INPUT WORD = [ Match Type : Exact , C_ID : C00000175 ]

C_ID Metabolite Name Activity Category Biological Activity (Function) Target Species Reference
C00000175EthyleneEnhance stem growthinduce petiole epinastyPisum sativumSaltveit,Plant Physiol.,61,(1978),447-450
C00000175EthyleneEnhance stem growthstimulate coleoptile growth in deep-waterOryza sativaSuge,Proc.Crop Sci.Soc.Japan,40,(1971),127-131
Metraux,Plant Physiol.,72,(1983),441-446
Raskin,Planta,160,(1984),66-72
Metraux,Planta,160,(1984),73-77
Raskin,Plant Physiol.,76,(1984),947-950
Suge,Plant Cell Physiol.,26,(1985),607-614
Cohen,Plant Physiol.,84,(1987),282-286
C00000175EthyleneInhibit leaf growthinduce leaf abscissionCitrus sinensisSagee,Plant Physiol.,66,(1980),750-753
C00000175EthyleneInhibit plant growthenhance senescenceDianthus caryophyllusCrocker,Bot.Gaz.,46,(1908),259-276
Mayak,Plant Physiol.,58,(1976),663-665
Mayak,Plant Physiol.,59,(1977),591-593
Bufler,Planta,150,(1980),439-442
Mayak,Planta,153,(1981),49-55
Peiser,Acta Hort.,181,(1986),99-104
C00000175EthyleneInhibit plant growthenhance senescenceHibiscus rosa-sinensisWoodson,Plant Physiol.,79,(1985),679-683
C00000175EthyleneInhibit plant growthenhance senescenceIpomoea tricolorKende,Planta,116,(1974),279-289
C00000175EthyleneInhibit plant growthenhance senescenceTradescantiaSuttle,Plant Physiol.,62,(1978),267-271
Suttle,Plant Physiol.,65,(1980),1067-1072
C00000175EthyleneInhibit stem growthinhibit epicotyl elongationPisum sativumNeljubow,Pflanzen.Bot.Zentralbl.,10,(1901),128-138
Goeschl,Plant Physiol.,41,(1966),877-884
Goeschl,Biochemistry & physiology of plant growth substances,(1968),1229-1242
Kang,Planta,104,(1972),275-281
Stewart,Plant Physiol.,54,(1974),1-5
C00000175EthyleneEnhance floweringinduce floweringAnanas comosusBurg,Science,152,(1966),1269-1269
C00000175EthyleneEnhance floweringinduce floweringCucumis meloByers,Proc.Natl.Acad.Sci.USA,69,(1972),717-720
C00000175EthyleneEnhance floweringinduce floweringCucumis sativusMcMurray,Science,162,(1968),1397-1398
Iwahori,Plant Physiol.,46,(1970),412-415
Rudich,Plant Physiol.,49,(1972),998-999
C00000175EthyleneEnhance floweringinduce floweringNarcissus tazettaIwanishi,Scientia Hortic.,21,(1983),173-180
Iwanishi,Acta Hort.,201,(1987),29-35
C00000175EthyleneEnhance fruitinginduce ripeningCitrus reticulataPurvis,Plant Physiol.,68,(1981),854-856
C00000175EthyleneEnhance fruitinginduce ripeningCitrus unshiuShimokawa,Scientica Hort.,8,(1978),129-135
Shimokawa,Plant Cell Physiol.,19,(1978),229-236
C00000175EthyleneEnhance fruitinginduce ripeningCucumis meloPassam,J.Exp.Bot.,29,(1978),325-333
C00000175EthyleneEnhance fruitinginduce ripeningFicus caricaMarei,Plant Physiol.,48,(1971),806-808
C00000175EthyleneEnhance fruitinginduce ripeningIris hollandicaKamerbeek,Physiol.Plant.,27,(1972),5-8
C00000175EthyleneEnhance fruitinginduce ripeningLycopersicon esculentumTucker,Eur.J.Biochem.,112,(1980),119-124
Tucker,Planta,155,(1982),64-67
Grierson,Planta,157,(1983),174-179
Crookes,Plant Physiol.,72,(1983),1088-1093
Jeffery,Plant Physiol.,74,(1984),32-38
Grierson,Planta,163,(1985),263-271
Grierson,Nucl.Acids Res.,14,(1986),8595-8603
DellaPenna,Proc.Nat.Acad.Sci.USA,83,(1986),6420-6424
Bennett,Tomato biotechnology,(1987),299-308
Grierson,Tomato biotechnology,(1987),309-323
Chalmers,Plant Physiol.,48,(1971),235-240
C00000175EthyleneEnhance fruitinginduce ripeningMusa acuminataBrady,Phytochemistry,9,(1970),1037-1047
Brady,Aust.J.Plant Physiol.,3,(1976),301-310
Barker,Nature,196,(1962),189-189
Salminen,Plant Physiol.,55,(1975),45-50
C00000175EthyleneEnhance fruitinginduce ripeningPersea americanaRichmond,Arch.Biochem.Biophys.,115,(1966),211-214
Richmond,Plant Physiol.,41,(1966),1247-1253
Young,Plant Physiol.,42,(1967),1357-1362
Zauberman,Plant Physiol.,49,(1972),864-865
Pesis,Plant Physiol.,61,(1978),416-419
Awad,Plant Physiol.,64,(1979),306-308
Bennett,Plant Physiol.,83,(1987),973-976
C00000175EthyleneEnhance fruitinginduce ripeningSolanum tuberosumHuelin,New Phytol.,38,(1936),85-104
Reid,Plant Physiol.,49,(1972),252-255
C00000175EthyleneEnhance germinationenhance seed germinationArachis hypogaeaKetring,Plant Physiol.,44,(1969),326-330
C00000175EthyleneEnhance germinationenhance seed germinationLactuca sativaAbeles,Plant Physiol.,44,(1969),277-280
Negm,Plant Physiol.,49,(1972),869-872
Burdett,Plant Physiol.,50,(1972),719-722
Dunlap,Plant Physiol.,60,(1977),222-224
Saini,Plant Physiol.,81,(1986),950-953
Saini,Plant Physiol.,90,(1989),311-315
C00000175EthyleneEnhance germinationenhance seed germinationRicinus communisSpencer,Nature,205,(1965),699-700
C00000175EthyleneEnhance germinationenhance seed germinationXanthium canadenseKatoh,Plant Cell Physiol.,16,(1975),687-696
Katoh,Plant Cell Physiol.,16,(1975),697-706
Esashi,Plant Cell Physiol.,16,(1975),707-718
Satoh,J.Exp.Bot.,35,(1984),1515-1524
C00000175EthyleneEnhance stem growthinduce petiole epinastyEuphorbia pulcherrimaSacalis,HortSci.,13,(1978),594-596
C00000175EthyleneEnhance stem growthinduce petiole epinastyLycopersicon esculentumUrsin,Plant Physiol.,(1989),1341-1346
Number of matched data : DB match=27

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