KEGG   Mus musculus (house mouse): 13508
Entry
13508             CDS       T01002                                 
Symbol
Dscam, 4932410A21Rik
Name
(RefSeq) DS cell adhesion molecule
  KO
K06767  Down syndrome cell adhesion molecule
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:mmu04515]
    13508 (Dscam)
Cell adhesion molecules [BR:mmu04515]
 Immunoglobulin superfamily
  DSCAM family
   13508 (Dscam)
SSDB
Motif
Pfam: I-set Ig_3 fn3 Ig_2 ig V-set Ig_5 Pur_ac_phosph_N C2-set_2 Ig_4 Sp38 C1-set V-set_CD47 Interfer-bind fn3_2 ChitinaseA_N DUF6377 Adeno_E3_CR1 DUF4381
Other DBs
NCBI-GeneID: 13508
NCBI-ProteinID: NP_112451
MGI: 1196281
Ensembl: ENSMUSG00000050272
UniProt: Q9ERC8
Position
16:complement(96388652..96971935)
AA seq 2013 aa
MWILALSLFQSFANVFSEEPHSSLYFVNASLQEVVFASTSGTLVPCPAAGIPPVTLRWYL
ATGEEIYDVPGIRHVHPNGTLQIFPFPPSSFSTLIHDNTYYCTAENPSGKIRSQDVHIKA
VLREPYTVRVEDQKTMRGNVAVFKCIIPSSVEAYVTVVSWEKDTVSLVSGSRFLITSTGA
LYIKDVQNEDGLYNYRCITRHRYTGETRQSNSARLFVSDPANSAPSILDGFDHRKAMAGQ
RVELPCKALGHPEPDYRWLKDNMPLELSGRFQKTVTGLLIENSRPSDSGSYVCEVSNRYG
TAKVIGRLYVKQPLKATISPRKVKSSVGSQVSLSCSVTGNEDQELSWYRNGEILNPGKNV
RITGLNHANLIMDHMVKSDGGAYQCFVRKDKLSAQDYVQVVLEDGTPKIISAFSEKVVSP
AEPVSLVCNVKGTPLPTVTWTLDDDPILKGSGHRISQMITSEGNVVSYLNISSSQVRDGG
VYRCTANNSAGVVLYQARINVRGPASIRPMKNITAIAGRDTYIHCRVIGYPYYSIKWYKN
ANLLPFNHRQVAFENNGTLKLSDVQKEVDEGEYTCNVLVQPQLSTSQSVHVTVKVPPFIQ
PFEFPRFSIGQRVFIPCVVVSGDLPITITWQKDGRPIPASLGVTIDNIDFTSSLRISNLS
LMHNGNYTCIARNEAAAVEHQSQLIVRVPPKFVVQPRDQDGIYGKAVILNCSAEGYPVPT
IVWKFSKGAGVPQFQPIALNGRIQVLSNGSLLIKHVVEEDSGYYLCKVSNDVGADVSKSM
YLTVKIPAMITSYPNTTLATQGQRKEMSCTAHGEKPIIVRWEKEDRIINPEMARYLVSTK
EVGEEVISTLQILPTVREDSGFFSCHAINSYGEDRGIIQLTVQEPPDPPEIEIKDVKART
ITLRWTMGFDGNSPITGYDIECKNKSDSWDSAQRTKDVSPQLNSATIIDIHPSSTYSIRM
YAKNRIGKSEPSNEITITADEAAPDGPPQEVHLEPTSSQSIRVTWKAPKKHLQNGIIRGY
QIGYREYSTGGNFQFNIISIDTTGDSEVYTLDNLNKFTQYGLVVQACNRAGTGPSSQEII
TTTLEDVPSYPPENVQAIATSPESISISWSTLSKEALNGILQGFRVIYWANLIDGELGEI
KNVTTTQPSLELDGLEKYTNYSIQVLAFTRAGDGVRSEQIFTRTKEDVPGPPAGVKAAAA
SASMVFVSWLPPLKLNGIIRKYTVFCSHPYPTVISEFEASPDSFSYRIPNLSRNRQYSVW
VVAVTSAGRGNSSEIITVEPLAKAPARILTFSGTVTTPWMKDIVLPCKAVGDPSPAVKWM
KDSNGTPSLVTIDGRRSIFSNGSFIIRTVKAEDSGYYSCVANNNWGSDEIILNLQVQVPP
DQPRLTVSKTTSSSITLSWLPGDNGGSSIRGYILQYSEDNSEQWGSFPISPSERSYRLEN
LKCGTWYKFTLTAQNGVGPGRISEIIEAKTLGKEPQFSKEQELFASINTTRVRLNLIGWN
DGGCPITSFTLEYRPFGTTVWTTAQRTSLSKSYILYDLQEATWYELQMRVCNSAGCAEKQ
ANFATLNYDGSTIPPLIKSVVQSEEGLTTNEGLKILVTISCILVGVLLLFVLLLVVRRRR
REQRLKRLRDAKSLAEMLMSKNTRTSDTLSKQQQTLRMHIDIPRAQLLIEERDTMETIDD
RSTVLLTDADFGEAAKQKSLTVTHTVHYQSVSQATGPLVDVSDARPGTNPTTRRNAKAGP
TARNRYASQWTLNRPHPTISAHTLTTDWRLPTPRATGSVDKESDSYSVSPSQDTDRARSS
MVSTESASSTYEELARAYEHAKMEEQLRHAKFTITECFISDTSSEQLTAGTNEYTDSLTS
STPSESGICRFTASPPKPQDGGRVVNMAVPKAHRPGDLIHLPPYLRMDFLLNRGAPGTSR
DLSLGQACLEPQKSRTLKRPTVLEPTPMEASSSTSSTREGQQSWQQGAVATLPQREGAEL
GQAAKMSSSQESLLDSRGHLKGNNPYAKSYTLV
NT seq 6042 nt   +upstreamnt  +downstreamnt
atgtggatactggctctctccttgttccagagcttcgcgaatgttttcagtgaagagccc
cactccagcctctactttgtcaatgcatcgctgcaagaggtagtgtttgcaagcacatcg
gggacgctggtgccctgcccggctgcaggcatccctcctgtgactctcagatggtaccta
gcaacgggcgaggagatctacgatgtccccgggatccgccacgtccatcccaatggcact
ctccaaattttcccctttcctccttcaagcttcagcaccttaatccatgataatacttac
tattgcacagctgaaaacccttcagggaaaattagaagtcaggatgtccacatcaaggct
gttttacgggagccctatacagtccgtgtggaggaccagaaaaccatgagaggcaatgtc
gcggtgttcaagtgcattatcccctcctcggtggaggcgtacgtcactgtcgtctcatgg
gagaaagacacggtttcacttgtctcaggatctagatttctcatcacatccacgggagcc
ttgtatattaaagatgtacagaacgaagatgggctgtacaactaccgctgcatcacgcgg
cacagatacacaggggagacgagacaaagcaacagcgcgagactgttcgtgtcagaccca
gcaaactcagccccatccatcctggacgggtttgaccaccgcaaagccatggcagggcag
cgcgtggagctgccttgcaaagcacttgggcaccccgagccagactaccgctggctgaag
gacaacatgcccctggaactttctggaaggttccaaaagacagtgactgggttgctcatt
gagaacagccgcccctcagactcaggcagctatgtgtgtgaagtatccaaccgatatggc
actgccaaggtgataggccgcctgtacgtgaaacagccactgaaagccaccatcagtccc
agaaaggttaaaagcagcgtgggcagccaggtctccttatcctgcagtgtgacaggaaat
gaagaccaggaactctcctggtaccgaaatggcgaaatcctcaaccctggaaaaaacgtg
aggatcacaggactcaaccacgcaaaccttataatggatcacatggtcaagagtgatggg
ggtgcctaccagtgctttgtgcgcaaggacaagctatctgctcaagactatgtccaggtg
gtccttgaagacggaactcccaaaatcatttctgcctttagcgagaaagtggtgagcccg
gcagagccagtgtccctcgtgtgcaatgtgaagggtacacccttgcccacggtcacctgg
accctggacgatgaccccatcctcaagggcagcggtcaccgcatcagccaaatgatcacg
tccgaggggaacgtggtcagctacctgaatatctccagctcccaggtccgggatgggggt
gtctaccgctgcactgccaacaactcggctggagtcgtcctgtaccaggctcgaataaac
gtaagagggcctgcaagcatcagaccaatgaaaaacatcactgcgatagcggggcgtgac
acgtacatccactgccgcgtaattggctatccgtattactccatcaagtggtacaagaac
gctaacctgcttcctttcaaccaccgccaggtggcgtttgagaacaatgggactctgaaa
ctctctgatgtgcagaaagaagttgacgagggagagtacacgtgtaatgtgctggtacag
ccacagctctccaccagccagagtgtccacgtgacagtgaaagttccacctttcatccaa
ccttttgagttcccaagattctccatcgggcagcgggttttcatcccatgtgtggtggtc
tcaggggacttacccatcaccatcacctggcagaaggatggccggccaattccagcaagc
ctcggagtaaccattgacaacattgacttcaccagctccctgaggatctccaacctctcc
ctaatgcacaatgggaattacacctgcattgcgagaaacgaggcagcagccgtggaacac
cagagtcagctgattgtgagagttccccctaagttcgtggtacagccccgggaccaggac
gggatctatggcaaagcagtgattctcaattgctctgcagagggttatcctgtgcctaca
attgtgtggaaattctcaaaaggtgctggggtcccccagttccagccaattgccttgaat
ggccgaatccaggtcctgagtaatggctcactcttgatcaagcatgttgtagaagaagac
agtggctactacctctgcaaggtcagcaacgatgtgggcgcagacgtcagcaagtccatg
tacctcacagtgaaaattcctgccatgataacctcttaccccaacaccaccctggccact
cagggtcaaaggaaggaaatgagctgcacagcccatggggagaagcccatcattgtccgc
tgggagaaagaggacaggatcattaaccctgaaatggcccgctacctggtatccaccaag
gaggtgggagaggaagtgatatctacgctgcagattttgccaacagtgagagaagattcc
ggtttcttctcctgccatgctatcaattcatacggggaggaccgtggaataattcaactc
acagtgcaagaacccccagatcctcccgagattgagatcaaagatgtcaaagctcgcacc
atcacgctcaggtggaccatggggtttgatggcaacagccccatcacaggctatgacatt
gaatgcaaaaataaatcagactcctgggattctgctcaaagaaccaaagatgtttcccct
cagctgaactcggccaccatcattgatatccacccttcctccacctacagcatccgcatg
tacgccaagaaccggattggcaagagtgagcccagcaacgagatcaccatcacggcggat
gaggcagctcctgatggtccacctcaggaagttcacttggaacccacctcatctcagagt
atcagggttacctggaaggctcccaagaaacacttacaaaacgggatcattcgcggctac
caaataggctaccgggagtacagcacggggggtaacttccagttcaacatcatcagtatc
gacaccaccggggacagcgaagtgtacaccctggacaacctgaataagttcacgcagtat
ggcctggtagtacaggcttgcaaccgggccggcacaggaccttcttctcaggagatcatt
accaccactctggaggatgtacccagctaccctcctgaaaatgtccaagccatagcaacc
tcaccagaaagcatatcaatctcctggtccacactgtccaaggaggccttgaatgggatt
ctccaggggttcagggtcatctactgggccaacctcatagacggagagctgggcgagatt
aagaacgtcaccaccacgcagccttccttggagttggatggactagagaaatacaccaac
tacagtatccaggtcctggccttcacccgtgcaggggatggcgtccggagcgagcagatc
tttacccgtaccaaggaggacgttccaggtcctcctgccggtgtcaaggcggcggcagcc
tcggcctccatggtcttcgtgtcctggctgcccccgctgaagctgaacggcatcattcgg
aagtacacagtgttctgctcccatccctaccctaccgtcatcagtgagtttgaagcctcc
cctgactcattttcctacagaatccctaatctgagtcggaatcggcagtatagcgtctgg
gtggtggcggtgacttccgccggaagaggcaacagcagcgagatcatcactgtggagccc
ctagctaaagctcctgcacggatcctcacgttcagcgggacagtgactactccatggatg
aaggacattgtcttgccttgtaaagctgttggagacccgtcacctgccgtaaaatggatg
aaggatagtaacgggacacccagcctggtgacgattgatggccgcaggagcatcttcagc
aatgggagtttcatcattcggacggtgaaagcagaggactctggctattacagctgtgtt
gccaataacaactggggatcagatgagatcatattaaatttgcaagtacaagttccacca
gatcagcctcggctcaccgtatccaagacgacatcctcctccatcaccctctcctggctc
cctggagataatgggggtagctccattagaggctacatcctgcaatactccgaggataac
agtgagcagtggggcagctttcccatcagccccagcgagcgttcataccgcttggaaaac
ctaaagtgtgggacttggtataagttcacccttactgcccaaaatggagtaggtcccggg
cgcataagtgaaatcatagaagccaaaaccctggggaaagaaccccagttctccaaggag
caggagctcttcgccagcatcaataccacccgagtgaggctgaatctgattggctggaat
gacggcggctgtccaatcacctcattcactcttgaatacagaccctttgggaccacggtc
tggaccacagctcagcggacctccctttccaagtcctacattctgtatgacctgcaagaa
gccacgtggtatgaactgcagatgagagtgtgcaacagcgccggctgtgcggagaagcaa
gccaacttcgccacgctgaactacgatggcagtacaatccctccactcattaagtcagtt
gtccaaagcgaagaagggctgacaaccaacgaagggctcaagatcctcgtgaccatctcc
tgcatcctggtcggggttctactgctctttgtgcttctgctggttgtgcggaggagacgg
cgagagcagaggctgaagaggctgagagatgcaaagagtttagctgaaatgctcatgagc
aaaaacacacggacttcagataccttaagcaaacagcagcagactttgagaatgcacatt
gatatacccagggctcagcttttgattgaagagagagacacaatggagaccatagatgac
cgctccacagtcctgttgacggatgctgacttcggggaggcagccaaacagaagtcactg
acagtgactcacacggtgcattaccaatcggtgtctcaggccaccgggcccctcgtggat
gtctccgatgctcggccaggaacgaatcccaccaccaggaggaatgcaaaggctggaccc
acagcgagaaaccggtacgccagccagtggacgctcaacagaccccatcctaccatctct
gcacacaccctcaccacagactggagactgcctacacccagggctacaggatccgtggac
aaggagagcgacagctacagcgtcagcccatcacaagacacagaccgagcaagaagcagc
atggtctccacagaaagtgcctcctctacctacgaagaactggccagggcctatgaacac
gccaagatggaagagcagctgaggcatgccaagttcaccatcacagagtgcttcatatcc
gatacgtcctccgagcagttgacggcagggacaaatgagtacacggacagtctgacctcc
agtaccccttcagaatcggggatctgcagattcactgcatctccccccaaacctcaggat
ggaggacgagtggtgaacatggcggttccaaaggcccatcggccaggcgacctcatacac
ctgcctccatacctacgaatggacttcttgttaaaccggggcgcaccaggcaccagcagg
gacctgagtttaggacaagcgtgcttggaaccccagaaaagtcggaccctgaaacgcccc
acggtccttgagcccacccctatggaggcctcctcctccacctcttccacgcgagaagga
cagcagtcgtggcaacaaggggctgtggccaccttacctcagcgagagggtgcagagctg
ggacaggcagctaaaatgagcagctcccaagagtcactgctggactcccggggccatttg
aaaggaaacaatccctacgcaaaatcttacaccttggtataa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (8)   
DNA sequence (25)   
   RefSeq(nuc) (13)   
   GenBank (6)   
   EMBL (6)   
Protein domain (19)   
   Pfam (19)   
All databases (75)   

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