General Information: |
|
Name(s) found: |
gi|114614250
[NCBI NR]
|
Description(s) found:
SHOW ONLY BEST |
|
Organism: | Pan troglodytes |
Length: | 5234 amino acids |
Gene Ontology: |
|
Cellular Component: | NONE FOUND |
Biological Process: | NONE FOUND |
Molecular Function: | NONE FOUND |
Sequence: |
|
Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51 | | | | | | 1 MGNEASLEGE GLPEGLAAAA AAGGGASGAG SPSHTAIPAG MEADLSQLSE EERRQIAAVM 60 61 SRAQGLPKGS VPPAAAESPS MHRKQELDSS HPPKQSGRPP DPGRPAQPGL SKSRTTDTFR 120 121 SEQKLPGRSP STISLKESKS RTDLKEEHKS SMMPGFLSEV NPLSAVSSVV NKFNPFDLIS 180 181 DSEASQEETT KKQKVVQKEQ GKPEGIIKPP LQQQPPKPVP KQQRPGRDPL QQDGTPKSIS 240 241 SQQPEKIKSQ PPGTGKPIQG PAQTPQTDHA KLPLQRDASR PQTKQADIVR GESVKPSLQS 300 301 PSKPPIQQPT PGKPPAQQPG HEKSQPGPAK PPAQPSGLTK PLAQQPGTVK PPVQPPGTTK 360 361 PPAQPLGPAK PPAQQTGSEK PSSEQPGPKA LAQPPGVGKT PAQQPGPAKP PTQQVGTPKP 420 421 LAQQPGLQSP AKAPGPTKTP PGSAKPPPQQ PGSAKPPPQQ PGSAKPPPQQ PGSAKPPSQQ 480 481 PGSAKPSAQQ PSPAKPSAQQ STKPVSQTGS GKPLQPPTVS PSAKQPPSQD LPKTICPLCN 540 541 TTELLLHVPE KANFNTCTEC QTTVCSLCGF NPNPHLTEVK EWLCLNCQMK RALGGDLAPV 600 601 PSSPQPKLKT APVTTTSAVS KSSPQPQQTS PKKDAAPKQD LSKAPEPKKP PPLVKQPTLH 660 661 GSPSAKAKQP PEADSSSKPA PPKEPSVPSE QDKAPVADDK PKQPKMVKPT TDLVSSSSAT 720 721 TKPDIPSSKV QSQAEEKTTP PLKTDSAKPS QSFPPTGEKV TPFDSKAIPR PASDSKIISH 780 781 PGPSSESKGQ KQVDPVQKKE EPKKAQTKMS PKPDAKPMPK GSPTPPGPRP TAGQTVPTPQ 840 841 QSPKPQEQSR RFSLNLGSIT DAPKSQPTTP QETVTGKLFG FGASIFSQAS NLISTAGQPG 900 901 PHSQSGPGAP MKQAPAPSQP PTSQGPPKST GQAPPAPAKS IPVKKETKAP AAEKLEPKAE 960 961 QAPTVKRTET EKKPPPIKDS KSLTAEPQKA VLPTKLEKSP KPESTCPLCK TELNIGSKDP1020 1021 PNFNTCTECK NQVCNLCGFN PTPHLTEVKW LCLNCQTQRA ISGQLGDIHK MPPAPSGPKA1080 1081 SPMPVPTESS SQKTAVPPQV KLVKKQEQEV KTEAEKVILE KVKETLSMEK IPPMVTTDQK1140 1141 QEESKLEKDK ASALQEKKPL PEEKKLISEE EKIRSEEKKP LLEEKKPTPE DKKLLPEAKT1200 1201 SAPEEQKHDL LKSQVQIAEE KLEGRVAPKT VQEGKQPQTK MEGLPSGTPQ SLPKEDDKTT1260 1261 KTIKEQPQPP CTAKPDQEKE DDKSDTSSSQ QPKSPQGLSD TGYSSDGISS SLGEIPSLIP1320 1321 TDEKDILKGL KKDSFSQESS PSSPSDLAKL ESTVLSILEA QASTLADEKS EKKTQPHEVS1380 1381 PEQPKDQEKT QSLSETLEIT ISEEEIKESQ EERKDTFKKD SQQDIPSSKD HKEKSEFVDD1440 1441 ITTRREPYDS VEESSESENS PVPQRKRRTS VGSSSSDEYK QEDSQGSGEE EDFIRKQIIE1500 1501 MSADEDASGS EDDEFIRNQL KEISSSTESQ KKEETKGKGK ITAGKHRRLT RKSSTSIDED1560 1561 AGRRHSWHDE DDEAFDESPE LKYRETKSQE SEELVVAGGG GLRRFKTIEL NSTIADKYSA1620 1621 ESSQKKTSLY FDEEPELEME SLTDSPEDRS RGEGSSSLHA SSFTPGTSPT SVSSLDEDSD1680 1681 SSPSHKKGES KQQRKARHRP HGPLLPTIED SSEEEELREE EELLKEQEKQ REIEQQQRKS1740 1741 SSKKSKKDKD ELRAQRRRER PKTPPSNLSP IEDASPTEEL RQAAEMEELH RSSCSEYSPS1800 1801 IESDPEGFEI SPEKIIEVQK VYKLPTAVSL YSPTDEQSIM QKEGSQKALK SAEEMYEEMM1860 1861 HKTHKYKAFP AANERDEVFE KEPLYGGMLI EDYIYESLVE DTYNGSVDGS LLTRQEEENG1920 1921 FMQQKGREQK IRLSEQIYED PMQKITDLQK EFYELESLHS VVPQEDIVSS SFIIPESHEI1980 1981 VDLGTMVTST EEERKLLDAD AAYEELMKRQ QMQLTPGSSP TQAPIGEDMT ESTMDFDRMP2040 2041 DASLTSSVLS GASLTDSTSS ATLSIPDVKI TQHFSTEEIE DEYVTDYTRE IQEIIAHESL2100 2101 ILTYSEPSES ATSVPPSDTP SLTSSVSSVC TTDSSSPITT LDSITTVYTE PVDMITKLED2160 2161 SEEISSSTYF PGSIIDYPEE ISVSLDRTAT PDGRASADHI VISLSDMASS IIESVVPKPE2220 2221 GPVADTISTD LPISEKDPVK KAKKETGNGI ILEVLEAYRD KKELEAELTK SSLSETVFDH2280 2281 PPSSVIALPM KEQLSTTYFT SGETFGQEKP ASQLPSGSPS VSSLPAKPRP FFRSSSLDIS2340 2341 AQPPPPPPPP PPPPPPPPPP PPPPLPPPTS PKPTILPKKK LTVAAPVTTA TPLFDAVTTL2400 2401 ETTAVLRSNG LPVTRICTTA PPPVPPKPSS IPSGLVFTHR PEPSKPPIAP KPVIPQLPTT2460 2461 TQKPTDIHPK PTGLSLTSSM TLNLVTSADY KLPSPTSPLS PHSNKSSPRF SKSLTETYVV2520 2521 ITLPSEPGTP TDSSASQAIT SWPLGSPSKD LVSVEPVFSV VPPVTAVEIP ISSEQTFYIS2580 2581 GALQTFSATP VTAPSSFQAA PTSVTQFLTT EVSKTEVSAT RSAAPSVGLS SISITIPPEP2640 2641 LALDNIHLEK PQYKEDGKLQ LVGDVIDLRT VPKVEVKTTD KCIDLSASTM DVKRQITANE2700 2701 VYGKQISAVQ PSIINLSVTS SIVTPVSLAT ETVTFVTCTA SASYTTGTES LVGAEHAMTT2760 2761 PLQLTTSKHA EPPYRIPSDQ VFPIAREEAP INLSLGTPAH AVTLAITKPV TVPPVGVTNG2820 2821 WTDSTVSQGI TDGEVVDLST TKSHRTVVTM DESTSSVMTK IIEDDEKPVD LTAGRRAVCC2880 2881 DVVYKLPFGR SCTAQQPATT LPEDRFGYRD DHYQYDRSGP YGYRGIGGMK PSMSDTNLAE2940 2941 AGHFFYKSKN AFDYSEGTDT AVDLTSGRVT TGEVMDYSSK TTGPYPETRQ VISGAGISTP3000 3001 QYSTARMTPP PGPQYCVGSV LRSSNGVVYS SVATPTPSTF AITTQPGSIF STTVRDLSGI3060 3061 HTADAVTSLP AMHHSQPMPR SYFITTGASE TDIAVTGIDI SASLQTITME SLTAETIDSV3120 3121 PTLTTASEVF PEVVGDESAL LIVPEEDKQQ QQLDLERELL ELEKIKQQRF AEELEWERQE3180 3181 IQRFREQEKI MVQKKLEELQ SMKQHLLYQQ EEERQAQFMM RQETLAQQQL QLEQIQQLQQ3240 3241 QLHQQLEEQK IRQIYQYNYD PSGTASPQTT TEQAILEGQY AAPEGSQFWA TEDATTTASA3300 3301 VVAIEIPQSQ GWYTVQSDGV TQYIAPPGIL STVSEIPLTD VVVKEEKQPK KRSSGAKVRG3360 3361 QYDDMGENMT DDPRSFKKIV DSGVQTDDED ATDRSYVSRR RRTKKSVDTS VQTDDEDQDE3420 3421 WDMPTRSRRK ARVGKYGDSM TEADKTKPLS KVSSIAVQTV AEISVQTEPV GTIRTPSIRA3480 3481 RVDAKVEIIK HISAPEKTYK GGSLGCQTEA DSDTQSPQYL SATSPPKDKK RPTPLEIGYS3540 3541 SHLRADSTVQ LAPSPPKSPK VLYSPISPLS PGKALESAFV PYEKPLPDDI SPQKVLHPDM3600 3601 AKVPPASPKT AKMMQRSISD PKPLSPTADE SSRAPFQYTE GYTTKGSQTM TSSGAQKKVK3660 3661 RTLPNPPPEE ISTGTQSTFS TMGTVSRRRI CRTNTMARAK ILQDIDRELD LVERESAKLR3720 3721 KKQAELDEEE KEIDAKLRYL EMGINRRKEA LLKEREKRER AYLQGVAEDR DYMSDSEVSS3780 3781 TRPTRIESQH GIERPRTAPQ TEFSQFIPPQ TQTESQLVPP TSPYTQYQYS SPALPTQAPT3840 3841 SYTQQSHFEQ QTLYHQQVSP YQTQPTFQAV ATMSFTPQVQ PTPTPQPSYQ LPSQMMVIQQ3900 3901 KPRQTTLYLE PKITSNYEVI RNQPLMIAPV STDNTYAVSH LGSKYNSLDL RIGLEERSSM3960 3961 ASSPISSISA DSFYADIDHH TPRNYVLIDD IGEITKGTAA LSTAFSLHEK DLSKTDRLLR4020 4021 TTETRRSQEV TDFLAPLQSS SRLHSYVKAE EDPMEDPYEL KLLKHQIKQE FRRGTESLDH4080 4081 LAGLSHYYHA DTSYRHFPKS EKYSISRLTL EKQAAKQLPA AILYQKQSKH KKSLIDPKMS4140 4141 KFSPIQESRD LEPDYSSYMT SSTSSIGGIS SRARLLQDDI TFGLRKNITD QQKFMGSSLG4200 4201 TGLGTLGNTI RSALQDEADK PYSSGSRSRP SSRPSSVYGL DLSIKRDSSS SSLRLKAQEA4260 4261 EALDVSFSHA SSSARTKPTS LPISQSRGRI PIVAQNSEEE SPLSPVGQPM GMARAAAGPL4320 4321 PPISADTRDQ FGSSHSLPEV QQHMREESRT RGYDRDIAFI MDDFQHAMSD SEAYHLRREE4380 4381 TDWFDKPRES RLENGHGLDR KLPERLVHSR PLSQHQEQII QMNGKTMHYI FPHARIKITR4440 4441 DSKDHTVSGN GLGIRIVGGK EIPGHSGEIG AYIAKILPGG SAEQTGKLME GMQVLEWNGI4500 4501 PLTSKTYEEV QSIISQQSGE AEICVRLDLN MLSDSENSQH LELHEPPKAV DKAKSPGVDP4560 4561 KQLAAELQKV SLQQSPLVLS SVVEKGSHVH SGPTSAGSSS VPSPGQPGSP SVSKKKHGSS4620 4621 KLQINYDLGN LIIHILQARN LVPRDNNGYS DPFVKVYLLP GRGAEYKRRT KHVQKSLNPE4680 4681 WNQTVIYKSI SMEQLKKKTL EVTVWDYDRF SSNDFLGEVL IDLSSTSHLD NTPRWYPLKE4740 4741 QTESIDHGKS HSSQSSQQSP KPSVIKSRSH GIFPDPSKDM QVPTIEKSHS SPGSSKSSSE4800 4801 GHLRSHGPSR SQSKTSVTQT HLEDAGAAIA AAEAAVQQLR IQPTAHKSGQ SNHARKQHRH4860 4861 SIAGVLPIQR TQSDNLPPPA NGNQDQSQLA LRKVMSDGPV KPEGAKPPNH RPAESSVSTG4920 4921 SSGSSFGSGY SVDSEGSSST AGETNLFPIP RIGKMGQNGQ EPVKQPGVGV GLADTEARGQ4980 4981 REPKPGQACF LGARNMKEIQ PMPEIYPETD KDGEKYPGSL FLPFSNLCQC LIKTNWKPVD5040 5041 GEAQADLELL PNLQTRRILP PSTYLLQKTK ALQTCKRSDI RGSNGPTINA TTCFETTSVM5100 5101 GEIKIALKKE MKTDGEQLIV EILQCRNITY KFKSPDHLPD LYVKIYVMNI STQKKVIKKK5160 5161 TRVCRHDREP SFNETFRFSL SPAGHSLQIL LFSNGGKFMK KTLIGEACIW LDKVDLRKRI5220 5221 VNWHKLLVSP TQTH |
NOT SHOWING SINGLE HITS. [ Show Single Hits ]
New Feature: Upload Your Own Microscopy Data
Protein predicted to be: | GLOBULAR (No transmembrane regions or signal peptide) |
Confidence of classification: | 0.75 |
Source: Reynolds et al. (2008)