SCO-spondin (SSPOP)
Homo sapiens — UniProt A2VEC9
Gene: SSPOPHomo sapiensSwissProt reviewed
Data last refreshed: (UniProt release unknown)
Key facts
SCO-spondin (SSPOP) is a protein from Homo sapiens identified by UniProt accession A2VEC9, 5150 residues long. MolForge cross-references it against 0 known binders and 0 disease associations.
- UniProt accession: A2VEC9; gene symbol SSPOP.
- Organism: Homo sapiens.
- Length: 5150 amino acids.
- 3D structure: AlphaFold model available.
Target properties
| Protein name | SCO-spondin |
|---|---|
| UniProt accession | A2VEC9 |
| Gene | SSPOP |
| Organism | Homo sapiens |
| Length | 5150 residues |
| Molecular weight | — |
| EC numbers | — |
| Target class | — |
| Subcellular location | — |
| Keywords | — |
3D Structure (10)
Experimental (PDB) and predicted (AlphaFold) structures for this protein.
| Structure | Source | Method | Mean pLDDT | Resolution (Å) |
|---|---|---|---|---|
| AF-A2VEC9-F2 | alphafold | PREDICTED | 79.18 | — |
| AF-A2VEC9-F1 | alphafold | PREDICTED | 78.55 | — |
| AF-A2VEC9-F3 | alphafold | PREDICTED | 77.07 | — |
| AF-A2VEC9-F4 | alphafold | PREDICTED | 75.50 | — |
| AF-A2VEC9-F5 | alphafold | PREDICTED | 71.25 | — |
| AF-A2VEC9-F6 | alphafold | PREDICTED | 69.10 | — |
| AF-A2VEC9-F18 | alphafold | PREDICTED | 66.73 | — |
| AF-A2VEC9-F20 | alphafold | PREDICTED | 66.58 | — |
Experimental structures are not indexed in MolForge yet — search RCSB PDB for A2VEC9.
Amino-acid sequence (5150 residues)
MLLPALLFGM AWALADGRWC EWTETIRVEE EVAPRQEDLV PCASLDHYSR LGWRLDLPWS GRSGLTRSPA PGLCPIYKPP ETRPAKWNRT VRTCCPGWGG AHCTEALAKA SPEGHCFAMW QCQLQAGSAN ASAGSLEECC ARPWGQSWWD GSSQACRSCS SRHLPGSASS PALLQPLAGA VGQLWSQHQR PSATCASWSG FHYRTFDGRH YHFLGRCTYL LAGAADSTWA VHLTPGDRCP QPGHCQRVTM GPEEVLIQAG NVSVKGQLVP EGQSWLLHGL SLQWLGDWLV LSGGLGVVVR LDRTGSISIS VDHELWGQTQ GLCGLYNGWP EDDFMEPGGG LAMLAATFGN SWRLPGSESG CLDAVEVAQG CDSPLGLIDA DVEPGHLRAE AQDVCHQLLE GPFGQCHAQV SPAEYHEACL FAYCAGAMAG SGQEGRQQAV CATFASYVQA CARRHIHIRW RKPGFCERLC PGGQLYSDCV SLCPPSCEAV GQGEEESCRE ECVSGCECPR GLFWNGTLCV PAAHCPCYYC RQRYVPGDTV RQLCNPCVCR DGRWHCAQAL CPAECAVGGD GHYLTFDGRS YSFWGGQGCR YSLVQDYVKG QLLILLEHGA CDAGSCLHAI SVSLEDTHIQ LRDSGAVLVN GQDVGLPWIG AEGLSVRRAS SAFLLLRWPG AQVLWGLSDP VAYITLDPRH AHQVQGLCGT FTQNQQDDFL TPAGDVETSI AAFASKFQVA GKGRCPSEDS ALLSPCTTHS QRHAFAEAAC AILHSSVFQE CHRLVDKEPF YLRCLAAVCG CDPGSDCLCP VLSAYARRCA QEGASPPWRN QTLCPVMCPG GQEYRECAPA CGQHCGKPED CGELGSCVAG CNCPLGLLWD PEGQCVPPSL CPCQLGARRY APGSATMKEC NRCICQERGL WNCTARHCPS QAFCPRELVY APGACLLTCD SPSANHSCPA GSTDGCVCPP GTVLLDERCV PPDLCPCRHS GQWYLPNATI QEDCNVCVCR GRQWHCTGQR RSGRCQASGA PHYVTFDGLA FTYPGACEYL LVREASGLFT VSAQNLPCGA SGLTCTKALA VRLEGTVVHM LRGRAVTVNG VSVTPPKVYT GPGLSLRRAG LFLLLSTHLG LTLLWDGGTR VLVQLSPQFR GRVAGLCGDF DGDASNDLRS RQGVLEPTAE LAAHSWRLSP LCPEPGDLPH PCTMNTHRAG WARARCGALL QPLFTLCHAE VPPQQHYEWC LYDACGCDSG GDCECLCSAI ATYADECARH GHHVRWRSQE LCSLQCEGGQ VYEACGPTCP PTCHEQHPEP GWHCQVVACV EGCFCPEGTL LHGGACLEPA SCPCEWGRNS FPPGSVLQKD CGNCTCQEGQ WHCGGDGGHC EELVPACAEG EALCQENGHC VPHGWLCDNQ DDCGDGSDEE GCAAPGCGEG QMTCSSGHCL PLALLCDRQD DCGDGTDEPS YPCPQGLLAC ADGRCLPPAL LCDGHPDCLD AADEESCLGQ VTCVPGEVSC VDGTCLGAIQ LCDGVWDCPD GADEGPGHCP LPSLPTPPAS TLPGPSPGSL DTASSPLASA SPAPPCGPFE FRCGSGECTP RGWRCDQEED CADGSDERGC GGPCAPHHAP CARGPHCVSP EQLCDGVRQC PDGSDEGPDA CGGLPALGGP NRTGLPCPEY TCPNGTCIGF QLVCDGQPDC GRPGQVGPSP EEQGCGAWGP WSPWGPCSRT CGPWGQGRSR RCSPLGLLVL QNCPGPEHQS QACFTAACPV DGEWSTWSPW SVCSEPCRGT MTRQRQCHSP QNGGRTCAAL PGGLHSTRQT KPCPQDGCPN ATCSGELMFQ PCAPCPLTCD DISGQVTCPP DWPCGSPGCW CPEGQVLGSE GWCVWPRQCP CLVDGARYWP GQRIKADCQL CICQDGRPRR CRLNPDCAVD CGWSSWSPWA KCLGPCGSQS IQWSFRSSNN PRPSGRGRQC RGIHRKARRC QTEPCEGCEH QGQVHRVGER WHGGPCRVCQ CLHNLTAHCS PYCPLGSCPQ GWVLVEGTGE SCCHCALPGE NQTVQPMATP AAAPAPSPQI RFPLATYILP PSGDPCYSPL GLAGLAEGSL HASSQQLEHP TQAALLGAPT QGPSPQGWHA GGDAYAKWHT RPHYLQLDLL QPRNLTGILV PETGSSNAYA SSFSLQFSSN GLHWHDYRDL LPGILPLPKL FPRNWDDLDP AVWTFGRMVQ ARFVRVWPHD VHHSDVPLQV ELLGCEPGSP PAPLCPGVGL RCASGECVLR GGPCDGVLDC EDGSDEEGCV LLPEGTGRFH STAKTLALSS AQPGQLLHWP REGLAETEHW PPGQESPTSP TETRPVSPGP ASGVPHHGES VQMVTTTPIP QMEARTLPPG MAAVTVVPPH PVTPATPAGQ SVAPGPFPPV QCGPGQTPCE VLGCVEQAQV CDGREDCLDG SDERHCARNL LMWLPSLPAL WAASTVPFMM PTMALPGLPA SRALCSPSQL SCGSGECLSA ERRCDLRPDC QDGSDEDGCV DCVLAPWSVW SSCSRSCGLG LTFQRQELLR PPLPGGSCPR DRFRSQSCFV QACPVAGAWA MWEAWGPCSV SCGGGHQSRQ RSCVDPPPKN GGAPCPGASQ ERAPCGLQPC SGGTDCELGR VYVSADLCQK GLVPPCPPSC LDPKANRSCS GHCVEGCRCP PGLLLHDTRC LPLSECPCLV GEELKWPGVS FLLGNCSQCV CEKGELLCQP GGCPLPCGWS AWSSWAPCDR SCGSGVRARF RSPSNPPAAW GGAPCEGDRQ ELQGCHTVCG TEVFGWTPWT SWSSCSQSCL APGGGPGWRS RSRLCPSPGD SSCPGDATQE EPCSPPVCPV PSIWGLWAPW STCSAPCDGG IQTRGRSCSS LAPGDTTCPG PHSQTRDCNT QPCTAQCPEN MLFRSAEQCH QEGGPCPRLC LTQGPGIECT GFCAPGCTCP PGLFLHNASC LPRSQCPCQL HGQLYASGAM ARLDSCNNCT CVSGKMACTS ERCPVACGWS PWTLWSLCSC SCNVGIRRRF RAGTAPPAAF GGAECQGPTM EAEFCSLRPC PGPGGEWGPW SPCSVPCGGG YRNRTRGSSR SLMEFSTCGL QPCAGPVPGM CPRDKQWLDC AQGPASCAEL SAPRGTNQTC HPGCHCPSGM LLLNNVCVPT QDCPCAHEGH LYPPGSTVVR PCENCSCVSG LIANCSSWPC AEGEPTWSPW TPWSQCSASC GPARCHRHRF CARSPSAVPS TVAPLPLPAT PTPLCSGPEA EEEPCLLQGC DRAGGWGPWG PWSHCSRSCG GGLRSRTRAC DQPPPQGLGD YCEGPRAQGE VCQALPCPVT NCTAIEGAEY SPCGPPCPRS CDDLVHCVWR CQPGCYCPPG QVLSSNGAIC VQPGHCSCLD LLTGQRHHPG ARLARPDGCN HCTCLEGRLN CTDLPCPVPG GWCPWSEWTM CSQPCRGQTR SRSRACACPT PQHGGAPCTG EAGEAGAQHQ REACPSYATC PVDGAWGPWG PWSPCDMCLG QSHRSRACSR PPTPEGGRPC PGNHTQSRPC QENSTQCTDC GGGQSLHPCG QPCPRSCQDL SPGSVCQPGS VGCQPTCGCP LGQLSQDGLC VPPAHCRCQY QPGAMGIPEN QSRSAGSRFS SWESLEPGEV VTGPCDNCTC VAGILQCQEV PDCPDPGVWS SWGPWEDCSV SCGGGEQLRS RRCARPPCPG PARQSRTCST QVCREAGCPA GRLYRECQPG EGCPFSCAHV TQQVGCFSEG CEEGCHCPEG TFQHRLACVQ ECPCVLTAWL LQELGATIGD PGQPLGPGDE LDSGQTLRTS CGNCSCAHGK LSCSLDDCFE ADGGFGPWSP WGPCSRSCGG LGTRTRSRQC VLTMPTLSGQ GCRGPRQDLE YCPSPDCPGA EGSTVEPVTG LPGGWGPWSS WSPCSRSCTD PARPAWRSRT RLCLANCTMG DPLQERPCNL PSCTELPVCP GPGCGAGNCS WTSWAPWEPC SRSCGVGQQR RLRAYRPPGP GGHWCPNILT AYQERRFCNL RACPVPGGWS RWSPWSWCDR SCGGGQSLRS RSCSSPPSKN GGAPCAGERH QARLCNPMPC EAGCPAGMEV VTCANRCPRR CSDLQEGIVC QDDQVCQKGC RCPKGSLEQD GGCVPIGHCD CTDAQGHSWA PGSQHQDACN NCSCQAGQLS CTAQPCPPPT HCAWSHWSAW SPCSHSCGPR GQQSRFRSST SGSWAPECRE EQSQSQPCPQ PSCPPLCLQG TRSRTLGDSW LQGECQRCSC TPEGVICEDT ECAVPEAWTL WSSWSDCPVS CGGGNQVRTR ACRAAAPHHR SPPCLGPDTQ TRQQPCPGLL EACSWGPWGP CSRSCGPGLA SRSGSCPCLM AKADPTCNST FLHLDTQGCY SGPCPEECVW SSWSSWTRCS CRVLVQQRYR HQGPASRGAR AGAPCTRLDG HFRPCLISNC SEDSCTPPFE FHACGSPCAG LCATHLSHQL CQDLPPCQPG CYCPKGLLEQ AGGCIPPEEC NCWHTSAAGA GMTLAPGDRL QLGCKECECR RGELHCTSQG CQGLLPLSEW SEWSPCGPCL PPSALAPASR TALEEHWLRD PTGLSPTLAP LLASEQHRHR LCLDPATGRP WTGAPHLCTA PLSQQRLCPD PGACPDSCQW SLWGPWSPCQ VPCSGGFRLR WREAEALCGG GCREPWAQES CNGGPCPESC EAQDTVFTLD CANQCPHSCA DLWDRVQCLQ GPCRPGCRCP PGQLVQDGRC VPISSCRCGL PSANASWELA PAQAVQLDCQ NCTCVNESLV CPHQECPVLG PWSAWSSCSA PCGGGTMERH RTCEGGPGVA PCQAQDTEQR QECNLQPCPE CPPGQVLSAC ATSCPCLCWH LQPGAICVQE PCQPGCGCPG GQLLHNGTCV PPTACPCTQH SLPWGLTLTL EEQAQELPPG TVLTRNCTRC VCHGGAFSCS LVDCQVPPGE TWQQVAPGEL GLCEQTCLEM NATKTQSNCS SARASGCVCQ PGHFRSQAGP CVPEDHCECW HLGRPHLPGS EWQEACESCL CLSGRPVCTQ HCSPLTCAQG EEMVLEPGSC CPSCRREAPE EQSPSCQLLT ELRNFTKGTC YLDQVEVSYC SGYCPSSTHV MPEEPYLQSQ CDCCSYRLDP ESPVRILNLR CLGGHTEPVV LPVIHSCQCS SCQGGDFSKR
Frequently asked questions
Answers are generated from the structured data on this page, not written by hand.
How long is the SSPOP protein?
The Homo sapiens SSPOP protein (UniProt A2VEC9) is 5150 amino acids long.
Browse: Targets: S · all protein targets A–Z · drugs A–Z.
Sources
- UniProtKB A2VEC9 — name, gene, function, sequence, keywords (CC BY 4.0)
- AlphaFold DB A2VEC9 — predicted 3D structure (CC BY 4.0)
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