MAP1A - methionine aminopeptidase 1A-BMKCloudï½ç¾è¿å®¢äº

例如："NBL1", "4681", "drought"

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819132 MAP1A

基因描述

Type	Description
Definition	methionine aminopeptidase 1A

研究结论

Date	Results	Publications
2010-03-08 11:17:00	Independent double-stranded RNA interference lines displaying distinct MAP1A levels demonstrated that the extent of the developmental defect specifically depends on the concentration of MAP1A.	19855051

名称对应

Type	IDs
Synonymous	F4L23.25, methionine aminopeptidase 1A
Gene	UniProtKB-ID: MAP1A_ARATH, A0A654F239_ARATH, Q0WUD9_ARATH, A0A1P8B297_ARATH UniprotKB: Q9SLN5, A0A654F239, Q0WUD9, A0A1P8B297 UniParc: UPI000000092C, UPI0008489865 EMBL: AF250960, AY087682, AC002387, BT008490, CACRSJ010000105, AY099542, AK227222, CACSHJ010000088, CP002685 EnsemblGenome: AT2G45240 KO: ath:AT2G45240
Nucleutide sequences	EMBL-CDS: AAM20394.1, AAB82638.1, AAM65219.1, AAG33974.1, AEC10528.1, AAP37849.1, VYS55589.1, CAA0377020.1, BAE99259.1, ANM63026.1 Gene_ORFName: F4L23.25, C24_LOCUS10882, AN1_LOCUS11043, F4L23.25 EnsemblGenome_TRS: AT2G45240.1
Protein sequencees	EnsemblGenome_PRO: AT2G45240.1 RefSeq: NP_001325142.1, NP_182049.1
Others	UniRef100: UniRef100_Q9SLN5, UniRef100_A0A1P8B297 UniRef90: UniRef90_Q9SLN5, UniRef90_A0A1P8B297 UniRef50: UniRef50_A0A328EBI8, UniRef50_Q9SLN5 UniGene: At.12298

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mRNA

Protein

UniprotKB

Description

Refseq

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Location

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Pubmed编号	文献信息	发表日期	相关基因
21166475	Analysis of the Arabidopsis cytosolic proteome highlights subcellular partitioning of central plant metabolism. J. Proteome Res. Jun Ito , Tanveer S Batth , Christopher J Petzold , Alyssa M Redding-Johanson , Aindrila Mukhopadhyay , Robert Verboom , Etienne H Meyer , A Harvey Millar , Joshua L Heazlewood	2011-04-01	AT3G08943, AT3G08947, AT3G07030, AT3G42170, AT4G22285, AT1G24800, AT1G25055, AT1G24881, AT1G25211, AT2G01250, AT2G01690, GSTZ1, AT2G02400, AL6, CAND1, UBC2, GEK1, AT2G03820, CR88, AT2G04390, AT2G04400, AT2G04520, AT2G05220, ACO3, AT2G05920, HEN2, PFD1, AT2G07360, AT2G09990, ABH1, DRP3B, PIP, UGT73B4, NIR1, SQN, AT2G15860, HB1, THY-1, PAP10, MCM4, AT2G16485, ASE1, ROC3, MSI2, UBC23, AT2G16940, TRN1, DSK2, AT2G17280, CPK6, AT2G17360, NTRA, AT2G17930, ATSLY1, EMB2296, PIN1AT, AT2G18110, AT2G18220, COAD, TPS11, AT2G18740, NAP1;2, FVE, CDA1, PRMT1A, PRF1, AT2G20140, CLASP, RPN1A, AT2G20760, AT2G21130, TIM, AT2G21250, UFD1, AT2G21390, CCR2, AT2G22125, AAT, AT2G22420, GEM, SNRK2.9, AT2G23070, PAB4, AT2G23820, SNRNP-G, eIFiso4G2, AT2G24190, AT2G24200, AT2G24590, MAPR2, AT2G25670, AT2G25970, SEH, FUS12, PAG1, CAM5, AGO4, SE, AAO3
21094157	14-3-3 proteins fine-tune plant nutrient metabolism. FEBS Lett. Ryoung Shin , Joseph M Jez , Amarjit Basra , Bei Zhang , Daniel P Schachtman	2011-01-03	ArthMp038, LCR16, LCR46, ArthMp095, PAP1, RPI2, RGA1, BRL2, LCR72, ZAP1, AT2G07750, NIR1, ROC3, AT2G18140, GGPS4, PHYB, FRK1, AT2G19490, AT2G20030, AT2G20780, AT2G21130, RER1B, SR1, AT2G22420, HB6, HAT9, AT2G22950, GH3.3, CNGC6, AT2G24330, GLR2.2, RR12, PEX10, AGO5, AT2G28070, AT2G29880, WRKY25, AT2G30320, AT2G30330, RPT2, GSTF10, ASP1, AT2G31390, COP1, PKT3, AT2G33450, AT2G33730, AT2G34140, WAVE1, NF-YA4, WRKY35, VSR5, AT2G36460, DML1, MAT3, ABCB1, AT2G38010, AGT3, WRKY33, JAL23, AT2G39960, UBP5, PIP5K5, SFGH, PLDBETA1, AT2G42100, AT2G42360, NAC042, BIO2, AT2G43480, MAP1A, FLA8, ZAT, TLP3, GAPC1, SEC, SUVR4, AT3G05150, PRXIIF, CHR11, AT3G06450, GATA15, RPM1, GLR1.4, PK1, AT3G09470, DML2, HSP70, HAC5, MRP8, WBC27, CAX2, PPC3, EXPA12, IAA19, MTO3, CIPK1, CDC48C, HB-1
19855051	Cotranslational proteolysis dominates glutathione homeostasis to support proper growth and development. Plant Cell FrÃ©dÃ©ric Frottin , Christelle Espagne , JosÃ© A Traverso , Caroline Mauve , BenoÃ®t Valot , Caroline Lelarge-Trouverie , Michel Zivy , Graham Noctor , Thierry Meinnel , Carmela Giglione	2009-10-01	MAP1A
11060042	Identification of eukaryotic peptide deformylases reveals universality of N-terminal protein processing mechanisms. EMBO J. C Giglione , A Serero , M Pierre , B Boisson , T Meinnel	2000-11-01	MAP2A, MAP1A, MAP2B, PDF1A, PDF1B, PDF1A, CG31373, und, CG5188, CG31278, CG13630, PDF
10617197	Sequence and analysis of chromosome 2 of the plant Arabidopsis thaliana. Nature X Lin , S Kaul , S Rounsley , T P Shea , M I Benito , C D Town , C Y Fujii , T Mason , C L Bowman , M Barnstead , T V Feldblyum , C R Buell , K A Ketchum , J Lee , C M Ronning , H L Koo , K S Moffat , L A Cronin , M Shen , G Pai , S Van Aken , L Umayam , L J Tallon , J E Gill , M D Adams , A J Carrera , T H Creasy , H M Goodman , C R Somerville , G P Copenhaver , D Preuss , W C Nierman , O White , J A Eisen , S L Salzberg , C M Fraser , J C Venter	1999-12-16	AT2G41231, AT2G24681, AT2G04115, AT2G24645, AT2G48121, AT2G02148, AT2G46493, AT2G27389, AT2G07599, AT2G30105, AT2G29065, AT2G46494, AT2G01175, AT2G05185, AT2G05635, AT2G07777, AT2G07779, AT2G07785, AT2G07787, AT2G10608, AT2G13126, AT2G14247, AT2G14255, AT2G14635, AT2G14846, AT2G16385, AT2G17055, AT2G17787, AT2G20142, AT2G22122, AT2G22905, AT2G24693, AT2G25305, AT2G26135, AT2G26695, ENODL20, AT2G27315, AT2G27402, AT2G28625, AT2G30505, AT2G30942, AT2G30985, AT2G31345, AT2G31862, AT2G32275, AT2G33705, AT2G33793, AT2G33796, AT2G34357, AT2G34655, AT2G35612, AT2G36695, ROT4, AT2G38695, AT2G39415, AT2G40085, AT2G41905, AT2G41945, AT2G42395, AT2G47485, AT2G34185, AT2G05050, SCRL16, LCR14, AT2G07768, LCR62, LCR81, AT2G20463, AT2G22807, AT2G06166, LCR60, LCR76, AT2G30933, AT2G16586, LCR75, AT2G36724, AT2G15110, AT2G22345, LCR73, AT2G04034, SCRL15, AT2G03955, AT2G13542, LCR40, AT2G12475, LCR9, AT2G03932, AT2G03931, AT2G03933, SCRL17, AT2G10260, AT2G19802, AT2G14270, SCRL18, LCR32, LCR82, AT2G07669, AT2G29430, AT2G07795

研究热度

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