KEGG   Danio rerio (zebrafish): 100002762
Entry
100002762         CDS       T01004                                 
Symbol
dscaml1
Name
(RefSeq) Down syndrome cell adhesion molecule-like protein 1 isoform X1
  KO
K06768  Down syndrome cell adhesion molecule-like protein 1
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:dre04515]
    100002762 (dscaml1)
Cell adhesion molecules [BR:dre04515]
 Immunoglobulin superfamily
  DSCAM family
   100002762 (dscaml1)
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 fn3 ig V-set C2-set_2 C1-set Pur_ac_phosph_N Ig_5 V-set_CD47 Ig_6 Receptor_2B4 Sp38 fn3_2 ChitinaseA_N DUF1461
Other DBs
NCBI-GeneID: 100002762
NCBI-ProteinID: XP_005157551
Ensembl: ENSDARG00000098057
UniProt: A0A8M2B4A1
Position
15:complement(12065350..12231035)
AA seq 2158 aa
MTVPRMGGYERRDQSLPCFSVLESPGLGLERSPGSIVTTPARSLAWPNTARCTRRDCKTF
LRNIPAIYGMWLVTLLLLYSFQEVHSEDVVSTRLYFVNASLQRVTFSSSVGVSLPCPAGG
APHAVLRWYLATGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENQAGK
IRSPSIRVKAVFREPYTVRVADQRSMRGNVAVFKCLIPSAVQEYVSVVSWEKDTVSIVPG
NRFFLTSYGALYISDVQKEDALSTYRCITKHKYSGETRQSNGARLSVLDPTESTPSVMDS
FQSGEVQVGRSIELPCIASGYPNPTIRWLKDGRPLPADSRWTRRLTGLTISDLRLEDSGN
YICEVTNSFGSKEVTGHLNVIEPLRVTLSPKNLKTGISSTVILSCAVQGSPHFTVSWFRN
TEPIVPDQHFSIQGAHNETLFITAAQKRHSGAYQCFATRKGQTAQDFSIILLEDGTPRIV
SSFSERVVAPGEPFSLMCAAKGAPPPTITWTLDDEPVARDSAHRASQYTLSDGSTVSHVN
VTNPQIRDGGVYRCAARNSAGSAEYQARINVRGPPSIRAMRNITAVAGRNTFINCRVIGY
PYYSIKWYKDGMLLPDNHRQVVYENGTLKLSDVQKGMDEGAYLCSVLIQPQLSISQTVYV
TVKVPPLIQPFDFPPTSIGKLMYIACVVSSGDMPIRITWRKDGQEIVSGTAGVTIETKEF
MSSLQISKVSLKHNGNYTCIASNDAATVSSERQLIVTVPPRFRVQPNNQDGIYGKSEVLN
CSVEGYPPPKVVWKHAKGIGNPQQYHPVPLTGRIQILSNGSLLIRHVLEEDRGYYLCQAS
NGVGSDISKSMMLTVKIPAMITSHPNTTMAIKGQNKELNCTARGEYPIIIRWERGDTVID
PDRNPRYSITTSPNEKSDEVISTLKLKPAERGDSVFFSCHAINSYGEGRGLIQLTVQEPP
DPPELEVREVKDRSMNLRWTQRFDGNSIITSYDIEYKNKSDPWELKHATRKISPTNNQAN
IVELHPASVYSIRMYSYNKIGRSQASKELTISTEEAPPDGPPMEVILQPMTSQSIRVTWK
APKKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDSEVYTLDNLKKFAQYGVVVQA
FNRAGTGPSSSEINATTLEDVPSQPPQNVRAITVTSDEAVITWSEPPRMTLNGVLKGYRV
VFWSLYPDGGGCCGGQTLGLNQKWGEMQNITTTREQVELKGLEKFTNYSVQVLAYTQAGD
GVRSNVLYIQTREDHPGPPAGIKAVPSSASSVVVSWLPPVKPNGIIRKYTIYCSSPGSGQ
PAPSEYEANPELLIYRITHLTRGQQYLIWAAAVTTAGRGNISEKVTVEPAGKAPAKILSF
GGTVTTPWMKEVRLPCSSVGEPTPTIKWTKDSEDTAIPVTQDGHRNILSNGTLVLRSVKA
EDSGYYTCTATNTLGFDTIIVNLLVQVPPDQPRLTVSTTSTSSITLAWIPGDNGGSSIRG
FVLQYSVDNTEEWKDVFISSSERSFKLDNLRCGTWYKVKLAAKNSVGAGRISEIIEAKTH
GREPQFNKDQPLFTHINSTHARMNLQGWTSGGCPITAVLLEFRPKGTWAWQSVRTNASAD
IFLAELREATWYELKMKACNSAGCGNQSSQFATLDYDGSTIPPIKSARGEGDDVKKLFSI
GCPVILVTLGMALLFIIRKKRKEKRLKRLRDAKSLAEMLISSKNNRSFDTPVKGPPQGPR
LHIDIPRVQLLIEDKEGIKQIGEDKATIPVTDTEFSQSVNPQSFCTGVSVHHPALIQNTG
PLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQASTPARTLTSDWRTVGSQHG
ITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEHLQHAKFEITEC
FISDSSSDQMTTGTNDNADSMTSMSTPSEPGICRFTASPPKPQDYDRGKNVAVPIPHRAN
KSEYCNLPLYMKTDPFFRKQAELHDPCPVVPPREASIRSLAARAYHTQGRHMTLDPSKQQ
ALTLGHGGLSSLTSSGASGTSGPPSSGAAGSSSISSGTATLPQRTLTMPSTSSTSSAPSG
AVAAGAGASASSTGGSGPTPGSSKVGGSRDSLLESSSSGLGRLQKQNAGAYSKSYTLV
NT seq 6477 nt   +upstreamnt  +downstreamnt
atgacggtcccgcggatgggagggtacgagaggcgggaccaaagtcttccctgcttctcg
gtgctggagagtccgggactagggctggagagatcgccggggagcatcgtcaccactcct
gcacggagcctagcctggccaaatactgcacggtgcacacgtcgggattgcaaaacattc
ctgagaaatatacctgctatttatggcatgtggctggtaactttactcctgctgtattct
tttcaagaagtgcacagcgaggatgtggtctcgacgcggctgtactttgtgaatgcttcc
ctgcagagagtgaccttctccagctcagtgggggtgtccctgccctgtcctgcgggtggc
gccccccatgccgtcctccgctggtacctggccactggcgacgacatctacgacgtgcca
cacatccgccacgttcacgccaacggcacgctgcagctctaccccttctccccctctgcc
ttcaacagcttcattcatgataatgactacttctgcactgccgagaaccaggccggcaag
atccgcagccctagcatccgtgtcaaagcagtgttcagggaaccttacacggttcgcgtg
gcggaccaaagatccatgcggggcaacgtggccgtcttcaagtgcctcatcccctctgct
gtgcaggagtacgtcagtgtggtgtcttgggagaaggacactgtctccatcgtcccaggt
aacaggtttttcctgacgtcatatggggccctctacatatctgacgttcagaaagaggat
gccctctctacctaccgctgcatcaccaagcacaaatacagtggagaaacaaggcagagc
aatggggcccgtctttctgttctggatcccactgagtccacgccttctgtgatggatagt
ttccagtcaggagaggtacaagtgggacgcagcatagagttgccctgcattgcatccggt
taccccaatcccaccatccgttggctaaaagatgggaggccacttcctgcagattcccgc
tggacacggcgactgactggcctaacaatcagtgacctccgcctagaggactctggaaac
tacatctgtgaagtcaccaacagctttggctccaaagaggtcacaggacaccttaatgtc
attgagcctctgagagtcacattatctcccaagaacctaaaaaccggcattagcagcaca
gtgattctatcctgtgccgttcagggctcacctcactttaccgtctcctggttccgcaac
acagaacccattgtgcctgaccagcatttctccatccagggagcccacaatgagacactc
ttcatcacggcggcccagaaaagacactcaggggcatatcagtgttttgccacccgcaag
ggtcaaacagcacaagatttctcaatcatactgcttgaggatggcaccccaaggattgtc
tcgtctttcagtgaacgagtggtagcccctggcgagcccttctctctcatgtgtgcagcc
aaaggtgcccctccacccaccatcacctggacactggatgatgagccggtagcgcgggac
tcggcgcaccgggccagccagtacacgctctccgacggctccactgtctcacatgtcaac
gtcaccaacccccagatccgcgacgggggcgtgtaccgctgcgccgcacgcaactcggcc
ggtagcgccgagtaccaagcgcgcataaacgtaagaggtcctcccagtatccgggccatg
cggaacattacagctgtggctggacgtaacacattcattaattgtcgtgtgattgggtac
ccctattactccatcaagtggtataaagatgggatgctgttaccagacaaccatcgccag
gttgtatatgagaatggcactctgaagttgagcgatgtgcagaagggcatggatgaaggg
gcgtatctgtgcagtgtgctcatccaaccccagctctccatcagccagactgtctatgtc
acagttaaagttcctccccttatccagccctttgactttcctcccacctccattggtaag
ctgatgtacatagcctgtgtggtgtcctccggagacatgccaatccggatcacctggaga
aaggacgggcaggagattgtgtcgggaacagcaggagtcaccatcgaaaccaaggagttc
atgagttcccttcagatctctaaagtttcacttaagcacaatggaaactacacctgtatt
gccagcaatgacgcagcaactgtcagttcagagcgacaactaatagtaacagttccccct
cgctttcgggttcagcctaataaccaggatggtatctatggcaagtcagaggttctaaac
tgctctgttgaagggtaccctccacccaaagttgtttggaaacatgccaaaggtatagga
aacccccagcagtaccatccggttccactgacaggtcgtattcaaatcctatccaatggt
tctctgctgatccgccatgttctagaagaagatcggggatactacttgtgtcaggccagc
aatggagtgggatcagacatcagcaaaagcatgatgcttactgttaaaattccagctatg
atcacatcgcatcctaacaccaccatggccataaagggacagaacaaggagttaaactgc
actgcccggggtgaataccctatcatcatccgctgggagcgaggtgacaccgttattgac
cctgaccgcaaccctcgctactccatcaccaccagccccaatgagaagagcgatgaagtt
atctccacactaaaactgaagccagcagagcgtggggattctgtctttttctcctgccac
gccatcaactcatacggcgagggtcgagggctcatccagctgacagtgcaagaaccccct
gaccccccagagcttgaggttcgagaagtcaaagatcgtagtatgaacctaaggtggacg
cagaggtttgacggcaacagcataatcaccagctatgacattgagtacaagaacaaatcc
gacccgtgggagctgaaacatgccacccgtaagatctcacccactaacaaccaagccaac
atagtagagctccacccggcgtctgtctacagcatccgcatgtactcctacaacaagatc
ggacgcagtcaagccagcaaagagctgaccatcagcacagaggaagcacctcctgatggg
ccacccatggaagtgattttacagccaatgacttctcaaagtatccgcgtcacctggaag
gcacctaagaaagagctccaaaatggagtgattcgaggctatcaaattggttatagggag
aacggaccaggcagtaatggacagtacagtatagtggagatgaaagccacaggtgacagc
gaggtctacactctggataacttgaagaagtttgctcagtatggtgtggtggtccaggcc
ttcaaccgagctggaactggaccttccagctctgagatcaatgccacaacacttgaagat
gttcccagccagccaccccagaatgttcgggccataacagtgacatcagatgaggcagtg
atcacgtggtctgagcccccaaggatgaccctgaatggggttctgaagggctaccgtgtg
gtgttctggtccctctaccccgatggaggtgggtgctgtgggggccagacactggggctc
aaccagaaatggggagagatgcagaacatcactaccactcgtgagcaggtggaactgaag
gggctggagaagttcacaaactacagcgttcaggtcctggcctacacacaggcaggagat
ggggtccgcagcaacgttctctacatacagacccgagaagaccaccctggtcctccagca
ggcatcaaagcagtgccatcttctgccagcagtgtggtggtatcctggcttccccctgtc
aagcccaatggtattatccgaaaatacaccatttactgttccagcccaggatcgggccaa
ccggcacccagtgaatacgaagccaaccctgagctgttaatatacagaatcacccacctg
acccggggtcagcagtatctgatctgggcagctgctgtcaccactgctggtaggggcaac
attagcgagaaggtgactgtggagcccgctgggaaagctcctgctaaaatcctgtctttt
ggtggaactgtgaccactccatggatgaaggaagtccggctgccatgcagctctgtggga
gagccaacaccaacaatcaaatggaccaaagacagtgaggacactgcaatcccagtcact
caagatggtcaccggaatattctttcaaatggtaccctggtgctacgctctgtgaaagcc
gaggattctgggtactacacctgcacagccaccaacacgctggggtttgacacaatcatc
gtgaacttgctggtacaagtgcctccagaccaaccacgtttgaccgtttccaccacgtcc
acctcttctatcactctggcttggattcctggagacaacggaggaagctccatcagaggt
ttcgtgctgcaatattcagtagacaacactgaggagtggaaggacgttttcatcagctcc
agtgaaagatctttcaagttggacaacctgcgctgtggcacctggtacaaggttaaactg
gctgcaaaaaacagtgtgggagccggtcgcatcagcgagatcattgaagccaagactcac
ggcagagagccacagttcaataaggaccagcctctcttcactcacatcaactccactcat
gcacgcatgaacctgcagggctggacaagtgggggctgccccatcaccgctgtcctgtta
gagttccgccccaaaggcacctgggcctggcagagtgtgcgcaccaacgcctcggcagac
atcttccttgcagagctgcgtgaggccacctggtatgagctgaagatgaaggcctgcaac
agcgccggctgtggaaaccagagctcccagtttgccactctggattatgatgggagcaca
attccgcctattaagtcagcacgaggggaaggagatgatgttaaaaagcttttctctatc
ggctgtcctgtcatcctggtcacattgggtatggctctgctctttattatccgcaagaaa
cgcaaggaaaaaagactcaagagactcagagatgcgaagagcttggctgagatgcttatc
agcagtaagaacaatcgaagttttgacactccagtaaaaggcccacctcagggacctcga
ctacacattgatatcccacgcgtgcagcttcttattgaggataaagaaggaatcaaacaa
ataggtgaagacaaggccaccatccctgtgaccgacactgagttcagccaatcggtgaac
cctcagagcttctgtacgggcgtgtctgtgcatcaccccgccctcatccagaacacaggc
cctttgattgacatgtcagacatcaggccgggcaccaatccagtatcgaggaagagtgtg
aaatctgcacacagcacaagaaaccgctattcaagccagtggactctgactaaatgccag
gcatccacacctgctcgcactctcacctcagactggcggacagtgggctcgcagcatggc
attacagttacagagagtgacagctacagtgccagcttgtcccaggacacagataaggga
cgtaacagtatggtgtctacagaaagtgcgtcttccacatacgaggagttggccagagca
tacgaacatgctaagctggaggagcacctacaacatgccaagtttgagattacagagtgc
ttcatctccgatagctcctctgatcagatgaccactggcaccaatgataacgcagacagc
atgacctctatgagcacgccatctgaaccaggaatctgtcgcttcactgcctctccaccc
aaaccacaggattatgaccgtggcaaaaacgtggcagtgcccataccccatcgagccaac
aagagtgagtactgtaacctccccctatacatgaagacggaccctttcttccgaaaacag
gcagaactgcacgatccctgcccggtggtcccgcctcgcgaagcctccatccggagcctc
gctgcccgggcctatcacacacagggtcgtcacatgacattagacccctccaaacagcag
gccctgacactgggccatggtggcttgagcagcctgaccagctcaggggcctctggtaca
tcgggcccaccctcaagcggggccgctgggagctccagcatcagctcaggcacagccacc
ctgccccagaggactctcaccatgcccagcacctcctccacatcctcagccccaagtggg
gcagttgccgctggagcaggagcgagtgcaagctccacaggaggcagcggcccgacgccc
gggagctccaaggttggaggatccagagactctctgctagagagcagctcgtccgggcta
ggcagactgcaaaagcagaatgctggggcatactccaaatcctacactctggtgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (17)   
   Pfam (17)   
All databases (53)   

Download RDF
DBGET integrated database retrieval system