CS217403B1 - Composition against phytopathogeneous bacteria - Google Patents

Composition against phytopathogeneous bacteria Download PDF

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Publication number
CS217403B1
CS217403B1 CS808278A CS808278A CS217403B1 CS 217403 B1 CS217403 B1 CS 217403B1 CS 808278 A CS808278 A CS 808278A CS 808278 A CS808278 A CS 808278A CS 217403 B1 CS217403 B1 CS 217403B1
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CS
Czechoslovakia
Prior art keywords
fungicide
composition
group
composition according
οληητ
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CS808278A
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English (en)
Inventor
Hans Lahmann
Manfred Gross
Alfred Jumar
Paull Held
Annerose Rehnig
Gerda Tschampel
Original Assignee
Hans Lahmann
Manfred Gross
Alfred Jumar
Paull Held
Annerose Rehnig
Gerda Tschampel
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Application filed by Hans Lahmann, Manfred Gross, Alfred Jumar, Paull Held, Annerose Rehnig, Gerda Tschampel filed Critical Hans Lahmann
Publication of CS217403B1 publication Critical patent/CS217403B1/cs

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    • C—CHEMISTRY; METALLURGY
    • C07—ORGANIC CHEMISTRY
    • C07C—ACYCLIC OR CARBOCYCLIC COMPOUNDS
    • C07C205/00—Compounds containing nitro groups bound to a carbon skeleton
    • C07C205/13—Compounds containing nitro groups bound to a carbon skeleton the carbon skeleton being further substituted by hydroxy groups
    • C07C205/26—Compounds containing nitro groups bound to a carbon skeleton the carbon skeleton being further substituted by hydroxy groups and being further substituted by halogen atoms
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01N—PRESERVATION OF BODIES OF HUMANS OR ANIMALS OR PLANTS OR PARTS THEREOF; BIOCIDES, e.g. AS DISINFECTANTS, AS PESTICIDES OR AS HERBICIDES; PEST REPELLANTS OR ATTRACTANTS; PLANT GROWTH REGULATORS
    • A01N33/00—Biocides, pest repellants or attractants, or plant growth regulators containing organic nitrogen compounds
    • A01N33/16—Biocides, pest repellants or attractants, or plant growth regulators containing organic nitrogen compounds containing nitrogen-to-oxygen bonds
    • A01N33/18—Nitro compounds
    • A01N33/20—Nitro compounds containing oxygen or sulfur attached to the carbon skeleton containing the nitro group
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01N—PRESERVATION OF BODIES OF HUMANS OR ANIMALS OR PLANTS OR PARTS THEREOF; BIOCIDES, e.g. AS DISINFECTANTS, AS PESTICIDES OR AS HERBICIDES; PEST REPELLANTS OR ATTRACTANTS; PLANT GROWTH REGULATORS
    • A01N35/00—Biocides, pest repellants or attractants, or plant growth regulators containing organic compounds containing a carbon atom having two bonds to hetero atoms with at the most one bond to halogen, e.g. aldehyde radical
    • A01N35/08—Biocides, pest repellants or attractants, or plant growth regulators containing organic compounds containing a carbon atom having two bonds to hetero atoms with at the most one bond to halogen, e.g. aldehyde radical at least one of the bonds to hetero atoms is to nitrogen
    • C—CHEMISTRY; METALLURGY
    • C07—ORGANIC CHEMISTRY
    • C07C—ACYCLIC OR CARBOCYCLIC COMPOUNDS
    • C07C205/00—Compounds containing nitro groups bound to a carbon skeleton
    • C07C205/13—Compounds containing nitro groups bound to a carbon skeleton the carbon skeleton being further substituted by hydroxy groups
    • C07C205/14—Compounds containing nitro groups bound to a carbon skeleton the carbon skeleton being further substituted by hydroxy groups having nitro groups and hydroxy groups bound to acyclic carbon atoms
    • C07C205/15—Compounds containing nitro groups bound to a carbon skeleton the carbon skeleton being further substituted by hydroxy groups having nitro groups and hydroxy groups bound to acyclic carbon atoms of a saturated carbon skeleton

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  • Chemical & Material Sciences (AREA)
  • Organic Chemistry (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Plant Pathology (AREA)
  • Health & Medical Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Dentistry (AREA)
  • General Health & Medical Sciences (AREA)
  • Wood Science & Technology (AREA)
  • Zoology (AREA)
  • Agronomy & Crop Science (AREA)
  • Pest Control & Pesticides (AREA)
  • Agricultural Chemicals And Associated Chemicals (AREA)
  • Air Conditioning Control Device (AREA)
  • Organic Low-Molecular-Weight Compounds And Preparation Thereof (AREA)

Description

- 1 - 217 403
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OcoSeHHO KpnTMVHOÍÍ flBxaeTca xpaHeHxe κβρτοφβΛΒΗκχ KjiyÓHeft.PeKOueH^yeuaa w npaKTHiptpyeMax oCpaCoTKa KxyČHefi κβρτοφβΛχφ^ΓΗΓΜφί,ΖξθΜΗ, κοκ nojtXKapČaaxH /VOLOVIK,A.S. BORISENOK,A.B.:"Primenenie polikarbacina dlja protravlivanija semennoho Kar-tofelja protiv rizoktonicza i parsi obyknovennoj , Chim. selsk.choz. Moskau 14, 1976, 51 ... 53/, 6θηομμλ x TxačeHflaeox/MEREDITH, D.S.: ” Control of fungal diseases of seed potatoeswith thiabendale" 8. Brit. Insekt. Fungicide Conf. 1975 Brighton,Proceedings 1975, 581 ...587? LEACH,S.S.Postharvest treatmentsfor the control of fusarium dry rot develpment in potatoes*,aaKwuieH-Gzc-flHTíiaKapÓaMaTN m TMpaM (θκοΗΟΜχνβοκχβ πβτβκτ Γ/ζΡ105 708) .neScTByeT τολβκο προ tub rpxČHHX δχρχβΒκχ xnaeň xsaGoxeBaHxK bcxoaob, a He προτχΒ ββκτβρχοθΟΒ. C nexbx) 8anojiH@Hxa SToro προδβχβ KOMČxHxpoBaxx ^yHrxnxflHHeneficTByraqxe sentectba c χΛορβιιφβΗχχοΛΟΐί b í xavecTBe όβκτβρκ-nMHoro aHTíidHCTMKa (eKOHOMMvecKxft πητθητ ΓΑΡ 78 423 x ea-bmcmmhK πθτθητ k BKOHOMxqecKOMy naTeHTy ΓΛΡ 84 958, bkohomm-xecxxfi ΠβΤβΗΤ PJXP 107 204 X SaBXCXMHfi ΠβΤβΗΤ K OKOHOMMVeCKOMynaTeHTy ΓΛΡ 110 423)·
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2. κροΜβ ryuaHHcft ueRmwan aHTHČHOTMKa μοχθτ Chtb flonymenaΤΘΜ, Γββ Ηβτ rpynnOBOft ρθ8ΗΟΤΘΗΤΗΟΟΤΗ c ΠρΜΜΘΗΘΗΗΗΜΜ B
ryuaHHOR ΜθβΜΙξΚΗΘ BemeCTBSMH Μ ΠΟ B08M0XH0CTM Ηβ ΠρΟΗΒΛΗΚΤΠΟΧΟΧΗΧ ΟΠΘΚΤρΟΒ fleftCTBHH M 3. B KOHCepBHpOBaHJÍH ΠΗΠξθΒΗΧ npO^yKTOB ΠρΜΜΘΗΘΗΜΘ 8HTM6M—otmkh cobcgm aanpeioeHO /Zanner,H. ·"Verwendung von Antibiotika”>33· Tagung Dt. Ges und Mikrobiol. 1971 Freiburg/Brsg./
CneiíMajiBHo b cxynae πρμμθηθηηη χχορβΜφβΗΜκοΛβ ycTaHOBXGH©,ητο β napnou χρθηθημη οη paejiaraeTCH ne κοκρβ/ΒΕΙΤΖ,Η.;DUNSING,M. SEEFELD,F.:"Rukatandstoxikologische Probléme bei derBeizung iron pflanzkartoffelnw,NachrichtenblattPflanzenschutz DDRBerlin 1974, 203...207/. JíeBecTHO, πτο οπρβΛβΛβΗΗυβ HKTpo&HKaHOJiH očxaflarr aHTuCaKTe-ρΜβΗΗΗΗΜΜ Μ ΒΗΤΧφγΗΓΘΛΒΗΗΜΗ CBOftCTBSMH, OHM CUJIM ΠρβΛΛΟΧβΗΗb KanecTBe λ ΒΜΗφκηΜργκπξθΓΟ cpeacTBa onncaHMe ΜβοβρβτβΗΗΗ κnareHTy ΒβΛΜΚ©6ρΜτβΗΜΗ 1057 131, a τβκχβ αλη CoptÓH c (©ΠΜΟβΗΜβ «ΒΟΟρβΤΘΗΜΗ Κ ΠΘΤΘΗΤγ ΒβΑΜΚΟβρΗΤΘΗΜΜ 1 193 594).Hanwne οπμοθηη προμββοαηηθ ΟροΜΗΜτροθτβΗΟΛβ μ βροΜΗ^τροπρο-ΠβΗΟΛΘ Μ ΜΧ ΠρΗΜΘΗΘΗΗΑ Β ΚβΜβΟΤΒβ ΘΗΤΜΜΗΚρΟβΗΗΧ ΒβΠξθΟΦΒ ΒΒΘΗΗΘΧ, Ηθ ΠΜΠξβΒΗΧ ΠρθΑΠρΜΗΤΗΗΧ, ΜΟΛΟΗΗΗΧ, ΠΜΒΟΒβρβΗΗΗΧ 8β-boagx, a τθκχθ β κθπθοτβθ xoHcepBMpynnHx cpgactb ajih Kocwe-TMKM, KXQSlt GMyAbCMOHHHX KpaCOK M Mace JI flBH ΜΘΤβΛΛΟΟΰρβδΟΤΚΜ(ΒΗΚΛΘΛΗΟβ ©ΠΜΟβΗΜΘ ΜΘΟβρβΤβΗΜΗ Κ ΗθβΚΠβΠΤΟΒΘΗΗΟϋ ΒβΗΒΚΘ ΦΡΓ2 215290) · Β flaji bHeiiineM npeftnarajiMCb γθλογθηηροβθηηηθ ΗΜτρο-aJIKaHOJIH Μ ΜΧ θφκρΗ C ΓβηΟΓβΗΟΚβρδΟΗΟΒβϋ KMCAOTOfi Β ΚΘΗβΟΤΒΘφ^ΓΗΓΜηΜΑΟΒ fíXB. θβΠξΗΤΗ paCTGHMÍl (ΒΗΚΛβΑΗΟβ onncaHMe Μ8θ6ρβΤβ-ΗΜΗ Κ ΗββΚΙΪβΠΦΟΒβΗΗΟβ ΒβΗΒΚΘ ΦΡΓ 2 054 887). ΗθΚΟΗβΠ M8BGCT-ηο, ητ© ββπρηςΘΗ l-6poM-l-HMTpo-3,3,3,-TpMXJiopnponaHOJi -(2)β KauecTBe θητμμμκρο6ηογ© cpeACTBa β προμηπμθηηοοτκ κοομθτμ-neCRMX Μ MČ1X4KX cpe^CTB (βΗΚΛΘΑΗΟΘ ΟΠΜΟβΗΜβ Η8θβρθΤβΗΜΗ κθκμθπτβΒβΗΗοδ saHBxe ΦΡΓ 1 261 278; βηκαθαηθ© οπμοθηηθ μβθ-ΰρβΤβΗΜΗ Κ ΘΚηβΠΤΟΒβΗΗΟϋ ΒβΗΒΚΘ ΦΡΓ 1 284 039} ΒΗΚΑβΑΒΘβ ΟΠΗ-ΟΘΗΜΘ ΜΒΟίφβΤβΗΜΗ Κ βΚΑΘΠΤΟΒΘΗΗΟίί ΒθΗΒΚβ ΦΡΓ 1 297 813 Κ1 297 259)·
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2. ΠγΤβΜ ΚΟΜόΗΗβΙξΗΜ βθΚΤβρΜΠΜΑΗΗΧ Μ φ^ΓΗΓΜρΜΑΗΗΧ fleftCTByBIUHXBemecTB c paa^w^HHMM cbo$ctb8MM woryp ÓHTb ycTaHOBxeHH οτβ-neHb fleftCTBHfl Μ οπβκτρ fleiiCTBMfl npenapaTOB B COOTBeTCTBKH C peJIbX) ΠρίίΜΘΗΘΗΜΗ 3. Η3-3Θ KOMČHHIípOBaHHOrO ΙφΟΜβΗΘΜΗ paajIÍÍHHHX £eft CTByXXQKXBenjecTB no^yuaeTCH βηοοκθη hbpojího—χοβπίίοτΒθΗΗθΗ βηγοαθ. B xa^iecTBe ι^ηγηφιληογο napTHepa aha κοΜδκΗβΐξκίϊ, corxacHO8TOMy ΜΒΟόρβΤβΗΜΚ), ΑΒΛΗΒΤΟΗ ΠρΜΓΟΑΗΗΜΜ Μ3Ββ<3ΤΗΗβ (fjyHmitH^Uj KOTOpne ΜΜβϊΟΤ ΟΤ^θΤΛΜΒΟθ MJIM ΒΗρθΧβΗΗΟβ ,ΖξβδΟΤΒΜβ ΠρΟΤΜΒ/Basidiomyceten, Phycomyceten, Asmomyceten, Fungi imperfekt!,/
OcoCeHHO AHA 3Τ0Γ0 npMrOflHH (^/ΗΓΪίΠΗ,ΖξΗ M3 KJiaCCa COeflHHMeHMÍideHSMMHaaSOJIOB KWH 0eH3MMH,Zj;a3OJIOOĎpa8yCTHttX, φΤΘΛΜΜΜΛΟΒ, flMTM-OKapčaMaTOB κ 8Ημλμ,π;οβ raTepopHKjinqecKJix n apoMaTMtiecKKXKapČoHOBux kkcaot. B xa^ecTBe npnwepoB rasi npMBe^eHHux oaccoBcoeAMHeHiiii moscho paccMaTpHBaTb m b KatíecTBe bboahmhx neftcT-ByxmiKX semecTB μλμ mx κομΟμηθαμμ Apyr c npyroM, corxacHOΜ3θ6ρθτθΗκκ>, moscho πρΜΜβΗΗΤΒ cAeAywie ^eitcTByraiMe BemeeTsa: 1 — ( - óyTMJtKapSaMOíuC - 2 - (MeTOKCM-KapČOKcaMHflo) - δβΗ3ΚΜΗ£θ3ΟΛ 2 - (Μβτοκοκ-KapóoKcaMMAo) - 6βΗ3ΗΜΚ,ζξθ30Λ 1,1 -0-φβΗΗΛ-0ΗΟ-(3,3-ΘΤΟΚΟΜΚθρδθΗΗΛ-ΤΜΟΜΟ*ΙβΒΗΗθ) 1,1 —O—φβΗΚΛ—ÓKC—(3,3 -ΜβΤΟΚΟΜΚβρδΟΗΚΛ-ΤΚΟΜΟΠβΒΜΗθ) 2 - (4-ΤΜΘβΟΛΚΛ) -6θΗ3ΗΜΜΑβ8ΟΛ 2 - (2^ypMJI ϊ-δβΗ3ΜΜΗΑβ30Λ -ΤρΗΧΛΟρΜβΤΜΛΤΜΟ-ΤβΤρθΓΜΑφΤβΛΗΜΗΑ-TPHXJÍ ΟΜβΤΗΛΤΗΟ-φΤ βΛΜΜΜΛ -(1,1,2,2-ΤβΤρβΧΛ0ρ3ΤΜΛΤΗ0)-ΤβτρβΓΗΛρΟφΤΘΛΚΜΚΑ ΘΗΚΛΚΗ-Ο -ίίθΛ6θΗ3θβΗθϋ ΚΗΟΛΟΤΗ βΗΗΛΜΑ-2,3-ΖξΗΓΚ£ρθ-6-ΜβΤΗΛ-1,4-0Κ0βΗ«ΗΗ-5-Κβρδ0Η0Β0ϋ ΚΚΟΛΟΤΗ2,3-ΑΗΓΜΛΡ0-6-ΜβΤΗΛ-1,4-0KC8TKKH-5-ΚβρδΟΗΟΒβΗ KKCXOTa-
βΗΚΛΜΑ- , -AHOKCMA ΘΗΜΛΚ,Ζξ—2“ΜΘΤΜΛ—0βΗ SOÍÍHOK Κ Μ ΟΛΟ ΤΗ 217 403
aHHJiMfl-2,5-flMMeTKJi$ypaH-3 KapCoHOBoK khcjiothβΗΜΛΜΛ-2-ΜβΤ1ϋΙ-5,6-ΛΜΓΜΛρ0-4-4-ΠΜρβΗ-3-Κβρδ0Η0Β0ϋ KHCJIOTH
UHHK-9TMJieH-l, S-ÓKC-flMTKOKapČSMaT ΤβΤρθΜβΤΜΛΤΜ3ΓρβΜΛΜ0γΛΒφΜΛ Μ ΘΗ ΓβΗβ P“ STHJie Η-1,2-<5 HC-flMTHO Κ βρ 6 GU βΤ 3,5--ΛΜΜβΤΜΛ-ΤβΤρθΓΜΛρθ-1,3,5-ΤΗ84ξΖβ3ΜΗ-ΤΗΟΗ ( 2 ) ΙίΜΗΚ-ΠρΟΠΜΛβΗ-δΜΟ-ΛΜΤΗΟΚβρδθΜΘΤ ΒβκρβτζρκΑΗΟ fle®CTByraiMe πβρτΗβρΗ κοΜδΗΗβςΗβ οδπξβϋ $opMyjiH1 WaCTMHHO ΗΟΒΜβ Η ΜΟΓΜΤ 6íJTb Κ3ΓΟΤΟΒΛβΗΗ ΠΟ HSBeCTHHM Η3jiMTepaTypu cnocoČaM (HanpHMep, Ber. dtsch. Chem. Ges. 52, 395/ISIS/; Rocznicki Chem. 26,571 /1952/; J. org.Chem. 8,1 /1943/ J. Chem. Soc. /London/ 1S47, 1518;
BamiaAHoe οπμοθηηθ μ3ο6ρθτθημπ k HeaKpenTOBaHHofó saaBKe ΦΡΓ1 768 9®6, ΒΗΚΛβΛΗΟβ onMcaHue αβοδρβτβΗΗΗ κ ΗββκΐίβπτοΒβΗΗοδsaHBKe ΦΡΓ 1 804 068, βηκλθληο6 onncaHMe HsoCpeTeHHH κ HeaK-ςβπτοΒβΗΗοϋ saflBKe ΦΡΓ 1 954 173 m samia^Hoe απκοβΗΜβ m3o6-ρβτβΗΗΗ κ ΗββκηβπτοΒβΗΗοϋ eaaBKe ΦΡΓ 1 768 778). B KawecTBe Φυηγμρηληο .neitcTByromHx κομποηθητοβ cjiyacaT οτβΗ#&amp;ρτηηθ Ae&amp;CTByxxqiie BeiqecTBa.
CoraacHO Μ300ρβτβΗΗχ>, sahana peniaeTca τβΜ, hto c noMoiqtroΤΒβρΛΗΧ h/hJIH JKHflKMX ΗβΠΟΛΗΗΤβΛβϊί <$OpMyjIHpy»T ΠρβΠβρβΤΗ,κοτορκβ coflepxaT b οδιςβΜ 0,1 - 2% CaKTepMUMflHHX « 20-80%$yHrimMflHOEO (hx) neíicTBynmero (wx) BemecTBa (b(.
ΠΡΚΜΕΡΗ OCymECTBJIEHMH
1. Ms SToro npiiMepa ΒΗτβκββτ xopomee ČaKTepHiíH^Hoe h $yHru-pMflHoe .seíicTBHe Ηβκοτορκχ npenapaTOB. προΒβΛβΗΗΗ οπητθγομογθηηο BMemanw ^eíícTByícqMe seiqecTBa b KOHpeHTpau,ww 0,5%b nnnaTejibHy» cpe^y c arapoM η προηββθλη MHOKyjtamin cTepnjib-HO# arapOBOS nJiaCTHHKH paSJIWHHiíMW δβΚΤβρΗΗΜΗ H rpiíSaMM b pas-JIHHHHX CMCTeMaTMneCKWX ΠΟΛΟΚβΗΜΗΧ. ΠοΟΛβ COOTBeTCTBysameííKHKyóauwH b τβρΜοοτβτβ βηηβηλοοβ δβκτβρΜοοτβτΗΗβοκκβ h $yHrrMflTaTKqecKue ΛβϋοτΒΗΗ. PesynbTaTH ΗβκοτορΗχ OTÓpaHHHX οπη-TOB npeACTaBJíeHU B ΤβόΛΖρβ 1. ΠρΗΜβΗΗβΜΗβ B ΤθδΛΜρβΧ 1 H 2CMMBOJIH ΜΜβΐΟΤ CJieflyKUIJMe 3ΗβΗΘΗΜΗ J 217 403 JEftCTBymMB ΒΕΰΕΒΟΤΒΑ A 1 - 6pOM—ÍHMTpO«“3f3|3-·τρΐΙΧΛ0ρ···Πρ0ΠβΗ0Λ (2) B 2-6pOM-2HKTpo-STaHOJt B ΧΛΟρβΜφθΗΜΚΟΛ F 2-ΗΪΪΤρθ-113-ΛΗΠΜΠβρΗΛΜΗ0-Πρ0ΠβΗ JI 2-6pOM-2-HMTpO-l ,3-ČKC (φθΗΗΛΚθρ6θΜ0ΜΛ0Κ0Μ)--Πρ0ΠβΗE 2-6ρ0Μ-2-ΗΗΤρ0-Πρ0ΠβΗΛΜ0Λ-(1,3) X 2-(MeTOKcn-Kap6oKcaMM(no)-CeH8MMH1naa<XH3 Η-ΤρΜΧΛΟρΜΘΤΜΛΤΚΟ-ΤβΤρθΓΜΑρΟφΤ aZHMHAΜ ΤβΤρβΜΖΤΐυΐγρ8ΜΛΜ0γΛϊ>φΜΑ K 2,3-ΛΜΓΗΛΡ0-6-ΜΘΤΐυΐ-1,4-OKCaTHÍlH-5-Kap6OHOBaH ΚΗΟΛΟΤΘ-ΘΗΜΛΜΛ Jí ΠΚΗΧ~8·ΡΗΛΘΗ-1,2-βΗ0~ΑΗΤΗ0Κ8ρ6βΜαΑβΤ Μ 2-(4-ΤΜβ8ΟΛΗΛ)*0βΗ8ΗΜκΛβ8ΟΛ OUEHKA JEftCTBHfl +++ ΠΟΛΗΟβ ΤΟρίΙΟΧβΗΚβ ρΟΟΤΘ
++ ΟΗΛΒΗΟβ ΤΟρΜΟΜβΗΜβ pOCTS + Majioe τορΜοχβΗΜβ pocTa
o He fleftcTByeT - He npoBepexocb 2. ŤopMyjmpoBKa nopoinxa λλλ οπρηοκηβθημθ 60% φγΗΓΗΐίΐνξΗΟΓο (hx) AeftcTBynnero (mx) ÓemecTBa (b)0,4% OaKTepHUMAHoro neftcTBynnero BeqecTsa (b) 20,6% xaozHHa
10% βΜΟρφΒΟΑ ΚρβΜΗβΒΟϋ KKCZOTH 5% noponuca oOapaĎGTaHHoro cyzs^HTHoro mezoxa 4% ΘΛΚΜΖΒΟγΖΗφΟΗβΤβ
Κομποηθhtn nepeMdmxBazK κ b saKznnexxx tohko paeuaxKBaffK 3. BopbCa c CaxTepxaabHHMH BzaxHHMH rxxzxiix xzy6xeft x rpxfiKOBNMM CyXKMX ΓΗΚΛΧΜΚ ΠβρβΑ ΟΚΖΒΑΧρΟΒΘΧΧΘΜ· 217 403 ΚκγβΗΜ «enocpe.ncTBeHHo nocjie cCopa ypoxaji οΰρβόβτκΒβΛΗ on-pHCKXBaHHeií CpaflCTBOM, COTJiaCHO ΜΒΟΟρβΤβΗΗΒ. JUfl 3Τ0Γ0 200 Γcpe^CTBa cycneH^xpoBaaM b 300 μλ βολή μ ηηηοομλη Ha 100 κγK^yĎHeS.
KayÓHH coxpaHií.«HCJi λο βθοηη. Η KOHi^y nepHO^a χρθηθηηη onpe-ΛΘΛΜΛΗ ΛΟΛΒ ΓΗ1ΚΛΗ ΠρΗ ΧρβΗΘΗΗΜ.
PeeyjibTaTH οπητοβ πρκΒβΛβΗΗ χ τββΛΜίχβ 2. 217 403
Φ
s ? n o• H·W h· : ř o c a a o Η» H·
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Tafij«na 1 - 10 -
TaCjiwga 2 217 403
CpegCTB©__Macca imyCHeft b %_
SgOpOBUe ΒΛΘΧΗΝβ ΓΗΜΛΗβ CyXUe ΟΜβΠΙβΚΗΙΙβ ΓΗΗΛΙΙβ ΓΗκΛΝβ
HeoĎpaÓo- 20 9 ? 64 ΤΘΗΗΗβ ® ♦ C 56 1 3 40 3 + B 82 2 4 12 S+M+K+E 91 2 2 5 JI + K + A 80 1 3 16 Μ + K + B 89 1 4 6 JI 22 16 2 60 A 25 4 6 65 - η - 217 403
ΦΟΡΜΥΤΙΑ H30BPETEHKH 1. Cpe^cΤΒΟ ΜΛ ĎOpbĎH C φΜΤΟΠβΤΟΓβΗΗΗΜΜ 6βΚΤβρίΟΙΙΜ Μ rpHČ-Κ8ΜΜ β pacreHKeBOflCTBe κ β cexbCKOM xosaftcTBe, oTXMHaraqeecHCOAepXaHHeM ΗΗΤρΟβΛΚβΗΟΛΟΒ φΟρίίγΛΗ 1. tf ί* g C CH OH 1 ΓΛβ £ ΒΟΛΟρΟΛ ΗΧΗ ΓΗΛΡΟΚΟΒΒΛΚΚΛ U* BOflOpOfl, ΧΛΟρ, ĎpOM HXM ΓΗΛρΟΧΟΒβΧΚΜΛ Μ ΒΟΛ©Ρ©Λ, βΛΚΗΛ ΗΧΗ τρΗΧΧΟρΜβΤΗΧ Η ΗβΒΘΟΤΗΗΧ φγΗΓΜηΚ^ΟΒ,Η Spilky C ΗβΠΟΛΗΗΤβΛΗΜΗ, m/iíUIH ρββδβΒΚΤβΧΗΜΗ, μ/5ΙΧΗ ΠΘΒβρΧ-ΗΟΟΤΗΟ-βΚΤΗΒΗΗΜΚ ΟρβΛΟΤΒβΜΒ ΗΛΗ ΒβΠξΒΟΤΒΘΜΗ, ΚΟΤΟρϋβ ΟΠΟΟΟδ-CTByKT CnOCOČHOCTK ΠρΟΗΜΚΟΒΜΗ XeftCTByiXqHX BenjeCTB. 2. ΦγΗΓκςΗΑ, corxacHO nyHKTy 1, OTXíroawrites τθμ, hto obothocktch κ xxaccy coeflHHeHH$ ÓeHSHMHxaeoxoB. 3. ΦγΗΓΒΐχκ,α;, corxacHO nyHKTy 1, QTxvnansnp&amp;ca τθμ, hto obothocíitck x xxaccy coeAHBeHHft φτβχιηΐΗΛΟΒ. 4. Φ^ΓΜΙξΒΛ, ΟΟΓΧβΟΗΟ nyHKTy 1, OTXBHaHUMfiCH ΤβΜ, BTO OHOTHOCHTCH K Kjiaccy ΟΟβΛΜΗβΗΜβ ΗΗΗΧΗχΟΒ ΓβΤβρΟηΜΚΧΗΒβΟΧΚΧ ΗapoMaTHuecKHX xapĎoHOBux xmcxot. 5. 'JyHrHnHfl, corxacHO nyHKTy 1, OTJiwqaKmJíftcH τβ«, hto ohOTHOCHTCH K Kaaccy ΟΟβχΜΗΘΗΚΚ χΗΤΗΟΚβρδθΜΘΤΟΒ. 6. Φ^ΓΜηκη, corxacHO nyHKTy 1, OTXHHaranHScH τβΜ, hto ohcoctohit ne KOMČHHanHii $yHrMnHAOB, corxacHO nyHKTHM 2-5, 12
AHHOTAW 217 403 ΗβΟδρβΤβΗΜβ KaeaeTCfl δβΚΤβρΜίρίΛΗΗΧ CpeflCTB flJIH ÓOpbÓH c φκτο-ΠβΤΟΓΘΗΗΗΜΜ ÓβΚΤβρΚΗΜΗ íl rpHÓSUM Β CeJIbCKOM XOBaftCTBe M CSflO-βοαοτβθ. Cpeflcrua coaepxaT κ KanecTBe fleficTByíomiíx semecTB CMecbφγΗΓΜΙξΖΛΟΒ W3 KJiaCCOB 6βΗ8ΜΜΜΛΘ3ΟΛΟΒ ΗΛΗ 6βΗ3ΗΜΪΙΛΘ8ΟΛ-θ6ρβ3γΚ>-iqkx, φτβΛβΜΗΛΟβ, aHaxHAOB reTepomncjureecKHX h apoMaTHwecKHxKapCOHOBHX KHC.aOT MJIM ΛΜΤΗΟΚβρόΟΜΘΤΟΒ H ĎaKTepMl^MflOB M8 KJiaC-ca coeflHHeHiiíi ΗΗτροβΛκβΗοχοΒ oCmeft φορΜγΛΝ
R C CH
OH
ΓΛβ cooTBercTByeT eo^opofly μλμ rKflpoKCíiaaKiuy, cooTBeTCTByeT sonopofly, xjiopy, CpoMy on niapoKCMaaK&amp;ay κcooTBeTCTByeT Bonopony, ajiKiwy hjim TpHxaopMeTHxy. ΠβοδρβτθΗΗβ npecxenyeT uexb npefloapaTHTb ΜζκροόΗΝβ aaĎojieBa-hmh KyabTypHHx pacTeHuft bo spěni ΒβΓβτβΐίΚΟΚΗΟΓΟ nepMo.ua mMKKpoĎHo-oCycjioBjíeHHHe ηοτβρΜ bo apeira xpaHeexa nponyicroBypozaa Ha cKzanax·

Claims (5)

  1. - 13 - 217 403 PŘEDMĚT VYNÁLEZU
    1. Prostředek proti fytopatogenním bakteriím a houbám připěstování rostlin a v zemědělství, vyznačující se tím,že obsahuje nitroalkanoly obecného vzorce I R' R" I' I R - c - CH - OH (I), I no2 kde R znamená vodík nebo hydroxyalkyl, R' znamená vodík, chlor, brom nebo hydroxyalkyl aR "znamená vodík, alkyl nebo trichlormethyl a známé fungicidy spolu s plnivy a/nebo ředidly a/nebopovrchově aktivními látkami nebo látkami způsobujícímipronikání účinných látek.
  2. 2. Prostředek podle bodu 1, vyznačující se tím, že fun-gicid je vybrán ze skupiny benzimidazolových derivátů. Prostředek podlecid je vybrán ze bodu 1, vyznačující se tím,že fungi-skupiny ftalimidových derivátů.
  3. 4. Prostředek podle bodu 1, vyznačující se tím,že fungi-cid je vybrán ze skupiny anilidů heterocyklických aaromatických karboxylových kyselin.
  4. 5. Prostředek podle bodu 1,vyznačující se tím,že fungicidje vybrán ze skupiny dithiokarbamátů.
  5. 6. Prostředek podle bodu 1, vyznačující se tím,že fungi-cid je vybrán ze z kombinací fungicidů podle bodů 2 až 5 · Uznáno vynálezem na základě výsledků expertizy,provedenéÚřadem pro vynálezectví a patentnictví, Berlín, (DD)
CS808278A 1978-01-04 1978-12-06 Composition against phytopathogeneous bacteria CS217403B1 (en)

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JPWO2015108047A1 (ja) 2014-01-15 2017-03-23 株式会社新日本科学 免疫誘導活性を有するキラル核酸アジュバンド及び免疫誘導活性剤
US10149905B2 (en) 2014-01-15 2018-12-11 Shin Nippon Biomedical Laboratories, Ltd. Chiral nucleic acid adjuvant having antitumor effect and antitumor agent
KR102423317B1 (ko) 2014-01-16 2022-07-22 웨이브 라이프 사이언시스 리미티드 키랄 디자인

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NL7900046A (nl) 1979-07-06
GB2016273A (en) 1979-09-26
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DD133885B1 (de) 1981-02-25
DD133885A1 (de) 1979-01-31
DE2853040A1 (de) 1979-07-12

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