※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 6.36 | ||||||||||||||||||||||||||||||
Molecular Weight | 223846.27 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Predicted protein | ||||||||||||||||||||||||||||||
Gene Name | PHYPADRAFT_163274 | ||||||||||||||||||||||||||||||
Created Date | 2008-02-05 | ||||||||||||||||||||||||||||||
Organism | Physcomitrella patens subsp. patens(Moss) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 3218 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome,Reference proteome Sequence Source UniProt Protein Sequence MMREKRGMVW PCQSRKRIHP FVALLVFLQF LCAWDSSGLV AAVGIVQHGP HISNLNVLLP 60 PRSSRPVHYH LQGYNGCFTW TWDHHDILQV DAQYNGTDKN CSTSAVLTSI APFTGRKTTA 120 VHATDSVTGQ ILRCEVFIDK ISRIQIFHHS LKLDLDGLAT LRIRAFDTED NVFSALAGLQ 180 FMWQLSPLSQ TGDTSHRLLH VPLKHTSLID GEIEDQIELE QNGLGSDLYV VRGVGAGQEK 240 VTAHFVEPGF ENLSHIITLT VAEAVSLGPP SPVFMIPGTR LQFTLRALRR NEVKVISLPS 300 PHHRWSLDNS TVADIDTVSG FITARTYGST VVTVEDLRLS GHQQTSTIHV VRPISLVLSL 360 SPLLGKETGA VSNVKQSVVL SDSNWQVVAG RKYVVQAFAF SKESGKKPLL LTKDNDLTMP 420 RAISPFWRMS KVPEAVVAEQ GWRNCSLLEA LSEGNGRLVA SLGHGVMVHD PLSGSWLERN 480 KELLTTEEEL TVCAQVKILR NHFGEYLGLP WAPGYEQLHH LSAEGGCGTK PTDYQWSSSN 540 PAVATVNVDG VVRTKGLGRA VIHATALGDV LNDDEIIVEV SYPTAIGIAP GLPVEVEVGS 600 YIPVAVGLRD SSGMEYASCD VLKNAVQWAI FGGDGQFSMV SEDAQMLSSA QEKAIQLIHP 660 RVCAWALISA TRTGRATVRA SLNIGELLVG FTSSEIEHPF LEASWPIAAF APLTLEQAKS 720 GDGHGGYSHK LAGTRLVPLP SPESRHLKEL LLVLRSSMKV FLCGGPERWR QGVEFVDTHE 780 VINEQGAAGK ENIGVSHVQD GGNWVYNIEC KSLGNSTIFF YRGNLVGEDH PTKSVVSVSL 840 SVTCSVPSAI TLLIDEPENS MTSIKLAAHA ERDKTNCQIA PVTVINDRSI RVAVVALDDA 900 RRPFSNASSL SVSWKLVGCK NLAQWVVEES NSNVVSNGWE RKLALGNAAG ECTVRADLHG 960 FASEYEGAFA MIPAWKSFAK SFGHLSDAVQ LQLVAALRIE PSNFLLFHHP DSKASLSILG 1020 GTNEVEARAN DSRVVDVVLL DTRGLIVAAR GLGSALITIR DVGLATPASA SALVTVSDAA 1080 AVRMLLPEDT SLQVGSCLVV KVEAADSSGR VFDSSQFIFM NLRVHLQDGV LITKPHTSAH 1140 LAANEFVVCG ANVGLTTTLH VSIRQRSDKE VFSDVARILV YAPLSIRPSA LVLAPGAKYL 1200 LVVDGGPQTG VVFNFDATHP EVVKIDPASG LLEAKAPGRA TVQAQARNHN GELLSEAQLN 1260 VTVQVPVSMI LDVRGGQLAI GREITIFPHG FGENLFAFYD LCGNYKWSVG NDQVLGLAGI 1320 DDFSGEEKNS ALSEVASSRT KGWGKLDESS GTPYGFTARA IGKSAGRTTV TLSFNCQFHY 1380 NGQKVEKEFK PSGTVWVVPD PPLSLGIGAT WVLPPSYSSS PLLLQRERPV PEFSDPGRGG 1440 GSVTYSVMHQ SINDANVITL MESGTIQTSE KTEVACIHAR DRSTGRSEVA ACVRVAEVHA 1500 LYLLEVACPL VASSVFRCLP GWMAGIFSLH QSDLVVFSLT VGDDILAVPL AELSVGTDQK 1560 LAVTLRDDLG VPFLEAGTTI PITLDTNRAD LITVKVVDVE IVGRSSKATI LVKAVRQGSA 1620 LVRVTYKNNP QIVDWIMINV GAYVYPRSPV LHIGNRLSFS ILGKGERGSW YSSNASVVRV 1680 DSHSGEAQAI AEGVATVSFN GTRLTTYTTV NVVRVASVHI EVPTGIISNV PTAREGYYFP 1740 VKFSDAYGRD IGIVGENREV SYSCQVQPSF IGGMAQNFRE AKAWREPGSG AFHCVFLPNQ 1800 PAKLKEAYQK SVAQKHIAPK YLNGKLEFSM IVQVEGTSGI EGSVKAWFAG GFEIVQSMPS 1860 QLTLTSKSKE WEFVVVGCVH PDIVRPTIPG QPEAFSIKLQ NPKVETDGAG GRALYKLKVV 1920 DESKPISDSL VIRSSLTGQE LELPVCFKPG KSTIAGLTAQ IATTVVIIVL LMILPLVFCA 1980 RLLDVQRSSL ASRNVDTLPS EPAANGGQYE TTPLRQRIVG SPRTPQTPPS GGLGYRSPQQ 2040 PYTEYVSRTL ENTPYYSREG IRKYDPSFTY 2070 Gene Ontology Interpro Pfam Pfam; PF02368; Big_2 SMART SMART; SM00635; BID_2 PROSITE PRINTS |