BT1 - BTB and TAZ domain protein 1-BMKCloudï½ç¾è¿å®¢äº

例如："NBL1", "4681", "drought"

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836437 BT1

基因描述

Type	Description
Definition	BTB and TAZ domain protein 1

研究结论

Date	Results	Publications
2017-06-10 11:46:00	direct activation of BT1 and BT2 by NLP transcriptional activators is a key component of the molecular mechanism underlying the nitrate response in Arabidopsis	28025145
2017-02-10 17:29:00	Members of BTB Gene Family of act as conserved negative regulators of nitrate uptake genes and nitrogen use efficiency in plants	27208309

名称对应

Type	IDs
Synonymous	BTB and TAZ domain protein 1, MDC12.13, MDC12_13
Gene	UniProtKB-ID: BT1_ARATH, A0A1P8BEH5_ARATH, A0A1P8BEI0_ARATH UniprotKB: Q9FMK7, A0A1P8BEH5, A0A1P8BEI0 UniParc: UPI00000A08DD, UPI000848B66D, UPI00084923D2 EMBL: BT010872, AB008265, AK227278, AY316674, CP002688 EnsemblGenome: AT5G63160 KO: ath:AT5G63160
Nucleutide sequences	EMBL-CDS: AED97712.1, BAE99302.1, AAR24650.1, AAQ87004.1, BAB10558.1, ANM70002.1, ANM70001.1 Gene_ORFName: MDC12.13 EnsemblGenome_TRS: AT5G63160.1
Protein sequencees	EnsemblGenome_PRO: AT5G63160.1 RefSeq: NP_001331645.1, NP_001331644.1, NP_201121.1
Others	UniRef100: UniRef100_A0A1P8BEI0, UniRef100_Q9FMK7 UniRef90: UniRef90_Q9FMK7, UniRef90_A0A1P8BEI0 UniRef50: UniRef50_A0A1P8BEI0, UniRef50_Q94BN0 UniGene: At.27672, At.67928

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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
28650476	CrY2H-seq: a massively multiplexed assay for deep-coverage interactome mapping. Nat. Methods Shelly A Trigg , Renee M Garza , Andrew MacWilliams , Joseph R Nery , Anna Bartlett , Rosa Castanon , Adeline Goubil , Joseph Feeney , Ronan O'Malley , Shao-Shan C Huang , Zhuzhu Z Zhang , Mary Galli , Joseph R Ecker	2017-08-01	-
28025145	Direct transcriptional activation of BT genes by NLP transcription factors is a key component of the nitrate response in Arabidopsis. Biochem. Biophys. Res. Commun. Takeo Sato , Shugo Maekawa , Mineko Konishi , Nozomi Yoshioka , Yuki Sasaki , Haruna Maeda , Tetsuya Ishida , Yuki Kato , Junji Yamaguchi , Shuichi Yanagisawa	2017-01-29	-
27208309	Members of BTB Gene Family of Scaffold Proteins Suppress Nitrate Uptake and Nitrogen Use Efficiency. Plant Physiol. Viviana Araus , Elena A Vidal , Tomas Puelma , SimÃ³n Alamos , Delphine Mieulet , Emmanuel Guiderdoni , Rodrigo A GutiÃ©rrez	2016-06-01	-
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	-
19054356	BTB and TAZ domain scaffold proteins perform a crucial function in Arabidopsis development. Plant J. HÃ©lÃ¨ne S Robert , Ab Quint , Daan Brand , Adam Vivian-Smith , Remko Offringa	2009-04-01	BT2, BT5, BT1, BT4, BT3
15772280	Arabidopsis has two redundant Cullin3 proteins that are essential for embryo development and that interact with RBX1 and BTB proteins to form multisubunit E3 ubiquitin ligase complexes in vivo. Plant Cell Pablo Figueroa , Giuliana Gusmaroli , Giovanna Serino , Jessica Habashi , Ligeng Ma , Yunping Shen , Suhua Feng , Magnolia Bostick , Judy Callis , Hanjo Hellmann , Xing Wang Deng	2005-04-01	-
15316289	A novel family of Ca2+/calmodulin-binding proteins involved in transcriptional regulation: interaction with fsh/Ring3 class transcription activators. Plant Mol Biol Liqun Du , B W Poovaiah	2004-03-01	-
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
10748221	The transactivation domain within cysteine/histidine-rich region 1 of CBP comprises two novel zinc-binding modules. J Biol Chem A L Newton , B K Sharpe , A Kwan , J P Mackay , M Crossley	2000-05-19	-

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