CYP707A3 - cytochrome P450, family 707, subfamily A, polypeptide 3-BMKCloudï½ç¾è¿å®¢äº

例如："NBL1", "4681", "drought"

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834570 CYP707A3

基因描述

Type	Description
Definition	cytochrome P450, family 707, subfamily A, polypeptide 3

研究结论

Date	Results	Publications
2010-01-21 00:00:00	CYP707A3 reduces the amount of mobile abscisic acid in vacular tissues in response to high humidity in Arabidopsis.	19036833
2010-01-21 00:00:00	Determins threshold levels of abscisic acid during dehydration and after rehydration.	16623881

名称对应

Type	IDs
Synonymous	''cytochrome P450, K9E15.12, K9E15_12, cytochrome P450, family 707, polypeptide 3, polypeptide 3'', subfamily A
Gene	UniProtKB-ID: ABAH3_ARATH UniprotKB: Q9FH76 UniParc: UPI000009FB5F, UPI000019704A EMBL: AY065065, AB020744, CP002688, AB122150, AY102136 EnsemblGenome: AT5G45340 KO: ath:AT5G45340
Nucleutide sequences	EMBL-CDS: AAM26703.1, AAL57698.1, BAB10255.1, BAD16630.1, AED95235.1, AED95234.1 Gene_ORFName: K9E15.12 EnsemblGenome_TRS: AT5G45340.1, AT5G45340.2
Protein sequencees	EnsemblGenome_PRO: AT5G45340.2, AT5G45340.1 RefSeq: NP_199347.2, NP_851136.1
Others	UniRef100: UniRef100_Q9FH76 UniRef90: UniRef90_Q9FH76 UniRef50: UniRef50_Q9FH76 UniGene: At.9625

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mRNA

Protein

UniprotKB

Description

Refseq

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Pubmed编号	文献信息	发表日期	相关基因
31519798	Integrative Analysis from the Epigenome to Translatome Uncovers Patterns of Dominant Nuclear Regulation during Transient Stress. Plant Cell Travis A Lee , Julia Bailey-Serres	2019-11-01	-
21873635	Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium. Brief. Bioinformatics Pascale Gaudet , Michael S Livstone , Suzanna E Lewis , Paul D Thomas	2011-09-01	-
19036833	High humidity induces abscisic acid 8'-hydroxylase in stomata and vasculature to regulate local and systemic abscisic acid responses in Arabidopsis. Plant Physiol. Masanori Okamoto , Yoko Tanaka , Suzanne R Abrams , Yuji Kamiya , Motoaki Seki , Eiji Nambara	2009-02-01	-
17010113	Regulation of hormone metabolism in Arabidopsis seeds: phytochrome regulation of abscisic acid metabolism and abscisic acid regulation of gibberellin metabolism. Plant J. Mitsunori Seo , Atsushi Hanada , Ayuko Kuwahara , Akira Endo , Masanori Okamoto , Yukika Yamauchi , Helen North , Annie Marion-Poll , Tai-Ping Sun , Tomokazu Koshiba , Yuji Kamiya , Shinjiro Yamaguchi , Eiji Nambara	2006-11-01	PHYB, CYP707A2, NCED6, CYP707A1, CYP707A3, GA3OX1, GA2OX6, GA2OX2, ABA2, GA3OX2
16623881	CYP707A3, a major ABA 8'-hydroxylase involved in dehydration and rehydration response in Arabidopsis thaliana. Plant J. Taishi Umezawa , Masanori Okamoto , Tetsuo Kushiro , Eiji Nambara , Youko Oono , Motoaki Seki , Masatomo Kobayashi , Tomokazu Koshiba , Yuji Kamiya , Kazuo Shinozaki	2006-04-01	-
15064374	Arabidopsis CYP707As encode (+)-abscisic acid 8'-hydroxylase, a key enzyme in the oxidative catabolism of abscisic acid. Plant Physiol. Shigeki Saito , Nobuhiro Hirai , Chiaki Matsumoto , Hajime Ohigashi , Daisaku Ohta , Kanzo Sakata , Masaharu Mizutani	2004-04-01	-
11130714	Sequence and analysis of chromosome 5 of the plant Arabidopsis thaliana. Nature S Tabata , T Kaneko , Y Nakamura , H Kotani , T Kato , E Asamizu , N Miyajima , S Sasamoto , T Kimura , T Hosouchi , K Kawashima , M Kohara , M Matsumoto , A Matsuno , A Muraki , S Nakayama , N Nakazaki , K Naruo , S Okumura , S Shinpo , C Takeuchi , T Wada , A Watanabe , M Yamada , M Yasuda , S Sato , M de la Bastide , E Huang , L Spiegel , L Gnoj , A O'Shaughnessy , R Preston , K Habermann , J Murray , D Johnson , T Rohlfing , J Nelson , T Stoneking , K Pepin , J Spieth , M Sekhon , J Armstrong , M Becker , E Belter , H Cordum , M Cordes , L Courtney , W Courtney , M Dante , H Du , J Edwards , J Fryman , B Haakensen , E Lamar , P Latreille , S Leonard , R Meyer , E Mulvaney , P Ozersky , A Riley , C Strowmatt , C Wagner-McPherson , A Wollam , M Yoakum , M Bell , N Dedhia , L Parnell , R Shah , M Rodriguez , L H See , D Vil , J Baker , K Kirchoff , K Toth , L King , A Bahret , B Miller , M Marra , R Martienssen , W R McCombie , R K Wilson , G Murphy , I Bancroft , G Volckaert , R Wambutt , A DÃ¼sterhÃ¶ft , W Stiekema , T Pohl , K D Entian , N Terryn , N Hartley , E Bent , S Johnson , S A Langham , B McCullagh , J Robben , B Grymonprez , W Zimmermann , U Ramsperger , H Wedler , K Balke , E Wedler , S Peters , M van Staveren , W Dirkse , P Mooijman , R K Lankhorst , T Weitzenegger , G Bothe , M Rose , J Hauf , S Berneiser , S Hempel , M Feldpausch , S Lamberth , R Villarroel , J Gielen , W Ardiles , O Bents , K Lemcke , G Kolesov , K Mayer , S Rudd , H Schoof , C Schueller , P Zaccaria , H W Mewes , M Bevan , P Fransz , Kazusa DNA Research Institute , Cold Spring Harbor and Washington University in St Louis Sequencing Consortium , European Union Arabidopsis Genome Sequencing Consortium	2000-12-14	AT5G10605, AT5G08305, AT5G19025, AT5G67265, AT5G53635, AT5G60335, AT5G62865, AT5G28442, AT5G04045, AT5G07225, MIR162A, AT5G09225, AT5G10625, AT5G10745, AT5G18475, AT5G18525, AT5G18636, AT5G20045, AGP41, AT5G26805, AT5G28237, AT5G35732, AT5G35737, AT5G37478, AT5G42235, AT5G42825, AT5G43185, AT5G44005, AT5G44565, AT5G45275, AT5G45660, AT5G48205, AT5G48335, HINT3, AT5G48657, AT5G49015, AT5G52547, AT5G55565, AT5G57565, AT5G66005, AT5G67245, AT5G08055, AT5G06043, AT5G01881, AT5G19172, AT5G19175, AT5G16486, AT5G03795, AT5G03406, AT5G22791, AT5G16453, AT5G23212, AT5G19473, AT5G19485, AT5G19315, AT5G08505, AT5G07740, AT5G23035, AT5G18403, AT5G18407, AT5G08315, AT5G04347, AT5G24318, AT5G26622, AT5G27495, AT5G28288, AT5G32460, AT5G32619, AT5G35050, AT5G35195, AT5G35660, AT5G35926, AT5G36001, AT5G36228, AT5G36300, AT5G37473, AT5G37474, LCR58, AT5G38344, SPH8, AT5G39365, AT5G40405, AT5G42146, AT5G42223, AT5G42232, LCR57, LCR28, AT5G43285, AT5G43401, AT5G43513, AT5G43518, AT5G43525, AT5G44973, SCRL27, AT5G46871, AT5G46873, AT5G46874, AT5G46877, LCR20

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