About Cell adhesion molecule DSCAM
Cell adhesion molecule DSCAM (DSCAM) is a protein
from Homo sapiens identified by UniProt accession
O60469, 2012 residues long.
MolForge cross-references it against 0 known binders and
304 disease associations.
Target properties
| Protein name | Cell adhesion molecule DSCAM |
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| UniProt accession | O60469 |
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| Gene | DSCAM |
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| Organism | Homo sapiens |
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| Length | 2012 residues |
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| Molecular weight | — |
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| EC numbers | — |
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| Target class | UNCLASSIFIED |
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| Subcellular location | — |
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| Keywords | — |
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Druggability
Target tractability assessment (Open Targets + pocket analysis). No approved drug
| Druggability tier | MEDIUM |
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| Druggability score | — |
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| Pocket score | — |
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| Max clinical phase | — |
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Disease associations (304)
Diseases linked to this target (Open Targets).
- genetic disorder · score 0.47
- serum gamma-glutamyl transferase measurement · score 0.34
- self reported educational attainment · score 0.30
- fasting blood glucose measurement · score 0.30
- Abnormality of refraction · score 0.28
- refractive error · score 0.28
- grip strength measurement · score 0.28
- brain aneurysm · score 0.27
- Hirschsprung disease · score 0.27
- lymphocyte count · score 0.26
3D Structure (1)
Experimental (PDB) and predicted (AlphaFold) structures for this protein.
| Structure | Source | Method | Mean pLDDT | Resolution (Å) |
|---|
| AF-O60469-F1 | alphafold | PREDICTED | 69.57 | — |
Amino-acid sequence (2012 residues)
MWILALSLFQ SFANVFSEDL HSSLYFVNAS LQEVVFASTT GTLVPCPAAG IPPVTLRWYL ATGEEIYDVP GIRHVHPNGT LQIFPFPPSS FSTLIHDNTY YCTAENPSGK IRSQDVHIKA VLREPYTVRV EDQKTMRGNV AVFKCIIPSS VEAYITVVSW EKDTVSLVSG SRFLITSTGA LYIKDVQNED GLYNYRCITR HRYTGETRQS NSARLFVSDP ANSAPSILDG FDHRKAMAGQ RVELPCKALG HPEPDYRWLK DNMPLELSGR FQKTVTGLLI ENIRPSDSGS YVCEVSNRYG TAKVIGRLYV KQPLKATISP RKVKSSVGSQ VSLSCSVTGT EDQELSWYRN GEILNPGKNV RITGINHENL IMDHMVKSDG GAYQCFVRKD KLSAQDYVQV VLEDGTPKII SAFSEKVVSP AEPVSLMCNV KGTPLPTITW TLDDDPILKG GSHRISQMIT SEGNVVSYLN ISSSQVRDGG VYRCTANNSA GVVLYQARIN VRGPASIRPM KNITAIAGRD TYIHCRVIGY PYYSIKWYKN SNLLPFNHRQ VAFENNGTLK LSDVQKEVDE GEYTCNVLVQ PQLSTSQSVH VTVKVPPFIQ PFEFPRFSIG QRVFIPCVVV SGDLPITITW QKDGRPIPGS LGVTIDNIDF TSSLRISNLS LMHNGNYTCI ARNEAAAVEH QSQLIVRVPP KFVVQPRDQD GIYGKAVILN CSAEGYPVPT IVWKFSKGAG VPQFQPIALN GRIQVLSNGS LLIKHVVEED SGYYLCKVSN DVGADVSKSM YLTVKIPAMI TSYPNTTLAT QGQKKEMSCT AHGEKPIIVR WEKEDRIINP EMARYLVSTK EVGEEVISTL QILPTVREDS GFFSCHAINS YGEDRGIIQL TVQEPPDPPE IEIKDVKART ITLRWTMGFD GNSPITGYDI ECKNKSDSWD SAQRTKDVSP QLNSATIIDI HPSSTYSIRM YAKNRIGKSE PSNELTITAD EAAPDGPPQE VHLEPISSQS IRVTWKAPKK HLQNGIIRGY QIGYREYSTG GNFQFNIISV DTSGDSEVYT LDNLNKFTQY GLVVQACNRA GTGPSSQEII TTTLEDVPSY PPENVQAIAT SPESISISWS TLSKEALNGI LQGFRVIYWA NLMDGELGEI KNITTTQPSL ELDGLEKYTN YSIQVLAFTR AGDGVRSEQI FTRTKEDVPG PPAGVKAAAA SASMVFVSWL PPLKLNGIIR KYTVFCSHPY PTVISEFEAS PDSFSYRIPN LSRNRQYSVW VVAVTSAGRG NSSEIITVEP LAKAPARILT FSGTVTTPWM KDIVLPCKAV GDPSPAVKWM KDSNGTPSLV TIDGRRSIFS NGSFIIRTVK AEDSGYYSCI ANNNWGSDEI ILNLQVQVPP DQPRLTVSKT TSSSITLSWL PGDNGGSSIR GYILQYSEDN SEQWGSFPIS PSERSYRLEN LKCGTWYKFT LTAQNGVGPG RISEIIEAKT LGKEPQFSKE QELFASINTT RVRLNLIGWN DGGCPITSFT LEYRPFGTTV WTTAQRTSLS KSYILYDLQE ATWYELQMRV CNSAGCAEKQ ANFATLNYDG STIPPLIKSV VQNEEGLTTN EGLKMLVTIS CILVGVLLLF VLLLVVRRRR REQRLKRLRD AKSLAEMLMS KNTRTSDTLS KQQQTLRMHI DIPRAQLLIE ERDTMETIDD RSTVLLTDAD FGEAAKQKSL TVTHTVHYQS VSQATGPLVD VSDARPGTNP TTRRNAKAGP TARNRYASQW TLNRPHPTIS AHTLTTDWRL PTPRAAGSVD KESDSYSVSP SQDTDRARSS MVSTESASST YEELARAYEH AKMEEQLRHA KFTITECFIS DTSSEQLTAG TNEYTDSLTS STPSESGICR FTASPPKPQD GGRVMNMAVP KAHRPGDLIH LPPYLRMDFL LNRGGPGTSR DLSLGQACLE PQKSRTLKRP TVLEPIPMEA ASSASSTREG QSWQPGAVAT LPQREGAELG QAAKMSSSQE SLLDSRGHLK GNNPYAKSYT LV
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