventing and treating European corn borer comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 125: a kind of representative biological method of preventing and treating brown epiblema; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 126: a kind of method of preventing and treating Pectinophora gossypiella comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 127: a kind of method of preventing and treating the mandarin orange lyonetid comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 128: a kind of representative biological method of preventing and treating Pier; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 129: a kind of method of preventing and treating diamond-back moth comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 130: 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 the Emamectin-benzoate 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 row among the table C.
Table 131: a kind of representative biological method of preventing and treating moth stem Noctua; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 132: 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 the Emamectin-benzoate 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 row among the table C.
Table 133: a kind of representative biological method of preventing and treating Spodoptera; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 134: a kind of representative biological method of preventing and treating volume moth genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 135: a kind of method of preventing and treating the amyloid plaque noctuid comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 136: a kind of representative biological method of preventing and treating Agriotes spp; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 137: a kind of method of preventing and treating Mexico cotton boll elephant comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 138: a kind of representative biological method of preventing and treating Curculio; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 139: a kind of chrysomelid method of band spot cucumber of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 140: 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 the Emamectin-benzoate 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 row among the table C.
Table 141: 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 the Emamectin-benzoate 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 row among the table C.
Table 142: a kind ofly prevent and treat the representative biological method that ear resembles genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 143: 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 the Emamectin-benzoate 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 row among the table C.
Table 144: a kind of representative biological method of preventing and treating Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 145: a kind of representative biological method of preventing and treating kidney Aspidiotus genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 146: a kind of representative biological method of preventing and treating Aphidiadae; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 147: a kind of representative biological method of preventing and treating Aphis; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 148: a kind of method of preventing and treating sweet potato whitefly comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 149: a kind of representative biological method of preventing and treating Empoasca flavescens; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 150: a kind of representative biological method of preventing and treating tumor aphid genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 151: 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 the Emamectin-benzoate 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 row among the table C.
Table 152: 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 the Emamectin-benzoate 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 row among the table C.
Table 153: a kind of representative biological method of preventing and treating the mealybug genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 154: a kind of representative biological method of preventing and treating Psylla spp; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 155: 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 the Emamectin-benzoate 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 row among the table C.
Table 156: 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 the Emamectin-benzoate 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 row among the table C.
Table 157: a kind of representative biological method of preventing and treating knot wing Aleyrodes; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 158: a kind of representative biological method of preventing and treating the liriomyza bryoniae genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 159: 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 the Emamectin-benzoate 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 row among the table C.
Table 160: a kind of representative biological method of preventing and treating careless Hylemyia; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 161: 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 the Emamectin-benzoate 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 row among the table C.
Table 162: a kind of representative biological method of preventing and treating Thrips; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 163: a kind of method of preventing and treating hard thrips comprises to the genetically modified crops of herbicide-tolerant and uses the Emamectin-benzoate 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 row among the table C.
Table 164: a kind of representative biological method of preventing and treating the aceria genus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 165: a kind of representative biological method of preventing and treating the thorn Eriophyes; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 166: a kind of representative biological method of preventing and treating short whisker Acarapis; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 167: 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 the Emamectin-benzoate 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 row among the table C.
Table 168: 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 the Emamectin-benzoate 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 row among the table C.
Table 169: a kind of representative biological method of preventing and treating Tetranychus; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 170: a kind of representative biological method of preventing and treating Heterodera; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 171: a kind of representative biological method of preventing and treating Meloidogyne; comprise to the genetically modified crops of herbicide-tolerant and use the Emamectin-benzoate 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 row among the table C.
Table 172: a kind of representative biological method of preventing and treating the Adoxophyes spp genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 173: a kind of representative biological method of preventing and treating the brave genus in ground comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 174: a kind of method of preventing and treating cotton leaf noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 175: a kind of method of preventing and treating the soybean noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad that wherein genetically modified plants active ingredient of expressing and the combination of protecting its crop that is not subjected to this insect injury is corresponding to the row among the table C.
Table 176: a kind of representative biological method of preventing and treating straw borer spp comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 177: a kind of method of preventing and treating grape codling moth (Clysia ambiguella) comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 178: a kind of method of preventing and treating general non-fine hair snout moth's larva comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 179: a kind of representative biological method of preventing and treating the steinernema genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 180: a kind of method of preventing and treating the Sudan cotton bollworm comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 181: a kind ofly prevent and treat golden steel and bore the representative biological method that belongs to, comprise to the genetically modified crops of herbicide-tolerant and use Spinosad, 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 the row among the table C.
Table 182: a kind of representative biological method of preventing and treating the meal moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 183: a kind of representative biological method of preventing and treating Heliothis comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 184: a kind of method of preventing and treating Hellula undalis comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 185: a kind of method of preventing and treating tomato stem gelechiid comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 186: a kind of method of preventing and treating pear leaf blister moth comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 187: a kind of representative biological method of preventing and treating thin moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 188: a kind of control flower wing steinernema belongs to the method for (Lobesia) botrana; comprise to the genetically modified crops of herbicide-tolerant and use Spinosad 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 row among the table C.
Table 189: a kind of method of preventing and treating European corn borer comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 190: a kind of representative biological method of preventing and treating brown epiblema comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 191: a kind of method of preventing and treating Pectinophora gossypiella comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 192: a kind of method of preventing and treating the mandarin orange lyonetid comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 193: a kind of representative biological method of preventing and treating Pier comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 194: a kind of method of preventing and treating diamond-back moth comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 195: a kind of representative biological method of preventing and treating white standing grain snout moth's larva genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 196: a kind of representative biological method of eating into the stem Noctua of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 197: a kind ofly prevent and treat the long representative biological method that must the volume moth belongs to, comprise to the genetically modified crops of herbicide-tolerant and use Spinosad, 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 the row among the table C.
Table 198: a kind of representative biological method of preventing and treating Spodoptera comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 199: a kind of representative biological method of preventing and treating volume moth genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 200: a kind of method of preventing and treating the amyloid plaque noctuid comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 201: a kind of representative biological method of preventing and treating Agriotes spp comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 202: a kind of method of preventing and treating Mexico cotton boll elephant comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 203: a kind of representative biological method of preventing and treating Curculio comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 204: a kind of chrysomelid method of band spot cucumber of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 205: 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 Spinosad 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 row among the table C.
Table 206: 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 Spinosad, 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 the row among the table C.
Table 207: a kind ofly prevent and treat the representative biological method that ear resembles genus, comprise to the genetically modified crops of herbicide-tolerant and use Spinosad, 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 the row among the table C.
Table 208: a kind of representative biological method of preventing and treating the wolly whitefly genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 209: a kind of representative biological method of preventing and treating Aleyrodes comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 210: a kind of representative biological method of preventing and treating kidney Aspidiotus genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 211: a kind of representative biological method of preventing and treating Aphidiadae comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 212: a kind of representative biological method of preventing and treating Aphis comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 213: a kind of method of preventing and treating sweet potato whitefly comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 214: a kind of representative biological method of preventing and treating Empoasca flavescens comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 215: a kind of representative biological method of preventing and treating tumor aphid genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 216: a kind of representative biological method of preventing and treating the rice leafhopper genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 217: a kind of representative biological method of preventing and treating the brown planthopper genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 218: a kind of representative biological method of preventing and treating the mealybug genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 219: a kind of representative biological method of preventing and treating Psylla spp comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 220: a kind of representative biological method of preventing and treating large bamboo hat with a conical crown and broad brim Aspidiotus genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 221: a kind of representative biological method of preventing and treating the y-bend Aphis comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 222: a kind of representative biological method of tying the wing Aleyrodes of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 223: a kind of representative biological method of preventing and treating the liriomyza bryoniae genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 224: a kind of representative biological method of preventing and treating the wheat stem chloropid fly genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 225: a kind of representative biological method of preventing and treating careless Hylemyia comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 226: a kind of representative biological method of preventing and treating the flower thrips genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 227: a kind of representative biological method of preventing and treating Thrips comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 228: a kind of method of preventing and treating hard thrips comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 229: a kind of representative biological method of preventing and treating the aceria genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 230: a kind of representative biological method of stinging Eriophyes of preventing and treating comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 231: a kind of representative biological method of preventing and treating short whisker Acarapis comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 232: a kind of representative biological method of preventing and treating the Panonychus citri genus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 233: 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 Spinosad 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 row among the table C.
Table 234: a kind of representative biological method of preventing and treating Tetranychus comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 235: a kind of representative biological method of preventing and treating Heterodera comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 236: a kind of representative biological method of preventing and treating Meloidogyne comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Table 237: a kind of method of preventing and treating tomato moth comprises to the genetically modified crops of herbicide-tolerant and uses Spinosad 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 row among the table C.
Embodiment B 1: Mexico's cotton boll is resembled (Anthonomus grandis) adult, Spodoptera littoralis
The effect of (Spodoptera littoralis) or tobacco budworm (Heliothis virescens)
Respectively with contain 100,50,10,5, the aqueous emulsion Spray Mixing thing of the emamectin-benzoate of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIIIA.After treating spraying layer drying, on cotton plants, put 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 transgenic cotton relatively with and the non-transgenic cotton on the dead beetle quantity 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 emamectin-benzoate of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
Embodiment B 2: the effect that Mexico's cotton boll is resembled adult, Spodoptera littoralis or tobacco budworm
Respectively with the transgene cotton seedling that contains 100,50,10,5, delta-endotoxin CryIIIA is expressed in the spraying of the aqueous emulsion Spray Mixing thing of the Avermectin of 1ppm.After treating spraying layer drying, put 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 Avermectin of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
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 spinosad of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIIIA.After treating spraying layer drying, put 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 spinosad of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
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 spinosad of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIa (c).After treating spraying layer drying, put 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 spinosad of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
Embodiment B 5: 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 Avermectin of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIa (c).After treating spraying layer drying, put 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 Avermectin of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
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 emamectin benzoate of 1ppm sprays the transgene cotton seedling of expressing delta-endotoxin CryIa (c).After treating spraying layer drying, put 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 emamectin benzoate of 1ppm and the emulsion Spray Mixing thing of conventional CryIIIA-toxin are handled.
This test in, on the genetically modified plants test insect control be excellent, and on the non-transgenic plant test insect control be inadequate.
Embodiment B 7: to European corn borer (Ostrinia nubilalis), Spodoptera
Plant the effect of the kind (Heliothis spp.) of (Spodoptera spp.) or Heliothis
Experimental plot (a) varieties of plant is
Corn, adjacent onesize experiment sub-district (b) plantation ordinary maize, two experimental plots all show the infringement naturally of the kind that is subjected to European corn borer, Spodoptera or Heliothis, with contain 200,100,50,10,5, the aqueous emulsion Spray Mixing thing spraying of the spinosad of 1ppm.Afterwards immediately with contain 200,100,50,10,5,1ppm
The endotoxic emulsion Spray Mixing thing Processing Test sub-district (b) of expressing.Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant in comparative test sub-district (a) and the experimental plot (b).
On the plant of experimental plot (a), observe the kind of European corn borer, Spodoptera or the level of preventing and treating of Heliothis are improved, and experimental plot (b) shows 80% 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
Experimental plot (a) varieties of plant is
Corn, adjacent onesize experimental plot (b) plantation ordinary maize, two experimental plots all show the infringement naturally of the kind that is subjected to European corn borer, Spodoptera or Heliothis, respectively with contain 200,100,50,10,5, the aqueous emulsion Spray Mixing thing spraying of the Avermectin of 1ppm.Afterwards immediately with contain 200,100,50,10,5,1ppm
The endotoxic emulsion Spray Mixing thing Processing Test sub-district (b) of expressing.Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant in comparative test sub-district (a) and the experimental plot (b).
On the plant of experimental plot (a), observe the kind of European corn borer, Spodoptera or the level of preventing and treating of Heliothis are improved, and experimental plot (b) shows 80% the level of preventing and treating that is no more than.
Embodiment B 9: to the effect of the kind of the kind of European corn borer, Spodoptera or Heliothis
Experimental plot (a) varieties of plant is
Corn, adjacent onesize experimental plot (b) plantation ordinary maize, two experimental plots all show the infringement naturally of the kind that is subjected to European corn borer, Spodoptera or Heliothis, respectively with contain 200,100,50,10,5, the aqueous emulsion Spray Mixing thing spraying of the emamectin benzoate of 1ppm.Afterwards immediately with contain 200,100,50,10,5,1ppm
The endotoxic emulsion Spray Mixing thing Processing Test sub-district (b) of expressing.Assess after 6 days.Determine the minimizing percentage (% effect) of population by number of pest dead on the plant in comparative test sub-district (a) and the experimental plot (b).
On the plant of experimental plot (a), observe the kind of European corn borer, Spodoptera or the level of preventing and treating of Heliothis are improved, and experimental plot (b) shows 80% the level of preventing and treating that is no more than.
The invention still further relates to
(B) plant organ of a kind of protective plant propagating materials and formation afterwards is not subjected to the method for damage by disease and insect infringement, it is characterized in that
Near the plantation or the place of seed propagation material or this place use a kind of agricultural chemicals, this agricultural chemicals comprises at least a Macrocyclic lactone compounds with acceptable salt form on free form or the agrochemistry, particularly Avermectin, emamectin or spinosad, as this pesticide activity and at least a auxiliary agent;
The corresponding uses that relates to these compounds, active ingredient are selected from the corresponding agricultural chemicals of these compounds, make and use these method for compositions and the protected thus plant propagation material that is not subjected to the damage by disease and insect infringement.
The macrolide that the present invention uses is known to those skilled in the art.They are those materials that invention (A) part is mentioned.Avermectin and emamectin are preferred.
On the agrochemistry of macrolide of the present invention acceptable salt for example, with the invention (A) part identical.
For Avermectin, its free form is preferred in the framework of the present invention's part (B).In the scope of the present invention (B) part, particularly preferably be such method, wherein used the emamectin of acceptable salt form on free form or the agrochemistry; Salt form particularly; More particularly benzoate, substituted benzoic acid salt, benzene sulfonate, citrate, phosphate, tartrate or maleate form; Preferred benzoate or benzene sulfonate, more preferably benzoate.
The present invention's (B) subject area can expand to the representative biological of Insecta, arachnids and Nematoda especially.
Main have a lepidopterous insect, for example
The kind that Acleris spp belongs to, the kind that Adoxophyes spp belongs to, the kind that clearwing moth belongs to, the kind that the ground tiger belongs to, cotton leaf noctuid, the kind of Amylois, the soybean noctuid, the kind of Archips spp, the kind that Argyrotaenia spp belongs to, corn is intended leather winged beetle (Astylus atromaculatus), the kind that gamma belongs to, the dried noctuid of corn, Cadra cautella, peach fruit moth, the kind of straw borer spp, the kind that Choristoneura spp belongs to, grape codling moth (Clysia ambiguella), the kind that Cnaphalocrocis spp belongs to, the kind that cloud volume moth belongs to, the kind that Cochylisspp belongs to, the kind of casebearer moth, general non-fine hair snout moth's larva, the special-shaped steinernema of peach, the kind that steinernema belongs to, the kind that crambid belongs to, the Sudan cotton bollworm, Jin Gang bores the kind that belongs to, the kind that meal moth belongs to, the kind that the flower steinernema belongs to, ligustrum fine tortricidae, the kind of Euproctis, cut the kind of Noctua, the kind that Grapholita spp belongs to, green wide wing steinernema, the kind of Heliothis, Hellula undalis, black different pawl rhinoceros cockchafer (Heteronychus arator), fall webworm, tomato stem gelechiid, pear leaf blister moth, the kind that thin moth belongs to, the kind that the little moth of flower wing belongs to, the kind of Euproctis, the kind that lyonetid belongs to, the kind of Malacosoma, tomato moth, maduca sexta, the kind of autumn geometrid moth genus, European corn borer, the kind that super steinernema belongs to, the kind of brown epiblema, small noctuid, Pectinophora gossypiella, tobacco split worm, imported cabbageworm, the kind of Pier, diamond-back moth, the kind of Yponomeuta, the kind that white standing grain snout moth's larva belongs to, the kind of moth stem Noctua, the long kind that must roll up the moth genus, the kind of Spodoptera (Spodoptera), the kind that emerging clearwing moth belongs to, the kind of Thaumetopoea, the kind that the volume moth belongs to, the kind of amyloid plaque noctuid and Yponomeuta;
Coleoptera, for example
The kind of Agriotes spp, flower resembles the kind of genus, Atomaria linearis, beet shin flea beetle, collar resembles the kind of genus, the kind of Curculio, the kind that khapra beetle belongs to, the kind that the asterophyllite first belongs to, the kind of epilachna genus, the kind of Eremnus, colorado potato beetles, rice water resembles the kind of genus, the kind that gill cockchafer belongs to, the kind that saw-toothed grain beetle belongs to, ear resembles the kind of genus, spot resembles the kind of genus, the kind that the arc rutelian belongs to, the kind of Psylliodes spp, the long moth-eaten kind that belongs to of moth, Scarabaeidae, the kind of Sitophilus, the kind that gelechiid belongs to, the kind that mealworm belongs to, the kind that the kind of Tribolium and spot khapra beetle belong to;
Orthoptera, for example
The kind of the kind that the roach sickle belongs to, the kind of Blatella, Gryllotalpa spp, Madeira roach sickle, the kind that migratory locusts belong to, the kind of Periplaneta and the kind that desert locust belongs to;
Corrodentia, for example kind of powder corrodent genus;
Anoplura, for example
The kind that the kind that the kind that the kind of Haematopinus, jaw lice belong to, lice belong to, goitre woolly aphid belong to and the kind of Phylloxera spp;
Mallophaga, for example kind of the kind of Damalinia and Trichodectes;
Thrips, for example kind of the kind of the kind of flower thrips genus, hedge Thrips, Taeniothrips, joint melon thrips, the orange thrips of onion thrips and South Africa;
Heteroptera, for example kind of the kind of the kind of Cimex, cocoa Di fleahopper, red cotton bug genus, Euchistus, the kind that Eurygasterspp belongs to, the kind that Leptocorisa spp belongs to, the kind of Bemisia spp, the kind that the skin stinkbug belongs to, kind, Sahlbergella singularis (Sahlbergella singularis), the kind of black stinkbug genus and the kind of vertebra Reduvius of Rhodnius;
Homoptera, for example wolly whitefly, wild cabbage aleyrodid (Aleyrodes brassicae), the kidney Aspidiotus belongs to the kind of (Aonidiella), Aphidiadae, the kind of Aphis (Aphis), the kind that Aspidiotus belongs to, sweet potato whitefly, the kind that lecanium belongs to, dark brown Aspidiotus, Chrysomphalus ficus, brown soft wax a red-spotted lizard, the kind of Empoasca flavescens, wooly aphis, the kind that Erythroneura spp belongs to, the kind of Gascardia, the kind that small brown rice planthopper belongs to, the hard ball a red-spotted lizard of Europe fruit, the kind of lepidosaphes shimer, the kind of long tube Aphis, the kind of tumor aphid genus, the kind that rice leafhopper belongs to, brown planthopper belongs to the kind of (Nilaparvata), the kind that ring wing volume moth belongs to, the kind that the goitre woolly aphid belongs to, the kind that stern line mealybug belongs to, the kind that white armored scale belongs to, the kind that mealybug belongs to, the kind of Psylla spp, Pulvinaria aethiopica, the kind that the large bamboo hat with a conical crown and broad brim Aspidiotus belongs to, the kind of Rhopalosiphum, the kind that the pearl lecanium belongs to, the kind that the band leafhopper belongs to, the kind of y-bend Aphis, the kind of paddy net Aphis, greenhouse whitefly, a mandarin orange wood louse and citrus point armored scale;
Hymenoptera, for example kind, the kind of Solenopsis and the kind of Vespa that belong to of the kind of the kind that belongs to of Acromyrmex, leaf cutting ant, the kind that the stem honeybee belongs to, the lucky pine sawfoy of kind, diprionidae, dragon spruce that pine sawfoy belongs to, real tenthredinidae, kind, MonomoriumMayr, new pine sawfoy that the hair ant belongs to;
Diptera, for example kind of Aedes, Antherigona soccata, the garden march fly, calliphora erythrocephala, the kind of little Anastrepha, the kind of Carysomyia, culicine kind, the kind that cuterbrid belongs to, the kind of few hair on the neck Anastrepha, black-tailed fruit flies, the kind of Fannia, the kind of Gasterophilus, the kind of Glossina, the kind of Hypoderma, the kind of Hyppobosca, the kind that liriomyza bryoniae belongs to, the kind of Lucilia, the kind of black Hippelates, the kind of Musca, the kind of Oestrus, the kind that rice gall midge belongs to, the Europe wheat stem chloropid fly, henbane seed spring fly, the kind of grass Hylemyia, apple is around trypetid, the kind that mushroom fly belongs to, the kind of Genus Stomoxys, the kind of Gadfly, the kind of kind that a smaller kind of cicada cicada belongs to and big uranotaenia;
Siphonaptera, for example kind of Ceratophyllus and Xanthopsyllacheopis; Or
Thysanoptera, for example Taiwan silverfish.
In arachnids, preferably Acarina is representative biological, for example
Acarus siro, tangerine bud goitre mite, Si Shi thorn goitre mite, the kind of Amblyomma, the kind of Argas, the kind of Boophilus, the kind of short whisker Acarapis, Bryobia praetiosa, the kind of Calipitrimerus, the kind of Psoroptes, Dermanyssus gallinae, carpinus turczaninowii beginning tetranychid, the kind of Eriophyes, the kind of Hyalomma, the kind that hard tick belongs to, meadow unguiculus mite, the kind of Ornithodorus, the kind that Panonychus citri belongs to, citrus rust mite, Polyphagotarsonemus latus Banks, the kind that the scabies mite belongs to, the kind of Rh, the kind that the root mite belongs to, the kind that itch mite belongs to, the kind that tarsonemid belongs to and the kind of Tetranychus.
Particularly preferably be the control of coleoptera and lepidopterous insects; Particularly descend dependent of dead military hero and kind in coleoptera: kind, Atomaria linearis, beet shin flea beetle, collar that the kind of Agriotes spp, flower resemble genus resemble the kind of genus (Cosmopolites), kind and the colorado potato beetles that the asterophyllite first belongs to; In Lepidoptera, particularly descend dependent of dead military hero and kind: the kind that Adoxophyes spp belongs to, the kind, tomato stem gelechiid, tomato moth, Pectinophora gossypiella, diamond-back moth, the kind of moth stem Noctua, the kind of Spodoptera, kind and the amyloid plaque noctuid that the volume moth belongs to of kind, kind that steinernema belongs to, kind that meal moth belongs to, Heliothis of the kind that belongs to of tiger, cotton leaf noctuid, soybean noctuid, straw borer spp.
The more preferably theme of (B) part is the representative biological control as root-knot nematode, stem eelworm and leaf nematode of Nematoda according to the present invention;
The particularly kind of Heterodera (Heterodera), for example beet Cyst nematode, oat Cyst nematode and clover Cyst nematode; The kind of ball Heterodera, for example globodera rostochiensis; The kind of Meloidogyne, for example Meloidogyne incognita and javanese root knot nematode; The kind of perforation line Eimeria, for example similar similes thorne; Pratylenchidae belongs to, for example unelected Pratylenchidae and Cobb root; Pulvinulus sword Turbatrix, the nematode of for example partly puncturing; Minute hand Turbatrix, burr Turbatrix, Xiphinema, Ditylenchus, Aphelenchoides and eel Turbatrix
Especially Meloidogyne, for example Meloidogyne incognita, and Heterodera, for example soybean Cyst nematode.
Even under low consumption, the Macrocyclic lactone compounds that (B) uses according to the present invention also is the active ingredient with the value of preventing and/or treating in the insect control field, can be tolerated admirably by warm blooded animal kind, fish, beneficial organism and plant simultaneously.The active ingredient of using among the present invention is all effective to all or the indivedual developmental stage of normal sensitivity and tolerance insect.The effect of active ingredient of the present invention can directly show, also can be at once or in (in the process of for example casting off a skin) kill pests after after a while only, perhaps show indirectly, for example reduce spawning rate and/or incubation rate, its good action is equivalent to (destruction rate) lethality of 50-60% at least.
By means of the active ingredient of using in the present invention (B) part; can preventing and treating (i.e. control or eliminate), to occur in plant propagation material (mainly be agricultural; useful plants in gardening and the forestry and the propagating materials of ornamental plants) on pest; even can protect the plant organ that grew up to afterwards also not to be subjected to the infringement of these pests; that is to say that this protection for example can last till that the maturation plant until resistance grows up to; not only protect above-mentioned propagating materials or from then on grow the infringement that the plant that forms is not endangered the pest of ground plant organ, also protect it not to be subjected to the infringement of soil pest.
Suitable plant propagation material in the present invention (B) part is: for example seedling, rhizome, garden seedling, cutting, perhaps particularly seed such as fruit, stem tuber, kernel or bulb, particularly the propagating materials of following plants comprises cereal class such as wheat, barley, rye, oat, rice, corn or Chinese sorghum; Beet is as sugar beet or fodder beet; Fruit is as the operatic circle, drupe and fruitlet for example strawberry, raspberry and blackberry, blueberry of apple, pears, plum, peach, apricot, cherry or berry for example; Beans such as Kidney bean, French beans, pea or soybean; Oil crop such as 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; Vegetables such as spinach, lettuce, asparagus, wild cabbage class, carrot, onion, tomato, potato or capsicum; Lauraceae such as avocado, Cinnamomum or camphor; Or tobacco, nut, coffee, eggplant, sugarcane, tea, pepper, grape, hops, Musaceae, rubber plant or ornamental plants; Particularly cereal class, rice, cotton, corn, soybean, rape, vegetables, potato, sunflower, sugar beet and Chinese sorghum.
The propagating materials that genetics changes is preferred propagating materials, the seed that particularly contains the gene of one or more expression insecticide tolerances, particularly express the gene of insecticide or miticide and fungicide or nematocide tolerance, this gene makes plant to weed killer herbicide tolerance be arranged, and causes going up useful performance introduced plant to the resistance increase of plant disease or with other agriculturals.Particularly those contain plant or its propagating materials of the gene that derives from bacillus thuringiensis for such plant or its propagating materials, a kind of insecticidal activity albumen of this gene code.Particularly the plant propagation material of the genetics of following plants change comprises potato, clover, cereal class such as wheat, barley, rye, oat, rice, corn or Chinese sorghum; Beans is as Kidney bean, French beans, pea or soybean; Beet is as sugar beet or fodder beet; Oil crop such as 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; Vegetables such as spinach, lettuce, asparagus, wild cabbage class, carrot, onion or tomato.
The example of the plant propagation material that above-mentioned genetics changes is for example commercially available product
Roundup Ready
TC
Or NuCOTN
These all are well known by persons skilled in the art.
Other applications of the active component that the present invention (B) part is used are that for example protection is stored product or stock in storage or is used for sanitation and health-care field, particularly protects the livestock of domestic animal or fecund not to be subjected to the infringement of pest.
Therefore, theme of the present invention (B) also relates to according to its intended purposes and general environmental selection and uses corresponding agricultural chemicals, as with missible oil, concentrated suspension, directly can spray or dilutable solution, the form of the capsule of the paste that can apply, dilution emulsion, spray property pulvis, soluble powder, dispersible powder, wetting powder, dust agent, granule or polymeric material material package quilt is used, this agricultural chemicals comprises the active ingredient that at least a the present invention is used, also relates to using these composition pesticides in one approach.The composition that preferably only contains a kind of Macrocyclic lactone compounds, particularly emamectin or its salt.
In these compositions, the form that active component can former medicine is used, for example the solid active ingredient of particular particle size, perhaps preferably use with at least a formulation art auxiliary agent commonly used, auxiliary agent such as filler, for example solvent or solid carrier, or as surface active cpd (surfactant).
Proper auxiliary agent of using in the present composition such as solvent, solid carrier, surface active cpd, non-ionic surface active agent, cationic surfactant and anion surfactant be, for example those disclosed auxiliary agent in EP-A-736252.
(B) part is used for treatment of plant propagation material according to the present invention, particularly the liquid preparation of seed comprises, surface reactive material (1-15 weight %) for example is as ethoxylation triphenylethylene phenol and its salt, alkyl polyglycol ether ethoxylate, polyoxypropylene/polyoxyethylene copolymers, sodium lignin sulfonate, poly naphthalene sulfonate and alkyl benzene sulphonate triethanolamine salt; Antifreezing agent (5-15%), as DL-propane-1,2-glycol or propane-1,2,3-triol; Colouring agent (1-10%) is as pigment or water-soluble dye; Defoamer (0.05-1%) is as dimethyl silicone polymer; Coating (1-10%) is as polyethylene glycol, polyvinyl acetate, polyvinylpyrrolidone, polyacrylate; Preservative (0.1-1%), as 1,2-benzisothiazole-3-ketone; Thickener (0.1-1%) is as heteroglycan; And solvent, as water.
Be used for treatment of plant propagation material, particularly the solid pharmaceutical preparation of seed comprises, for example: and surface reactive material (1-10%), as alkyl polyglycol ether ethoxylate, polyoxypropylene/polyoxyethylene copolymers, sodium lignin sulfonate, poly naphthalene sulfonate; Colouring agent (1-10%) is as pigment or water-soluble dye; Defoamer (0.05-1%) is as dimethyl silicone polymer; Coating (1-10%) is as polyethylene glycol or cellulose; And carrier (adding to 100%w/w), as Cab-O-sil, talcum powder, clay etc.
Usually composition comprises 0.1-99%, particularly at least a solid or the liquid adjuvants of the active ingredient of 0.1-95% and 1-99.9%, particularly 5-99.9%, the 0-25% of composition usually, particularly 0.1-20% is surfactant (in all cases, % is a percentage by weight).Although the composition that concentrates is more preferably as commodity selling, the end user can use dilute compositions usually, and active constituent content wherein is relatively low.
Preferred compositions such as missible oil, dust agent, suspension concentrates, wetting powder and granule have those compositions of mentioning among the EP-A-736252 for example.
Composition in the present invention (B) part also comprises other solids or liquid adjuvants, as stabilizing agent, for example not epoxidised or 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, also have fertilizer maybe can obtain other active ingredients of special-effect, other active ingredients are bactericide, fungicide, miticide, invertebrate poison or selective herbicide for example.
By adding the active component that other have desinsection, kill mite and/or bactericidal action, can significantly enlarge the action spectrum of the composition in the present invention (B) scope and make it adapt to general environment.The desinsection that be fit to add and to kill mite active ingredient be the representative of for example following kind of effective constituents: organic phosphorus compound, nitrophenols and its derivative, carbonamidine, pyrrolotriazine derivatives, Nitroenamine derivatives, nitro-and cyano group-guanidine derivatives, ureas, benzoyl urea, carbamate, pyrethroid, chlorohydrocarbon and bacillus thuringiensis product.Particularly preferred composition is Acetamiprid (NI-25) in the mixture, Nitenpyram (TI-304), TI-435, MTI-446, fluorine worm nitrile, the Acarus tritici urea, the pyrrole propyl ether, thiacloprid, fluxofenim, Imidacloprid, thiamethoxam, fenoxycarb, the butyl ether urea, pyrrole aphid ketone, diazinon, disulfoton, Profenofos, furathiocarb, fly eradication amine, cypermethrin, taufluvalinate, tefluthrin or bacillus thuringiensis product, especially Acetamiprid, Nitenpyram, TI-435, MTI-446, fluorine worm nitrile, thiacloprid, Imidacloprid, thiamethoxam and tefluthrin.
The example with fungicide active ingredient that is fit to add is a following compounds: nitrile Fluoxastrobin, bitertanol, carboxin, Cu
2O, frost urea cyanogen, Cyproconazole, cyprodinil, dichlofluanid, Difenoconazole, alkene azoles alcohol, fluorine ring azoles, fenpiclonil, fludioxonil, Fluquinconazole, Flusilazole, Flutriafol, furalaxyl, guazatine acetate, the spirit of own azoles alcohol Evil frost, press down mould azoles, glyoxalin, plant the bacterium azoles, the imines bacterium, mancozeb, metalaxyl, Metalaxyl-M, metconazole hymexazo, pefurazoate, penconazole, Pencycuron, Prochloraz, propiconazole, pyroquilon, SSF109 Luo Evil amylamine, Tebuconazole, tefluthrin, probenazole, tolifluamide, triazoxide, triazolone, Triadimenol, fluorine bacterium azoles, triticonazole and uniconazole P.
The composition that the present invention (B) part is used prepares according to known method, for example do not having under the situation of auxiliary agent, by grinding and/or screening to specified particle diameter, or by compression solid active ingredient, having under the situation of at least a auxiliary agent then, for example by active ingredient closely being mixed with auxiliary agent and/or abrasive method prepares.These purposes that prepare the method for the present composition and use macrolide to prepare these compositions also are themes of the present invention.
(B) part according to the present invention; being used for application process that the protective plant propagating materials is not subjected to insect infringement is characterised in that near the place of plantation or seed propagation material or suitable composition is used in this place; plant propagation material according to the present invention is any plant propagation material that can develop into complete plant after planting or be seeded into plantation or sowing place, for example seedling, rhizome, garden seedling, cutting or particularly seed such as fruit, stem tuber, kernel or bulb.According to the present invention, to using these compositions near plantation or the seed propagation material preferably before plantation or sowing plant propagation material, with the direct soil application of composition to planting or the place of seed propagation material, for example preferably prior to seeding composition is administered to broadcast in the ditch be administered to plantation or sowing plant propagation material position near the zone in.Using these compositions to plantation or sowing place is interpreted as having used the pretreated plant propagation material of these compositions in plantation or sowing place plantation or sowing, according to its intended purposes with account for leading environmental factor, can by for example with composition spray, atomizing, dust or be dispensed onto on the plant propagation material or composition is brushed or poured on the plant propagation material, perhaps, particularly plant propagation material is carried out preliminary treatment by seed dressing for seed.When carrying out the present invention and preferably dress seed, in seed dressing equipment, suitable insecticide is added in the seed prior to seeding, and the content by for example stirring seed dressing equipment and/or rotation and/or the whole seed dressing equipment of jolting and composition is evenly distributed to the surface of the seed, seed dressing herein comprises dry mixing kind, wet-mixing kind, liquid seed dressing or the seed dressing of what slurry.The specific embodiments that this seed dressing is handled comprises, for example seed is immersed in the fluid composition, apply seed (seed pelleting) with solid composite thus or reach active ingredient penetrated into purpose (seed infiltration) in the seed by composition being added to the water that is used for the pre-soaking seed.The common consumption of the composition handled of being used to according to the present invention to dress seed is, for example 0.1-100g active ingredient/100Kg seed, particularly 1-60g/100Kg seed, preferred 4-40g/100Kg seed.
Particularly because the toxicity of the active component that uses is low, can observe the seed that birds handle the seed dressing of the present invention (B) part good tolerability is arranged, for example those are the food seed bird in the rural area of spaciousness, these birds are usually got the food seed in the field that just finishes kind, as white cheek bird, blackbird, thrush, duck, pheasant, finch, goose, redpoll, chicken, crow, skylark, titmouse, sea-gull, raven, francolin, ringdove, greenfinch, pigeon or goldspink.Handle the seed dressing that may also extend into the storage seed according to seed dressing of the present invention.
The pretreated plant propagation material commodity of (B) part are another themes of the present invention according to the present invention.
The formulation examples that can be used for the Macrocyclic lactone compounds in the method for the present invention (B), the granule of instant liquor, granule, dust agent, spray property pulvis, missible oil, coating and suspension concentrates all are those formulations that have been disclosed among the embodiment F 1-F10 of EP-A-580553 for example.
Embodiment F 1: the conventional method of liquid seed dressing
The liquid preparation of aequum is added in the conical flask.Shaking flasks makes liquid distribution arrive the whole bottom of container.The seed that in bottle, adds aequum afterwards immediately.With about 1 minute of the violent shaking flasks of hand so that all seeds are all covered by liquid.Be poured on the content of flask on the drying frame and at the baking oven inner drying.
Embodiment F 2: the conventional method of dry mixing kind
The same number of kind of benevolence of packing in each wide-mouth bottle, and a certain amount of wetting powder of packing in every bottle are with active ingredient/kind of benevolence of obtaining aequum (for example 0.03,0.1 or 0.3mg/ kind benevolence).Flask is placed on the roller with 80 rev/mins speed rotation 3 minutes.With hand moving flask, the kind benevolence that is bonded on bottle wall is fallen down, then with flask opposite spin 3 minutes.
Biological Examples (%=percentage by weight except as otherwise noted)
Embodiment B 4: seed dressing is to Spodoptera littoralis on the maize leaves (Spodoptera litteralis)
The effect of first-instar young
The corn seed sowing that to described in program F1, dress seed.After planting 12,19,26,33,40 and 47 days, the long part of 5-8cm of getting plant top blade was placed in the glass beaker and infects with the Spodoptera littoralis first-instar young of the firm hatching of scheduled volume.With the cap covers beaker and remain under 25 ℃ and the 60% relative atmospheric humidity illumination every day 16 hours.Infect after 3-5 days and assess.By comparing the larva number of surviving on the plant that grows up to by seed of mixing and untreated seed, determine the minimizing percentage (% effect) of population.
Embodiment B 5: seed dressing is to the chrysomelid (Diabrotica of band spot cucumber on the sugar beet blade
Balteata) effect of adult
The sugar beet planting seed that to described in program F1, dress seed.After planting 33,40,47,54 and 61 days, the blade of the plant of the 3-5 under all situations is placed in the glass beaker and infects with the chrysomelid larva of band spot cucumber of the firm hatching of scheduled volume.With the cap covers beaker and remain under 25 ℃ and the 60% relative atmospheric humidity day every day illumination 16 hours.Infect after 3-5 days and assess.By comparing the chrysomelid adult number of band spot cucumber of surviving on the plant that grows up to by seed of mixing and untreated seed, determine the minimizing percentage (% effect) of population.
Embodiment B 6: seed dressing is to the effect of the chrysomelid third-instar larvae of band spot cucumber on the corn root
The corn seed sowing that to described in program F1, handle.After planting 14,21 and 28 days, put 5 chrysomelid third-instar larvaes of band spot cucumber in each growing tank bottom in all cases.Infect after 6 days and assess.The number of the instar (larva and pupa) that survives in stem, soil surface and the soil of record plant.By the larva that survives on the plant that grows up in the seed of mixing and untreated seed and the respective environment and the number of pupa, determine the minimizing percentage (% effect) of population by relatively.
Embodiment B 7: seed dressing is to the effect of beans winged euonymus aphid (Aphis fabae)
The 100g phaseolus vulgaris seeds of packing in glass flask or plastic containers and a certain amount of preparation of active ingredient are to reach 0.1,1 or the ratio of 10g active ingredient/Kg seed.By rotation/or shake container and make active ingredient be evenly distributed to the surface of the seed.The seed of mixing is by this way broadcast (3 seed/basins) in the flowerpot.In the greenhouse, cultivate seedling until growing under 25-30 ℃ of condition, put into beans winged euonymus aphid then to 2 leaf phases.Settled down the assessment experiment back 6 days.By comparing the individual number of surviving on the plant that grows up to by seed of mixing and untreated seed, determine the minimizing percentage (% effect) of population.
In this experiment, Avermectin, emamectin and spinosad show good action effect.
Embodiment B 8: seed dressing is to the effect of black peach aphid (Myzus persicae)
Pack in glass flask or plastic containers 100g sugar beet seed and a certain amount of active component paste, reaching 0.1,1 or the ratio of 10g active ingredient/Kg seed, this paste is with spray property pulvis and low amounts of water preparation.The seed dressing container of sealing is placed on the roller to stir is evenly distributed to the surface of the seed until paste.The seed that to mix (coating) is by this way broadcast in the loessal soil in the plastic basin.In the greenhouse, under 24-26 ℃, the relative atmospheric humidity of 50-60% and 14 hours condition of illumination every day, cultivate seedling.After around germinateing, plant is the 10cm height, with the inoculation of black peach aphid mixed population.Plant inoculation back was assessed in 2 and 7 days.By comparing the individual number of survival on the plant that grows up to by seed of mixing and untreated seed, determine the minimizing percentage (% effect) of population.
In this experiment, Avermectin, emamectin and spinosad show good action effect.
The invention still further relates to
(C) a kind of control timber pest and molluscan method is characterized in that
Use a kind of agricultural chemicals of the harmful effective dose of going out to pest or its environment, this agricultural chemicals comprises that at least a macrolide goes out on the free form of harmful active compound, particularly Avermectin, emamectin or spinosad or the agrochemistry acceptable salt form as active ingredient and at least a auxiliary agent;
The corresponding uses that relates to these compounds, active ingredient are selected from the corresponding agricultural chemicals of these compounds, these preparation of compositions method and purposes, and the protected thus plant propagation material that is not subjected to the pest infringement.
The macrolides compound that the present invention uses is with identical what mentioned aspect the present invention (A).Its salt also with the invention (A) part mentioned identical.For Avermectin, free form is preferred according to the present invention.For reaching the object of the invention, particularly preferably be composition, said composition comprises that the emamectin of acceptable salt form on free form or the agrochemistry is as unique pest active component extremely; Its salt particularly; More particularly its benzoate, substituted benzoic acid salt, benzene sulfonate, citrate, phosphate, tartrate or maleate; Preferred its benzoate or benzene sulfonate, more preferably benzoate.
Having mentioned a large amount of different types of active ingredients in the document can be used as the Arthropodicidal useful effect and becomes to assign to prevent and treat gasteropod and termite.Have now found that surprisingly the known compound that is commonly referred to as macrolides also demonstrates mollusk and the important function of termite extremely extremely, particularly to gasteropod, as slug and snail, and the representative biology of timber pest, particularly Isoptera there is good action.
Mollusk comprises, for example
Ampullariidae (Ampullariidae); A Yong Limax (black A Yong slug (Arion ater), edge line A Yong slug (Arion circumscriptus), garden A Yong slug (Arionhortensis), Arion rufus); Crust snail Bovidae (Bradybaena fruticum); Cepaea (Cepaea hortensis, woodland helix (Cepaea Nemoralis)); Cochlodina; Deroceras (Deroceras agrestis, Derocerasempiricorum, field ash slug (Deroceras laeve, flower garden ash slug (Derocerasreticulatum)); Discus (D.rotundatus); Euomphalia; Soil snail spiral shell belongs to (Galba trunculata); Helicella (Helicella itala, Helicellaobvia); Helicidae (Helicigona arbustorum); Helicodiscus; Helicella (Helix aperta); Limax (greyish black slug (Limax cinereoniger), the yellow slug (Limax flavus) of reticulate pattern, Limax marginatus, big slug (Limaxmaximus), Limax tenellus); Lymnaea; Milax (greenhouse slug (Milaxgagates), Milax marginatus, Milax sowerbyi); Auger shell belongs to; Pomacea (Pomacea canaticulata); Watt Lou Cepaea (Vallonia) and Zanitoides.
Termite especially comprises Hodotermitidae, Kalotermitidae, Rhinotermitidae and Termitidae.Other are by being food with timber, being interpreted as representing for example boring the representative biological of wooden insect such as Lyctidae, Apidae with timber as provisions base or breeding damages timber on timber insect that the representative biology of for example heavy women carpenter bee (Xylocopa virginica) and Anobiidae (Anobiidae) is as furniture death watch beetle (Anobium punctatum).
Slug and snail are caused more and more serious problem as the insect in gardening and the agricultural.They can cause serious plant damage by getting food, and because mucus and the ight soil of slug and snail also bring undesirable pollution usually.New variation aspect crop management causes the plant variety number of slug and snail sensitivity is increased, and the stubble-field (this is based on ecological viewpoint) that need not to burn, ploughing replaces in the straw and be used in, and these show already present mollusk problem, and particularly the slug problem is Jiang Evilization.
Termite can be caused badly damaged to building, particularly the area between 42 ° in 42 ° of north latitude and south latitude.Termite can be divided into two kinds haply:
The termite (type the most widely distributes) that lives in the subsoil needs warm air and moist environment.In order to obtain essential humidity, these termites must directly touch wetland.The damage that is caused by subteranean termites in fact always links together with the damage that timber is caused.
Owing to do not need to contact wetland, the termite that with the seasoned wood is the provisions base is serious problems (even not too often occurring).They go deep in the building by slit and ventilating opening under roofing board.Other the furniture along with being infected enters family.The preliminary treatment of timber is considered to prevent and treat the effective method of this termite.It is slow with the seasoned wood to be that the damage that the termite in wet environment causes is given birth in damage that the termite of food causes than dwelling, and therefore the damage that is caused by preceding a kind of termite mainly is found in the old building.
Can prevent the damage that causes by the termite that lives in the underground wet environment by use the desinsection active principle to termite or its environment.This compound mainly is administered to the soil around the building usually.
The gasteropod agent of killing that can buy in the market comprises the methaldehyde and carbamates such as methiocarb.Carbamates is effective especially invertebrate poison, but it has serious defective, promptly to mammal such as cat, dog and hedgehog genus and other biological such as the high poison of earthworm (these biologies should not injured).And methaldehyde invertebrate poison has lower toxicity, they to mollusk be not cause death but anesthesia or dehydration are arranged, thereby make the insect LOM.Therefore need a kind of useful invertebrate poison, this invertebrate poison is efficient to for example slug and snail, and beneficial organism such as earthworm and mammal are not had or have only very low toxicity.Use macrolides of the present invention can realize this purpose.
In addition and since building construction around or these buildings itself have relatively large zone, must handle with a large amount of insecticides, the composition that can be used for control termites at present is not all gratifying in all respects.Simultaneously this also can produce second problem, particularly under the situation of remains of pesticide, and insecticide residues problem in dwelling house especially.Therefore also need the method that improves, particularly by use the method for the active ingredient of non-volatility with low especially consumption.
Therefore the present invention (C) but part also relates to agricultural chemicals such as missible oil, suspension concentrates, capsule that directly can spray or that dilutable solution, the paste that can apply, rare emulsion, spray property pulvis, soluble powder, dispersible powder warm nature pulvis, dust agent, granule, pill or polymeric material are sealed, select these preparations with suitable its intended purposes and general environment, and these preparations comprise at least a active component of the present invention.
Active ingredient can be used separately, the solid active ingredient of specified particle diameter for example, and perhaps preferred active ingredient is used in combination with at least a auxiliary agent or formulation art common carrier.
The example of formulation auxiliary agents is solid carrier, solvent, stabilizing agent, slowly-releasing auxiliary agent, colouring agent and surface reactive material (surfactant) also can be arranged suitably the time.The carrier and the auxiliary agent that are fit to all are to be generally used for plant protection products, particularly kill the material of gasteropod agent.The auxiliary agent that is fit in the composition that the present invention uses such as solvent, solid carrier, surface active cpd, non-ionic surface active agent, cationic surfactant, anion surfactant and other auxiliary agents for example are disclosed among the EP-A-736252.
Other are fit to, and to can be used as the material that carrier is used for invertebrate poison be bait, i.e. attractant that contains in slug and the snail poison bait usually and/or food (promptly can by the material that utilizes on slug and the snail physiology).Also can use the mixture of bait and other suitable organic and/or inorganic carriers.
The bait that is suitable for invertebrate poison is preferred: grain dust such as wheat flour, barley meal, rye meal, rice starch, the soybean of pulverizing, fish meal, molasses, the rape seed of pulverizing etc.Both can use bait separately, also can use the mixture of bait.
For making bait better to eat, can in slug and snail bait, add one or more following materials as additive to mollusk:
A) Cobastab, especially B1, B2, nicotinic acid or vitamin PP;
B) vitamin E;
C) protein of animal or plant, for example albumin and its hydrolytic degradation product, the particularly material by obtaining as the pepsin enzymatic hydrolysis are as albuminate, proteose, peptone, polypeptide, peptide class, diketopiperazine and amino acid;
D) one or more amino acid or its salt or its acid amides also can be synthetic products;
E) nucleic acid or its hydrolytic degradation product are as nucleotide, nucleosides, adenine, guanine, cytimidine, uracil or thymidine;
F) urea, carbamic acid;
G) ammonium salt is as ammonium acetate;
H) aminosugar, for example gucosamine or galactosamine;
I) sodium, potassium, calcium or magnesium compound, or magnesium, copper, iron, cobalt, zinc, aluminium, boron or the molybdenum compound, particularly its chelate of trace, as
J) phosphoric acid or phosphoglycerol or sugared phosphoric acid;
K) water.
Stabilizing agent can be any known food stabilizer that suppresses fungi, antifungal, inhibition bacterium and/or kill bacterial action that has, as Sodium Benzoate, methyl p-hydroxybenzoate, cetrimonium bromide, citric acid, tartaric acid, sorbic acid, phenol, alkyl phenol or chlorophenol.
Operable slowly-releasing auxiliary agent comprises that also resin such as urea/formaldehyde resin, soyabeen grists, wax, stearate and oil are as castor oil except above-mentioned material as solid carrier.
Can be used as the material that auxiliary agent is used for the invertebrate poison of the present invention (C) part comprises, for example adhesive such as methylcellulose (methylcellosolve), polyvinylpyrrolidone, polyvinyl alcohol, polyacrylate, polymethacrylates, native paraffin, chemical modification wax and synthetic wax, sugar, starch, alginates, agar, lignosulfonates and gum Arabic, wetting agent such as polyalcohol be sugar or glycerine for example, preservative, colouring agent, snail and slug attractant, the repellant of homoiothermy species and/or other formulation auxiliary agents.Also can combine with known kill the mollusk active ingredient such as the methaldehyde or mercaptodimethur (mercaptodimethur).
The step of process preparation comprises kneading, granulation (granule) and also has compacting (pill, tablet, pilule (pellet)) suitably the time.
Killing the mollusk composition preferably exists with the form that can use, as spray property pulvis, follow the trail of pulvis (tracking powder), the form of granule (active ingredient and carrier mass exist with the form of mixture) or pill, the mollusk composition be should kill except comprising active ingredient, other carriers and/or auxiliary agent preferably also comprised.Particularly preferred formulation is to follow the trail of pulvis, granule or pill.
To be particularly suitable for preventing and treating molluscan formulation be granule or pill to (C) part according to the present invention, described granule or pill generally include 0-90%, the carrier mass of 0-70% preferably, 0.1-10%, 1-5% active ingredient preferably, 10-95%, preferred 25-90% bait, 0.5-25%, 5-20% adhesive and also comprise other auxiliary agents of 0-15% (in all cases, % all is percentage by weights) suitably the time preferably.
In all cases and since bait to the homoiothermy species nontoxic or low toxicity, so the amount of application of bait is not crucial, and amount of application depends on the plant of popular situation as the order of severity, weather conditions and the desire protection of infecting.The consumption of bait class changes in a base region according to the present invention.Usually per hectare is used 3-15Kg snail and slug bait, and preferred per hectare is used 5-10Kg.Be distributed to by aqueous spray solutions or with pulvis, granule or pill and can make easily on the soil extremely that the gasteropod agent is distributed between crop as far as possible equably.If it is not really dense to plant hat, around the plant of desire protection, set up " trap strips " also very convenient.
Because plant has good especially tolerance to gasteropod agent extremely of the present invention, therefore the plant to the desire protection does not have any restriction.Therefore can protect all ornamental plantss that are in all vegetative stages and crop in agricultural, forest and the gardening (also having the greenhouse) not to be subjected to the injury of slug and snail.
Formulation and the application that in the following example, can understand slug of the present invention and snail bait and be used to prevent and treat the composition of timber pests.
The composition that (C) part is used to prevent and treat gasteropod and wood borers according to the present invention prepares in accordance with known methods, do not having under the situation of auxiliary agent, for example by grinding and/or sieving to obtain specific particle diameter, or by compacting solid active ingredient, having under the situation of at least a auxiliary agent then, for example preparing by active ingredient and auxiliary agent are closely mixed and/or grind.These preparation of compositions methods of the present invention and the purposes of using Macrocyclic lactone compounds to prepare these compositions also are themes of the present invention.
Composition in the present invention (C) part generally includes the active ingredient of 0.1-99%, particularly 0.1-95% and at least a solid or the liquid adjuvants of 1-99.9%, particularly 5-99.9%, usually 0-25%, particularly 0.1-20% can be surfactant (in all cases, % are percentage by weights) in the said composition.Although the composition that concentrates is more preferably as commodity selling, the end user can use dilute compositions usually, and active constituent content wherein is very low.
By add other as desinsection, kill mite and/or bactericidal active ingredient can significantly be widened the sphere of action of the present composition and make it adapt to general environment.That mentions among the example of the active ingredient that be fit to add and the present invention (B) partly is identical.
In particularly preferred embodiment of the present invention, use the insect of other destruction timber in Macrocyclic lactone compounds control termites and the soil, thereby realize direct protection timber structure.To the macrolide of the enough pest control amounts of soil application, preferable amount is per hectare 1-2000g, particularly 2-200g, more preferably 5-100g.
The path that worker ant must be worked and enter timber to obtain on insecticide treated soil.They are stained with inevitably and have been with some insecticides and it is taken back termite population, thereby insecticide is spread in termite population.
Active ingredient also can bait form use, for example with as the form that is disclosed in the tablet that contains active ingredient among the U.S.5096710 use.Especially preferably macrolide is administered to by on the construction material of termite as the material of food and termite population life.The example of this material is plank, paper, wood sawdust, cellulose powder or cotton.Useful concentration on these materials is 0.01-10000ppm.Even the timber that has additionally used pheromones and encroached on by fungi, this bait also are effective especially.This application has been disclosed in as U.S.5, in 151,443.
Even under low working concentration, the Macrocyclic lactone compounds of the present invention (C) part also is to have to prevent and/or treat the active ingredient that is worth and the spectrum of very advantageously killing livestock is arranged mollusk and timber pests prevention and control field, and is the active component that homoiothermy species, fish and plant can tolerate well.The active ingredient of using among the present invention is all effective to the mollusk and the timber pests, particularly termite of the general sensitivities of all or indivedual developmental stage and resistance.The mollusk action effect extremely of active ingredient of the present invention can directly show, also can be at once or after after a while kill pests, perhaps show indirectly, for example lay eggs with minimizing and/or reduce the form performance of incubation rate, its good action is equivalent to the lethality of 50-60%.
(i.e. control or eliminate) particularly occurs in the molluscan harm on the plant (mainly being useful plants and the ornamental plants in agricultural, gardening and the forestry) to use the active component of the present invention (C) part to prevent and treat; or occur in the pest of the above-mentioned type on the organs of these plants; the organ of these plants comprises as fruit, flower, leaf, stem, stem tuber or root, in some cases in addition the plant organ that can protect the later stage to grow be not subjected to the injury of these pests.
The target crop that is fit to carry out the mollusk control is cereal class such as wheat, barley, rye, oat, rice, corn or Chinese sorghum; Beet is as sugar beet or fodder beet; Fruit is as the operatic circle, drupe and fruitlet such as apple, pears, plum, peach, apricot, cherry or berry for example strawberry, raspberry and blackberry, blueberry; Beans such as Kidney bean, French beans, pea or soybean; Oil crop such as 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; Vegetables such as spinach, lettuce, asparagus, wild cabbage class, carrot, onion, tomato, potato or capsicum; Lauraceae such as avocado, Cinnamomum or camphor; With tobacco, nut, coffee, eggplant, sugarcane, tea, pepper, grape vine, hops, Musaceae, rubber plant and ornamental plants.
Other applications of the active ingredient of the present invention (C) part are to protect storage product and oddment and material not to be subjected to the infringement of mollusk and timber pest.
The composition of the present invention (C) part also is suitable for the infringement that the protective plant propagating materials is not subjected to gasteropod and termite, particularly gasteropod, and described plant propagation material is a seed for example, as fruit, stem tuber or kernel or propagulum.Can before plantation, use the compositions-treated propagating materials, for example handle seed prior to seeding.As selection, can active ingredient of the present invention be applied to (coating) on kind of the benevolence by in fluid composition, soaking kernel or applying kernel with solid composite.As selection, when in the sowing process, the propagating materials kind being applied to composition the plantation place in broadcasting ditch the time.The processing method of these plant propagation materials and the plant propagation material of so handling also are themes of the present invention.
The following example is used for illustrating the present invention (C) part.They do not apply any restriction to this part.
Formulation embodiment
Embodiment F 3: the preparation of slug pill
The material that was not extracted=65: 35), comprise the cold crosslinked corn starch of premix, 4.7Kg, 540g urea/formaldehyde resin, 100g isopropyl alcohol, 3Kg sugar beet syrup and the 140g cyan coloring agent (1,4-two (isobutyl amino) anthraquinone) that the 2.6Kg of the silica of 2.1Kg macrolide and 500g polymolecularity grinds very carefully and closely mix order adds the rape seed that the 40Kg pulverizes (material of the extraction of the rape seed of pulverizing: in blender.Then extrusion modling.Cooling and dry products are removed attritive powder with the 0.5mm sifting machine.Obtain the slug and the Snail baits that can use.
Also can use other conventional drawing method to replace above-mentioned extrusion process to prepare slug and Snail baits.
Application Example
Embodiment A 1: measure the test of slug and snail tablet to the effectiveness of flower garden ash slug (Derocerasreticulatum)
Test slug and snail pill are to the effectiveness of little slug species such as flower garden ash slug in the Merlon box, and the bottom of this box is 17cm * 22cm.At the bottom of box, cover which floor fully wetting cellulose paper.Slug and snail pill evenly are sprinkling upon on half area of test zone, and consumption is 20; Second half is left and is untreated.For fear of coercive action, provide slug untreated supplements in addition: to place potato in two at the diagonal angle of box.Put into 10 adult reticulate pattern slugs (flower garden ash slug) to the district of being untreated of every box.Each tests triplicate.Keep temperature and atmospheric humidity substantially constant in phase in whole test: 19 ° of relative atmospheric humiditys with 90-95%.Check the state of slug, score continuous 7 day every day.When evaluation was renderd a service, lethality all took in the animal number that shows injured symptom.
In this test, Macrocyclic lactone compounds of the present invention is effective especially.
Embodiment A 2: measure the test of slug and snail pill to the effectiveness of Arion rufus
Test slug and snail pill are to the effectiveness of bigger slug species in having equipped the plastic testing box of gauze.The bottom of every box is 0.25m
2At the bottom of box, cover the dark canned compost of 2-3cm (potting compost).Canned compost is by fully moistening before on-test.Slug and snail pill evenly are sprinkling upon the left-half of test zone, and consumption is 3.1g; Right half part is left and is untreated.For fear of coercive action, provide slug untreated supplements in addition: to place potato in two at the diagonal angle of box.Put into 10 red slugs (Arion rugus) that grow up to the district of being untreated of every box.Each experiment repeats four times.Keep temperature and atmospheric humidity substantially constant in phase in whole test: 19 ° of relative atmospheric humiditys with 90-95%.Check the state of slug, score continuous 7 day every day.When evaluation was renderd a service, lethality all took in the animal number that shows injured symptom.
In this test, Macrocyclic lactone compounds of the present invention is effective especially.
Embodiment A 3: measure test to the system efficacy in combination of flower garden ash slug (Deroceras reticulatum)
A) lettuce plant
The macrolide sample dissolution is prepared test solution in 1ml acetone, and in this solution, add water to 50ml.The root that cleaned with clear water in advance of the lettuce seedling of high 6cm was soaked two days in this solution at least.Cutting individual blade from these lettuce plant is placed on the filter paper in the 9cm Petri dish.Get the 1ml water droplet at every filter paper with pipette, make blade in experimentation, keep moistening.In every Petri dish, put into 2 medium-sized slugs then, measure blade amount and the lethality that consumes two days later.
In this test, Macrocyclic lactone compounds of the present invention shows good effect.
B) seed
Contain in the seal box that compost and bottom are 35cm * 20cm to 5 and respectively to put into a collection of slug, every batch is 10.In all cases 100 winter wheat kernels of handling are spread respectively equably in 4 boxes.In the 5th box, 50 winter wheat kernels of handling are distributed to one side of box, 50 untreated winter wheat kernels are distributed to the another side of box with the test repellent action.
In this test, Macrocyclic lactone compounds of the present invention is very effective.
Embodiment A 4: to the effect of termite
Handle wooden bait with the Macrocyclic lactone compounds of difference amount, and test its influence termite incubation rate and survival rate.Working concentration is the acetone soln of the test substances of 0ppm, 0.1ppm, 100ppm and 1000ppm.Make water in the comparative study.In natural environment, preserved four months by the bait that pine constitutes.
Infected wood is collected termite from the open air.For carrying out the research of wooden bait, wood is placed in 80 ℃ of baking ovens kept 48 hours.The dry wood of weighing then, and this wood is placed the active ingredient solution 18 hours of desired concn.Then wood is taken out from solution, also weigh again at air drying.Be to measure the effect of bait, the wood of so handling is placed on the untreated soil of skim in the Petri dish termite.
In every Petri dish, introduce termite (50 worker ants and 2 soldier ants).In eight time-of-weeks, check culture dish weekly No. three times.The growth of record insect, unusual and death condition.After eight weeks, water flushing is wooden, is placed in the baking oven 80 ℃ of dryings 48 hours again.Weigh the again subsequently weight of every block of wood.The difference of wooden weight is equivalent to by the amount of the used up wood of termite.
In this test, macrolide of the present invention is very effective.
Claims (21)
1. prevent and treat the method for the pest in the crop of transgenosis useful plants, it is characterized in that using a kind of composition pesticide to pest or its environment, said composition comprises that the Macrocyclic lactone compounds of acceptable salt form on free form or the agrochemistry is as active ingredient and at least a auxiliary agent.
2. according to the method for claim 1, it is characterized in that using Avermectin (abamectin).
3. according to the method for claim 1, it is characterized in that using emamectin.
4. according to the method for claim 1, it is characterized in that handling genetically modified plants.
5. according to each method of claim 1-4, the genetically modified crops that it is characterized in that described useful plants are corns.
6. according to each method of claim 1-4, the genetically modified crops that it is characterized in that described useful plants are soybean.
7. according to the method for claim 4, it is characterized in that handling the propagating materials of described transgenosis useful plants.
8. a protective plant propagating materials and be not subjected to the method for pest infringement than the plant organ that grows up to late period; it is characterized in that near the plantation or the place of seed propagation material or a kind of agricultural chemicals is used in this place, this agricultural chemicals comprises that the Macrocyclic lactone compounds of acceptable salt form at least a free form or the agrochemistry is as active component and at least a auxiliary agent.
9. method according to Claim 8 is characterized in that described active component is the Avermectin (abamectin) of free form.
10. according to the method for claim 1, it is characterized in that the active ingredient of using is the emamectin of free form or salt form.
11. each method is characterized in that described propagating materials is seedling, rhizome, garden seedling, cutting or seed according to Claim 8-10.
12., it is characterized in that described plant propagation material is a seed according to the method for claim 11.
13. each method is characterized in that described pest is lepidopterous biology according to Claim 8-12.
14. each method according to Claim 8-13, the occupation mode that it is characterized in that described composition are to plant with the pretreated propagating materials of said composition in plantation or sowing place or sow.
15. each method according to Claim 8-14, the preliminary treatment that it is characterized in that described propagating materials are seed dressings.
16. a control timber pest and molluscan method, it is characterized in that using to pest or its environment the agricultural chemicals of the harmful effective dose of going out, this agricultural chemicals comprises that the macrolide of acceptable salt form at least a free form or the agrochemistry goes out harmful reactive compound as active ingredient and at least a auxiliary agent.
17., it is characterized in that the active ingredient of using is Avermectin (abamectin), emamectin or the spinosad of acceptable salt form on free form or the agrochemistry according to the method for claim 16.
18., it is characterized in that the active ingredient of using is the benzoate of emamectin according to the method for claim 17.
19., it is characterized in that it being the control Gastropoda animal according to each method of claim 16-18.
20., it is characterized in that control termites according to each method of claim 16-18.
21. a composition that is used to prevent and treat mollusk and timber pest is characterized in that said composition comprises that at least a macrolide is as going out harmful active compound and at least a auxiliary agent.
Applications Claiming Priority (7)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CH296097 | 1997-12-23 | ||
| CH2960/97 | 1997-12-23 | ||
| CH2961/97 | 1997-12-23 | ||
| CH79/98 | 1998-01-16 | ||
| CH86/98 | 1998-01-16 | ||
| CH84/98 | 1998-01-16 | ||
| CH418/98 | 1998-02-22 |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB988133113A Division CN100527958C (en) | 1997-12-23 | 1998-12-21 | Use of macrolides in pest control |
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| Publication Number | Publication Date |
|---|---|
| CN101584328A true CN101584328A (en) | 2009-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008100026862A Pending CN101209044A (en) | 1997-12-23 | 1998-12-21 | Use of macrolides in pest control |
| CNA2009101513795A Pending CN101584328A (en) | 1997-12-23 | 1998-12-21 | The application of macrolide in control of insect |
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| Application Number | Title | Priority Date | Filing Date |
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| CNA2008100026862A Pending CN101209044A (en) | 1997-12-23 | 1998-12-21 | Use of macrolides in pest control |
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| ZA (1) | ZA9811704B (en) |
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| CN108795957B (en) * | 2018-05-28 | 2020-12-04 | 广西大学 | Glucan glucosyltransferase MdoH gene and application thereof |
| CN109207526B (en) * | 2018-10-26 | 2021-09-14 | 云南中烟工业有限责任公司 | Method for producing styrene by using tobacco leaves |
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- 1998-12-21 CN CNA2009101513795A patent/CN101584328A/en active Pending
Non-Patent Citations (1)
| Title |
|---|
| H. ANSON MOYE,* MARJORIE H. MALAGODI, JAU YOH, GARY L. LEIBEE, C: "Residues of Avermectin Bla in Rotational Crops and Soils following Soil", 《JOURNAL OF AGRICULTURAL AND FOOD CHEMISTRY》 * |
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| ZA9811704B (en) | 1999-06-23 |
| CN101209044A (en) | 2008-07-02 |
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