※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 4.01 | ||||||||||||||||||||||||||||||
Molecular Weight | 588128.28 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Putative uncharacterized protein | ||||||||||||||||||||||||||||||
Gene Name | SELMODRAFT_444278 | ||||||||||||||||||||||||||||||
Created Date | 2010-10-05 | ||||||||||||||||||||||||||||||
Organism | Selaginella moellendorffii(Spikemoss) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 88036 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Complete proteome Sequence Source UniProt Protein Sequence MGKCSSKERV GKAMVSKINA VQKSSGASSS NDNNNNNNKS NTKPQSIPSS SGSTRVQDNN 60 SPKNVGVVVP PISIPAPPAP AVGSNIQRGG PGSVSDRFHD AQEELPDFPT LDAQGNVPPE 120 EHPTPKMGSS YKQPSSSSPA SSPQEVKKIH SYAYVVAQAP PSASKSSNLE VLSSSNSSAG 180 SFGRSQSLET SSRASETTFS HTTTRTPSKT PETVVKPELV STQTPSAKPD PYKSDSKYAK 240 PASTTKLAPE SKTKSVETMK PAPDTKGKPI SIKGNKPPPP VQEKASPKAK SPPKAKASPT 300 PVRVTEPAMQ NRKEEKAAGV SRRGFVLEDW ELVSKATETP DDKQKASRTA NTETTKAGPD 360 RKAVDSLGKP GGAIRPQAGS DVSSENRVGK QAAPPEIIKE QKAREIPAME KRSSHSKAAT 420 AKKVKATPEV HVTATEPGSD NSMSSFSGPS DSSKVGEEKQ HAQKREAAQV GAGTKRNSGQ 480 EEPVNIAKEV PGNATIKDVT RDFDKKTPQG AQNKREDDTP KQEAKIDQIG IGTSVTTLGE 540 IQEKPQAIAA LRKEEKAPVP QEAPISATVA DATSKSNLDV PTDKAQHRAI APYAIVKREN 600 DDSCVEEKPA DKFTMKLEDN VEKPAVSEHE LKLPDNFYGA QTIAAAQNVQ VATPAEMQVL 660 LDIYPETVQR NEEQTASDVF LDPKAPVPLE YLAGLVEHVI RTTTEDHENV TPPQIKRSAH 720 PNQGKDNRKE RDEMVSEGLP VPKVVQETSK AVELQQATPS EAMPVVKKKA AREAIPEPPA 780 AIPPTPENKE KESHDAAKLA VEHAEAEESD PKAIVKEGEK VADQEIKRSP LDSTHATDSV 840 VKETAAPASD DFAQRVAQEK KVRELQISER ELELPVPVVS QHAQQHVKEQ IQAVLEDAKD 900 AKEVEQAEPI TALAAMPVAD EVLPAKDKPE KAKVAVDDQV EHSDTQESAP ELIVEEEKVA 960 ERAVPDSTQA MDPMVEDTLA AAASLDIPKQ VAEELLVPGE KVPQPTGKAV KEPHAVPKAV 1020 PEAAKEVELA EPPAAPAAMP AVENVFPAHN EIKEEESIET ADVAVEDKEE NADDKESVPD 1080 AIVKEGEKLA EPDIESPVPE YMHATEPVLE TLLAAPSRED IHEQVPEEEI KVKEPQQVSK 1140 REIKEDVQQA ADEAFQKTGE PEAVPEKADE AAKKMELAEP VGAPAATSAV DDVLPTQDEI 1200 KEEGGIEPAA VHDQVENGHA GESTPDAIVE EGEKLMEPGI ESALLDSMHV ADPVMEDTQA 1260 AAPASEHITR QVEDEEIKVE EPQQLSKRKL KLPVPIEELP HTTNETVQEP EAVAEVVPGP 1320 EAVPATAEEP DLEVETAEPL VAQVPTTTVD AVLPAHKEIE AEESIEPAEG AVDNQVENVE 1380 PRESASVAVL EEGEKFAVPE IESGAPDSMH ATDPMVEDTQ RASPSSEDIH EVVEEEQTKV 1440 DVPQQVSERE VELPIPREEL PESAKEAVQE PQPVAEAVPG PEAVPEAAEE LAQEVELAEP 1500 LVAQVPTTTV DAVLPAHEEI EAEESIEPAE GAVDDQVENV EPRESASVAV LEEGENLAVP 1560 EIESGAPDSM HATDPMVEDT QRASPASEDI HEVVEDEQTK VDVPQQVSER EVELPIPVEQ 1620 LQESAKEAVQ EPQPVAEAVP GTEAVPEAAE ELAQEVELAE PLVAQVPTAT VDAVLPAHEE 1680 IEAEESIEPA EVAVDDQVEN VEPRESAAVA VLEEGEKLAV PEIESGAPDS MHATDPMVED 1740 TQRASPASED IHKVVEEEKT KVDVPQRVTE REEIEAEESI EPAEGAVDDQ VENVEPRESA 1800 SVAVLEEGEK LAVPEIESGA PDSMHATDPM VEDTQRASPA SEDIHEVVED EQTKVDVPQQ 1860 VSEREVELPI AVEELPESVN EAVQEPQPVA EAVPGTEAVP EAAEELAKEV ELAEPLVAQV 1920 PTATVDAVLP AREEIKADES IEPAEGAVDD QEENVEPRET ASVAILEEGE TLAVPEIESG 1980 APDSMHATDP MVEDTQGASP ASEDIHEVVE EVKTKADVPQ RFSEREVELP IPVEQLQESA 2040 KEAVQEPQPV AEAVPGPEAV PEAAEEPAQE VELAELLVAQ VPTTTVDAVL PAHEEIEAKE 2100 SIEPAEGAVD DQVENVEPRE SPAVAVLEEG EKLAVPEIES GAPDSMHATD PMVEDTQRAS 2160 PASEDIHEVV EDEQTKVDVP QHVSEREVEL PIPVEELPES VNEAVQEPQP VAEAVPGTEA 2220 VPEAAEELAQ EVELAEPLVA QVPTATVDAV LPAHEEIEAD ESIEPAEVAV DEQVENVEPS 2280 ETASVAILEE GEKLAVQKIE SGAPDSMHAT NPMVEDTQGA SPASEDIHEV VEDEQTKVDV 2340 PQHVSEREVE LPIPVEELPK SAKEAVQEPQ PVAEAVPGTE AVPEAAEELA QEMELAEPLV 2400 SQVPTTTVDA VLPAHEEIEA EESIEPAEGA VDDQVENVEP RESASVAVLE EGEKLAVPEI 2460 ESGAPDSMHA TDPMVEDTQR ASPASEDIHE VVEDEQTKVD VPQQVSEREV ELPIPVEQLQ 2520 ESAKEAVQEP QPVAEAVPGT EAVPEAAEEL AQEVELAEPL VAQVPTATVD AVLPAHEEIE 2580 AEESIEPAEV AVDDQVENVE PRESAAVAVL EEGEKLAVPE IESGAPDSMH ATDPMVEDTQ 2640 RASPASEDIH EVVEDEQSKV DVPQQVSERE VELPIPVEQL QESAKEAVQE PQPVAEAVPG 2700 TEAVPEAAEE LAQEVELAEP LVAQVPTATV DAVLPAHEEI EAEESIEPAE GAVDDQVVNV 2760 EPRESAAVAV LEEGEKLAVP EIESGAPDSM HATDPMVEDT QRASPASEDI HKVVEEEKTK 2820 VDVPQRVTER EVELPIPVEQ LQESAKEAVQ EPQPVAEAVP GTEAVPEAAE EPAQEVELAE 2880 PLVAQVPTTT VDAVLPAHEE IEAKESIEPA EGAVDDQVEN VEPRESASVA VLEEGEKLAV 2940 PEIESGEPDS MHATDPMLED TQRASPASED IHEVVEDEQS KVDVPQQVSE REVELPIPVE 3000 ELPESAKEAV QEPQPVAEAV PGTEAVPEAA EELAQVVELA EPLVAQVPTT TVDAVLPAHE 3060 EIEAEESIEP AEGAVDDQVE NVEPRESASV AVLEEGEKLA VPEIESGALD SMHATDPMVE 3120 DTQGASPASE DIHEVVEDEQ TKVDVPQQVS ERKVELPIPV EELPESAKEA VQEPQPVVEA 3180 VPGTEAVPEA AEELAQVVEL AEPLVAQVPT TTVDAVLPAH EEIEAEESIE PAEGAVDDQV 3240 ENVEPRESAS VAVLEEGEKW AVPEIESGAL DSMHATDPMV EDTQRASPAS EDIHEVVEDE 3300 QSKVDVPQHV SEREVELPIP VEELPESVNE AVQEPQPVAE AVPETEAVPE AAEELAQEVE 3360 LAEPLVAQVP TATVDAVLPA HEEIEADESI EPAEGAVDDQ VENVEPRESA SVAVLEEGEK 3420 LAVPEIESGA PDSMHATDPM VEDTQRASPA SEDIHELVED EQSKVDVPQQ VSEREVELPI 3480 PVEELPESAN EVVQEPQPVV EAVPGTEAVP EAAEEPAQEV ELAEPLVAQV PTATVDAVLP 3540 AHEEIEAEES IEPAEVAVDD QVENVEPRES ASVAILEKGE KLAVPEIDSG APDSISATDP 3600 MVEDTQGACP ASEDIHELVE EEQIKFDVPQ QVSEREVELP IPVEELAESA NEVVQEPQPV 3660 AEAVPGPEAV PEAAEEPAQE VELAEPLVAQ VPTATVDAVL PAHKEIEAEE SIKPAEVAVD 3720 DQVENVEPRE SASVAILEEG EKLAVPEIDS GAPDSMPATD PMVEDTQGAC PASEDIHELV 3780 EKEQTKEPEP VAEAVPGPEA VPEVAEEPAQ EVELAEPLVA QVPTATVDAV LPAHKEIEAE 3840 ESIEPAEVAV DDQVENVEPR ESASVAILEE GEKLAVPEID SGAPDSIAAT DPMVEDTQGA 3900 CPASEDIHEL VEEEQTKVDV PQQVSEREVE LPIPVEELPE SANEVVQEPE PVAEAVPGPE 3960 AVPEVAEEPA QEVELAEPLV AQVPTATVDA VLPAHKEIEA EESIEPAEVA VDDQVENVEP 4020 RESGSVAILE EGEKLAVPEI DSGAPDSMHA TDPMVEDTQG ACPASEDIHE LVEKEQTKVD 4080 VPQQVSEREV ELPIPVEELP ESANEAVQEP EPVAEAVPGT EAVPEAAEEL AQEVELAEPL 4140 VAQVPTATVD AVLPAHEEIE AEESIEPAEG AVDDQVENVE PRESASVAVL EEGEKLAVPE 4200 IESGAPDSMH ATDPMVEDTQ GACPASEDIH ELVEEEQTKV DVPQQVSERE VELPIPVEEL 4260 PESANEVVQE PQPVVEAVPG TEAVPEAAED LAQEVELAEP LVAQVPTATV DAVLPAHEEI 4320 EAEESIEPAE GAVDDQVENV EPRESASVAI LEKGEKLAVP EIDSGAPDSI SATDPMVEDT 4380 QGACPASEDI HELVEEEQTK VDVPQQVSER EVELPIPVEE LPESANEAVQ EPEPVAEAVP 4440 GPEAVPEVAE EPAQEVELAE PLVAQVPTAT VDAVLPAHKE IEAEESIEPA EVAVDDQVEN 4500 VEPRESGSVA ILEEGEKLAV PEIDSGAPDS MHATDPMVED TQGACPASED IHELVEKEQT 4560 KVDVPQQVSE REVELPIPVE ELPESANEVV QEPEPVAEAV PGTEAVPEAA EELAQEVELA 4620 EPLVAQVPTA TVDAVLPAHK EIEAEESIEP AEVAVDDQVE NVEPRESASV AILEEGEKLA 4680 VPEIDSGAPD SISATDPMVE DTQGACPASE DIHELVEEEQ TKVDVPQQVS EREVELPIPV 4740 EELPESANEV VQEPQPVAEA VPGPEAVPEA AEEPAQEVEL AEPLVAQVPT ATVDAVLPAH 4800 KEIEAEESIE PAEVAVDDQV ENVEPRESAS VAILEEGEKL AVPEIDSGAP DSISATDPMV 4860 EDTQGACHAS EDIHELVEEE QTKVDVPQQV SEREVELPIP VEELPESANE VVQEPQPVVE 4920 AVPGTEAVPE AAEELAQEVE LAEPLVAQVP TATVDAVLPA HEEIEAEESI EPAEGAVDDQ 4980 VENVEPRESA SVAVLEEGEK LAVPEIESGA PDSMHATDPM VEDTQGASPA SEDIHELVEE 5040 EQTKVDVPQQ VSEREVELPI PVEELPESAN EVVQEPQPVA EAVPGPEAVP EAAVEPAEPL 5100 VAQVPTGTVD AVLPAHEEIE AEESIEPAEV AVDEQVENVE PRESASVAIL EEGEKLAVPE 5160 FESGAPDSMH ATEPMVEDTQ GGSPASEDIH EHVEEEEVNV EKGQQVSERG LGLAFRVEEL 5220 PQVTNEAVQE PETVLEAVPE REAVPEAAEE AAKGVELAEP VAAQVPTTTV DAVLRAHDEI 5280 KEEESMEPGE VAVNDQVEVV QPRESASVAI VEDGEKSAVP EIESAAPNST RALDPVVDTQ 5340 GAAPASEDIP EQVEEVEANV EEPQQVELEL PVENVPWEAV QEAWDIPKHE SGIQAFELVA 5400 AEKDVSFSPA TARGVRDPTV DPSGGGGGGG GLDMKVKDEN PSGEFSVVAV TTMTWADGKE 5460 QVLGAVAVHH VKVLSSTLDD DSWEEVAASE QYEPNGLGSS NGGTHKLDLN IIEDYAGGK 5519 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |