※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.02 | ||||||||||||||||||||||||||||||
Molecular Weight | 541877.16 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | BRADI4G08567 | ||||||||||||||||||||||||||||||
Created Date | 2012-06-13 | ||||||||||||||||||||||||||||||
Organism | Brachypodium distachyon(Purple false brome Trachynia distachya) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 15368 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MVSIAQHFAV VHLRCVPRLI TLVQKLCQSS ALEVIEDINF SMRLSFTQRI LKLAHGLSMQ 60 FPCDVSDTMM LFSIARCADS LPVLFGLKFK FSNHDRVFSG DGVGIVLLQL LEEFLQLIQI 120 VFCNSDICCT VHVCVLASLL DIFSTKTWRC EKSGACLVPP LAYSPQVVQY VLKLLKSTQR 180 WTSCVAREKP GHVLDYSRNS EVDGLSCRAR SVVVPLLKKY TCEVYLQLIF PSEEQWLDDL 240 VHLISFLHEE GVKSVTALEK AQLSCTKQAV VSELESVTSH EEEALFGNLF AEARSTGVAD 300 SVEQPTSLAS VSSSSQHGPI QLAADLICFM KTCIFSPEWC NATFMDACRK FHTDHLEQFL 360 SILKFQVCLS DQSSAESTSS NHKETNLLHV NTACFEFLQM FLVSDECPAS LREDLVEKVL 420 KVENGKYTYN HYTLALVARA IISGTNSAYN LGRKVFVQYF GYLLEKANDQ SSSTLDFNDF 480 CETLPCAFHV EILLVAFHSA TLSEKSELTN IVLSSLEKLK HSPSVKSASG LTKWALVLSR 540 LLVVLRHILL YPQTRPSWLF LRLRSRMRDI QVKEEQLRSM NDCLPSFATI VVEGILADTV 600 KEYATTSRLL SQLIDLTPAH AEFYFDKSAV GTLGLNLADL GATISEILGC WRDMKAEVAD 660 DLIVERYLFF ICLSTLAGIG YHHNYSLLND GLSNPDFADV RFFLAFSLSV NDDALSLVGD 720 SLPAVIFGFL KLLHSEILLG SSVLETWDFS RKGAWLSLIL SLISTGVLRH QTSKKTEVES 780 YGKHLVQDRE QFVIGKSLVT YISENTGHCF SVLSSLLETY LHTFREAYLT LVDRGRTSGD 840 HWYPSLLLKH SAFDKSKHHL LFEKVGSNIE MLERICDLPS RIDGVATKLG EGQKDCFLLK 900 CLLHGFPSDY TSSNSALLSC ILVIKEIIHT FHGYLKIMQP GDRDQVDVCT ISKLLDMVMA 960 VRSDRLFRTI HGQCDSIFMS LINYRDDLAR YIDVFILKQL EGFLADINSE ESVHNEAEEI 1020 LVSTIVDLVE DLRSKTDVFK FFLGNAEGAP EGASSLFAPE HAEMSVFMNM LDKCQSEQVN 1080 MKILHLFTDI LGDGFCPALK LKLQKKFVGM DVSSLSSWLA FRILGHPLKT ESMNHTMVGS 1140 TTLRESAVDF LMRLICPSSE TLAIDLQNHL FGAMLLLLDR AFLSCDLQTA KAYFHFLVQL 1200 STEESHFKQL FERMLMLMET VVDNEGLLHT LKFLFTVVES VFGDAGLNRT ALKRLSSNNS 1260 GNNCGSRSFV PKQLKNSDSL VLCANQESNS AVDCDGSSGE EDEDDGTSDG ELGSMDRDDE 1320 EDGNSERTLA SKVCTFTSSG SNFMEQHWYF CYTCDLTVSK GCCSVCAKVC HRGHRVIYSR 1380 SSRFFCDCGA GGVRGSNCQC LKPRKFTRTS VPPPTACSFQ PMLPYHDDLE QVADSGSDFE 1440 DDISIDTDNS LKLSVPKGFT AGLPVFLRNL DIEVRMLEIC KKLLPTILSQ RELNLLRDMK 1500 VILGGDMLVS RASDVFQLKK VFKSGSLDLK IKADYPNSRE LKSHLANGSL TKSLLTVGVR 1560 GKLAVGEGDK VAIFDAGQII GQPTAAPITA DKTNVKPLSR NIVRFEIVHL IFNPLLDHYL 1620 AVAGYGDCQV LTLNNRGEVT DRLAIELALQ GAYIRRVEWV PGSQVQLMVV TNMFVKIYDL 1680 SQDNISPLHY FTVADDIIVD ATLVPSSMGK LVLLVLSEGG LLYRLNVVLA GDVGAKTLTD 1740 TVLVKDAVSM HKGLSLYFSS TYRLIFVSHQ DGTTFIGRLD AASSSVTEFS YVVEEDQDAK 1800 SKPAGLYRWR ELIAGSGTLT CLSKFKSNAP LAVSLGPHEC FAQNLRYGAG SNAPMVGVAA 1860 YKPLSKDKTH CLLLYDDGSL HIYSHTPSGG DSSPSLTAEQ TKKLGSSILN SRAYASTKPE 1920 FPLDFFEKTT CITCDVKFSS DTTKSSDSES IKQRLTSDDG YLESLTSAAF KVSISNPNPD 1980 IVMVGCRIHV GNTSASNIPS EITIFQRVVK LDEGMRSWYD IPFTTAESLL ADEEFTITVG 2040 RTFDGSSVPR IDFIEVYGRA KDEFGWKEKM DAALDMEAHV MGGTTAGGKS AKRPQVMQAT 2100 PIQEQVLADA LRILSRIYLL CQPSYCSDIV DADLELKNLK CRSLLETIFQ SDREPLLHSA 2160 ACRVLQAVFP KKEIYYHVKD TMRLLGVVKS LPAITSRIGV GGSASSWVIK EFIAQIHTVS 2220 KVALHRKFNL VSFLENHGTE LVDGLMQVFW DILDLDRPDT QMINSLVIPC VEFIYSYAEC 2280 LALHANEKSG VSVAPAVALL KKLLFAPYEA VQTSSSLAIS SRFLQVPFPK QTMIATDDGP 2340 DNQAKTSASA MNPTSGNAEV MIEEDPATSS VQYCCDGCST VPILRQRWHC NICPDFDLCQ 2400 TCYEILDADG LPAPHAKDHP MSSIPIELDT FGGEGSDIHF SVDELTNTSV LHPPPVDRSV 2460 QTSPSSVNLL DASGSMDFPA SMTDQRTVSI SASKRAINSL LLSCLIEELR GWMGTTAGTQ 2520 AIPIMQLFYR LSSAVGGPFM DSSKPEHFNL QKFVMWLMDE ININKPFPAK TRCSFGEVSI 2580 LIFMFFTLMF RNWHQPGNDS SHSKSGGISD LTEKQVLVSS TTLLSSSGDQ DKNEFASQLI 2640 CACSALRQQS FLNYLMDILQ QLVHVFKSSS INGEGGSSGS GCGSLLTVRR ELPSGNFAPF 2700 FSDSYAKSHP TDLFMDYNKL LLENTFRLVY SMVRPEKEKS AEKDRSYNVP NTKDLKLDGY 2760 QDILCSYISN PRTTFVRRYA RRLFLHLCGS KTHYYSVRDS WQYSHEVKKL HKIVNKSGGF 2820 RNPVPYERSV KLIKCLSTLC DVAASRPRNW QKFCLKHMDL LPFLMDNFYY FSEECIIQTL 2880 KLLNLAFYSG KDVNQSAHKT ESGDLGGSTR TSSQSSDSKK KRKGDDGSEG ASDKSCMDME 2940 QAVEGFNDKE GDVLKRFVNT FLLEWNSASV RHEAKCVLFG LWYHAKNMFK ETMLKVLLQK 3000 VQYLPMYGQN IIEYTDLMTC LLGKANDSSA KQNEAELLNK CLTSDVISCI FDTLHSQNEL 3060 LANHPNSRIY NTLSCLVEFD GYYLESEPCV TCSCPDVPSS RMKLESLKSE TKFTDNRIIV 3120 KCTGSFTIQS VTMNVYDARK SKSVKVLNLY YNNRPVTDLS ELKNNWSLWK RAKSCHLTFN 3180 QTELKVEFPI PITACNFMIE LDSFYENLQA SSLESLQCPR CSRSVTDKHG ICSNCHENAY 3240 QCRQCRNINY ENLDSFLCNE CGYSKYGRFE FHFMAKPSFS FDNMENDDDM RKGLAAIESE 3300 SENAHRRYQQ LMGFKKPLIK LVSSIGEQEI DSQQKDAVQQ MMVSLPGPTC KVNRKIALLG 3360 VLYGEKCKAA FDSVSKSVQT LQGLRRVLMT YLHQKNSSET NALPVFSIPR SPSSCYGCST 3420 MFVTQCLELL QVLSKHANCR KQLVSAGILP ELFENNIHQG PRTARTLARA VLSSFSEGDA 3480 DAVQELDKLI QKKVMYCLEH HRSTDIAQST REELQLLSET CALVDEFWEA RLRVAFQLLF 3540 SSIKVGARHP AISEHIILPC LRIISQACTP PKSDAGDKEA GAGKSSLMLQ SKNDDTISQP 3600 ASNLSTFKIQ SDVSGKSPDG SRRSQDMPLL SYSEWESGAS YLDFVRRQYK VSQAAKGIQK 3660 ARQDTQKSDY LVLKYGLRWK RRACRKSSKS DFSKFALGSW VSDLILSSCS QSIRFEICTL 3720 ISLLCPSNSS RQFQLLNLLM SLLPRTLSAG ESAAEYFELL GTMIDSEASR LFLTVRGCLT 3780 TLCSLITKEV YNVESEERSL SIDISQGFIL HKLVELLNKF LDIPNIRARF MSDKLLSEVL 3840 EAFLVIRGLV VQKTKLINDC NRLLKDLLDS LLIESIANKR QFIRACISGL QKHVKEKKRR 3900 TSLFILEQLC DLICPVKPEP VYLLILNKAH TQEEFIRGSM TKNPYSSVEV GPLMRDVKNK 3960 ICHQLDLIGL LEDDYGMELL VAGNIISLDL SISQVYEQVW RKHHGQTHHS LSNSSALSAA 4020 SSVRDCPPMT VTYRLQGLDG EATEPMIKEL EEEREESQDP EIEFAIAGAV RECGGLEIIL 4080 SMIQSLRDDE LRSNQEDLAS VLNLLKYCCK IRENRCALLR LGALGMLLDT ARRAFSVDAM 4140 EPAEGILLIV ESLTLEANES DISIAQSVFT TSIEETGACE QAKKIVLMFL ERLCHPLGTK 4200 KSNKQQRNEE MVARILPYLT YGEPEAMEVL VEHFEPYLRD WSEFDQLQKQ HEENRKDDNL 4260 SQRASMQRSA VENFVRVSES LKTSSCGERL KEIILEKGIT KAALGHLRER FASAGMTGSR 4320 TSAEWIAGLK LPSIPFILSM LKGLAKGHLP TQKCVDEEGI LPLLHALEGV PGENEIGARA 4380 ENLLDTLANK EKNGDGFLGE KIQELRHATR DEMRRRALQK REMLLQGLGM RQEFGSDGGR 4440 RIVVSQPIIE GFDDVEEEEE GLACMVCREG YTLRPTDMLG VYAFSKRVNL GATSSGSGRG 4500 DCVFTTVSHF NIIHYQCHQE AKRADAALKT PKKEWDGATL RNNETLCNCI FPLKGPSVSL 4560 GQYNRCVDQY WDQLNSQGRA DGSRLRLLTY DIVLMLARFA TGASFSTDCK GGGRESNSRF 4620 LPFMIQMASH LVDGSANQQR HVMVKAISTY LSNSSSTPES PSRVSASVPG ARASPGSSEE 4680 TVQFMMVNSL LSESYESWMQ HRPAFLQRGI YHAYMQHKHG RSTLKLSPEP SSSAVRPDEG 4740 SSADPNDSKR LFAIVQSMLV YTGLIEQLQQ FFKKGKSGEK DQLSGNLGNW ESKMKEKLSN 4800 MKEMVGLSKD LLSWLEDMTS SEDLQEAFDV MGVLTDVFSS GCTNCEDFVR AAIHAGRN 4858 Gene Ontology GO:0005829; C: cytosol; IEA: EnsemblPlants/Gramene GO:0009506; C: plasmodesma; IEA: EnsemblPlants/Gramene GO:0004842; F: ubiquitin-protein ligase activity; IEA: InterPro GO:0008270; F: zinc ion binding; IEA: InterPro GO:0009926; P: auxin polar transport; IEA: EnsemblPlants/Gramene GO:0048281; P: inflorescence morphogenesis; IEA: EnsemblPlants/Gramene GO:0010311; P: lateral root formation; IEA: EnsemblPlants/Gramene GO:0009640; P: photomorphogenesis; IEA: EnsemblPlants/Gramene GO:0009733; P: response to auxin; IEA: EnsemblPlants/Gramene GO:0009620; P: response to fungus; IEA: EnsemblPlants/Gramene GO:0009826; P: unidimensional cell growth; IEA: EnsemblPlants/Gramene Interpro Pfam SMART SMART; SM00291; ZnF_ZZ PROSITE PRINTS |