KEGG   Drosophila melanogaster (fruit fly): Dmel_CG42256
Entry
Dmel_CG42256      CDS       T00030                                 
Symbol
Dscam2
Name
(RefSeq) down syndrome cell adhesion molecule 2, isoform J
Organism
dme  Drosophila melanogaster (fruit fly)
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 fn3 ig V-set Pur_ac_phosph_N C2-set_2 Ig_5 Ig_4 fn3_2
Other DBs
NCBI-GeneID: 38788
NCBI-ProteinID: NP_729225
FlyBase: FBgn0265296
UniProt: Q9VS29
Position
3L
AA seq 2074 aa
MWISSRFFVILLLLNLDNTCSEPFEAHLRGPGFVMEPPGRVEFSNSSGGWLDCSASGSPQ
PTVDWVHADGSAVTEIHGVRRVLRNGTLVLMPFAAAAYHQDVHNTIYRCIASNSVGRIVS
RDVQVRAVVAQAYKVDVEVLSAARGCTAILRCVVPTFVKELVRVVSWVHEPAIYIYPSLQ
GDGKFHLLPTGELLIHNLQESDESQSFRCRSMHRLTRQVVVSSPTRLRINSHRGIISPSV
VEHTAHVQVSQDEGAVLLCVAQGCPSPEYSWFTHNGAGPLPVLSGPRVRLLGPILAIEAV
TGEDSGVYKCTAGNVGGEASAELRLTVATPIQVEISPNVLSVHMGGTAEFRCLVTSNGSP
VGMQNILWYKDGRQLPSSGRVEDTLVVPRVSRENRGMYQCVVRRPEGDTFQATAELQLGD
APPVLLYSFIEQTLQPGPAVSLKCSAAGNPTPQISWTLDGFPLPSNGRFMIGQYITVHGD
VISHVNISHVMVEDGGEYACIAENRAGRVQHAARLNIYGLPYIRLIPKVTAVSGETLNLK
CPVAGYPIEEIHWERGGRELPDDIRQRVQPDGSLTISPVQKNSDSGVYTCWARNKQGHSA
RRSGEVTVIVPPSIEPFAFQEGLAEGMRTRTVCGVSRGDPPLKLIWLKDGDPLPDLLGAN
VTMLDQYSSLLSIPSLSATHSGEYTCVAKNPAAEIKYTALLQVKVPPRWIVEPVDANVER
NRHIMLHCQAQGVPTPSIVWKKATGSKSGEYEEVRERPFTKLLGNGSLLLQHVKEDREGF
YLCQANNGIGTGIGKVIQLKVNSSPYFSSTSRSVMVKKGDTALLQCAVSGDKPINIVWMR
SGKNTLNPSTNYKISVKQEATPDGVSAELQIRTVDATDSGPYFCRASNLYGNDQQLVQLQ
VQEPPLPPSVLEAAMISSRSVNIKWQPKTLGTGDVTKYIVEFREADPLFVDQWQQIEVKD
PPHFNAMIENLKPATRYAFRVIAEGSAGRSAPSQELIVRTEPQRPAGPPLSLSARPLSST
ELLISWVAPLPELRHGDIQGYNVGYKLSSSGNTAYNFTSVSGDGDGGNGELLLSGLAKFA
RYTVVVQAFNQVGPGPLSEPTAAQTMEDVPSRPPEDVRCAALSSQSLQVSWQPPPIYHTN
GLLQGYKLIFEPIIDDIQPSKDEVESRKTTALTMVLTGLRKYTNYSIQVLAHTRMGDGVV
SKPLFCHSEEDVPEAPADIKVVSSSSQSLYISWLPPNEPNGVITKYSLYTRVVNGREELN
NEKRSLPSQQAYYEAKGLHPHMEYQFWVTASTRVGEGKSSRVSSQITTNRIPARIISFGG
PVVRPWRSTVTLPCTAVGKPKREWFKSDVALRQGGLHNSQLLDSGDLIISSLQLADGGNY
SCQVDNGIGTDRLTHTLIVQVPPTAPVLYVTSATSSSILMHWKCGFTGNAPITGYTLFYR
RANGNTDEMQLSRHASSHELKGLMCGSTYQIHLSAQNKVGTSPTSTILHVRTQGQSPGHP
ASTALLAPNSTSLLVRLHSWPDNGCPLLYFVLQYRAVTDDPDAEWVLVSNALKPQRRIVI
NNLQPSTLYQLRMEAHNVAGISQAEFNFVTLTKDGDPPPPEIMHRGRSGQTTVIFANINL
LIPTIAAVSGMFCTIIMIIVCYRHMLKNAPPLAEQSQIQKESLENRANSEAAQRERYYAT
IHKVSMQNNDKIPETSEDISPYATFQLSEAGGNMSQPHHGGPANTLLHSFMYHERALAEG
CSSPPPAAVLNPPTTTTHHHHHHQRPLKTIHNYYQTSPFHNISKNRRRHSRKTEPESEES
ESDQDQLTSSRTESSNQHEGKIKHSIIYHGAQSSTSSDLSPMSEQKSLPRRGRSRYHHQQ
YQFSTNTTPRHHNSNKMNNNTTSNTNTTATNTTATPSTSSNSNKILSPRGGNLKSISSTF
KSQDSIQCHIPTLVKSPSISTQQQKQFHKQQLQNSSTNNSQHSSSNPNSSSLKQQQPLLI
TPKLHQLEANGQELLGLDGIGNSPLVACMPPSSQFRPIPHKSIMPAHEPPHHHNHSQQSH
PHQQQQQQQHPGTLLNPSTAMLSSKFFTAPTLPK
NT seq 6225 nt   +upstreamnt  +downstreamnt
atgtggattagtagccgcttctttgtgattctcctgctgctcaatctggataacacctgc
agtgaaccgttcgaagcccacctgcgcggtcccggattcgttatggagccacccggtcgt
gtggagttttcgaactcctccggcggctggctggactgctcggcctccggaagtccgcag
ccgacggtcgactgggtgcacgcggatggctcggcggtgaccgagatccatggagtgcga
cgtgtcctgcgtaacggaacgctcgtcctgatgccattcgccgcggccgcctaccaccag
gatgtgcacaacacgatctatcgctgtattgccagcaattcggtgggtcgtatcgtctcg
cgggacgtgcaagtgagggcggttgtggcccaggcctacaaagtggacgtagaggtgcta
tctgccgcaaggggatgcaccgccattctgcgctgcgtggtgcccacgttcgtcaaggaa
ttggtacgagtggtctcgtgggttcatgaacccgctatctacatctatccctcgttgcaa
ggcgatggcaaattccacttgctgcccaccggcgagctgctcatccacaatctgcaggag
agcgatgagtcgcagtccttccgctgccgcagcatgcaccgcctcacccgtcaggtggtc
gtcagttcacccacccgactgcgtattaattcgcatcgcggcatcatttcgccgagcgtg
gtggagcacacggctcatgtgcaggtgtcgcaggacgagggcgcggtgctcctgtgcgtc
gcccagggctgtccttcgcccgaatacagctggttcacccacaatggagccggacccctg
cccgtgctgagtggcccacgtgtccgactgcttggccccatcctggccattgaggctgtg
actggcgaggattccggcgtctacaagtgcacggccggcaatgtgggcggcgaagctagt
gccgagctccggctcacggtggccacgcccatccaagtggaaatctcaccgaacgttctc
agcgttcacatgggcggcaccgcggagttccggtgcctggtcaccagcaacggcagtccc
gtgggcatgcagaacatcctgtggtacaaagacggccggcagctgccctcatcgggccgc
gtcgaggacaccctggttgtgcctcgcgtgagtcgcgagaaccgcggtatgtaccagtgc
gtggtgcgacgacccgaaggcgatacgttccaggccaccgccgagctgcaactgggtgat
gcgccgcccgtgttactctacagctttatcgagcagaccctgcagccaggaccagctgta
agcctcaagtgctccgctgccggcaatcctacgccgcaaatttcatggacactggacgga
tttccgctgccatcaaacggaagatttatgatcggacaatacatcaccgtgcatggcgat
gtaattagtcatgttaacataagccacgtcatggtcgaggatggtggcgagtacgcctgc
atcgcggagaatcgggctggacgagtgcagcatgcggcgcgcttgaatatttatggtctt
ccatacattcgactgattccgaaggtaaccgccgtctccggcgagacattgaatctgaag
tgcccggtggccggctaccccatcgaagagatccactgggagcgcggaggacgagagctg
ccggatgacatacggcaacgtgtccagccggacggctcgctgaccatcagtcccgtgcag
aagaactccgattccggcgtgtatacgtgctgggcgaggaacaaacagggtcacagtgcc
cggcggagtggcgaggtgacggtcatagtgccgccgagcatagaaccgttcgccttccag
gagggtttggccgagggcatgcggacgaggaccgtctgcggggtgtccaggggcgatccg
ccgctgaagctcatctggctgaaggacggtgatccgctgcccgaccttttgggggccaat
gtcaccatgctagaccagtacagctccctgctgagcattccgtcgctgtcggccacgcat
tccggcgagtacacgtgcgtggccaagaatccggcggccgagatcaagtatacggccctc
ttgcaggtcaaagtgccgcctcgctggatcgtcgagcccgtggacgcaaatgtggagcgc
aatcgccacattatgctgcattgccaggcacagggtgttcccacacccagcatagtgtgg
aagaaggctacaggcagtaaatcgggagagtacgaggaagtccgcgaacgtcccttcacc
aagctactgggcaatggctccctgctgctgcaacacgttaaggaagatcgcgagggcttc
tatctgtgccaggccaacaatggcatcggcaccggcatcggaaaggtcatccagctgaaa
gtgaactcctcgccgtacttctcatccacttcgcggtccgtgatggtgaaaaagggcgac
acggcactgctccaatgtgccgtcagtggggacaagccgattaacattgtttggatgcgc
tcgggcaagaacacgctgaatccgtcaaccaattacaagatctcggtgaagcaggaggcc
acaccagacggagtgtccgccgagttgcaaatccgcacggtggacgccaccgacagtggt
ccttacttctgtcgggccagcaatttgtatggcaatgaccagcagctggtgcagctgcag
gtccaggagccaccactgccacccagtgtcctggaggcggccatgatcagcagtcgatcg
gtgaacatcaagtggcagcccaaaaccttgggcactggcgatgtgaccaagtacatagtg
gagttccgcgaggcagatcctttgtttgtggaccaatggcagcagatcgaggtcaaggat
ccgccacatttcaatgcaatgatcgagaacctcaagccggcgacacgttacgctttccgg
gtgattgctgagggttcggccggacgcagtgcacccagtcaggagctgattgttcgcacg
gaaccacagcgacccgctggacctcctctaagtctctccgccagacctttgtcttccacc
gagctgctcatcagttgggtagctccattgccagaactgcgacatggtgacattcagggc
tacaatgtgggctacaagctgtccagttcaggaaatacggcatataactttacttccgtt
tccggagacggcgatggaggcaatggggagctactactcagcggactggctaagtttgcc
agatacaccgtggtggtgcaggccttcaatcaagtggggccaggacctctttcggaaccc
accgctgctcagactatggaagatgttccaagtcgaccaccggaggacgttcgctgtgcc
gccttatcctcccaatcgcttcaggtgtcctggcaaccaccgccaatttaccacaccaat
ggcctgctgcagggatacaagctgatattcgagcccatcatcgatgacattcagcccagc
aaggacgaagtggagtcgaggaaaacgacagcactcaccatggtgctgacaggacttcgc
aaatacaccaactacagcattcaggttttggcccacacgcgtatgggcgatggagtggta
tcgaagccattgttttgccacagcgaagaggatgtgcctgaggctccggcagatatcaaa
gttgtgtccagctcatctcaatcactgtatatctcttggttgccacccaatgaaccgaac
ggtgtgatcaccaagtacagtctttacactcgcgtagtgaacggtcgcgaggaactgaac
aatgagaaacgtagtctgccatcacagcaggcgtattacgaagccaaaggactgcatccg
catatggagtatcagttctgggtgacggccagcactcgagtgggcgagggcaagagttcc
cgtgtttcctcacaaatcaccacgaatcgcataccggcgaggatcatatccttcggtggt
ccagtggtcagaccttggcgatccaccgttactctaccctgcacggcggtcggcaaaccc
aaacgcgagtggttcaaatcggatgtggcactgcggcagggtggactgcataactcccag
ctgctggacagtggggatctgatcatctccagcctgcaactggcggatggtggcaactac
agctgtcaggttgacaacggcattggaactgatcgactgacgcacaccttaatcgttcaa
gtgccacctacagctccggttctttatgtaacaagtgccacctcgagcagcatcctcatg
cactggaaatgcggcttcacgggcaatgcacccatcaccggctataccttgttctaccgg
cgagccaatggcaacacggacgagatgcaattgtcgcgacatgcttccagtcatgaactt
aagggtctgatgtgtggcagcacgtaccagatccacctgagtgcccagaacaaggtgggc
acctcgcccaccagcaccattctgcacgtgcgcactcagggtcaatcgcctggtcatcct
gcctccaccgccctcttggcacccaactcgacctcgctgttggttcgactgcactcttgg
ccggataatggatgtcctttgctctacttcgtcctgcagtaccgagcggtgaccgacgat
ccggatgcagaatgggttctagtatccaatgctttgaagccgcagcgtcgcatagtaatc
aacaatctgcaaccatcgacgctctatcaactccgcatggaggcgcacaatgtggctgga
atctcgcaggcggagttcaacttcgtgaccctgaccaaggatggagatccaccgccgccg
gaaatcatgcatcgtggccgtagtggtcaaaccacggtcatattcgccaatattaacctg
ctcatcccaaccatagcggcagtgtccggaatgttctgcacaatcattatgatcatcgtt
tgctacagacacatgcttaaaaatgcaccaccgctcgcagagcaaagtcaaattcaaaag
gaatcactcgagaatcgagccaattccgaggctgcccagcgggagcggtattatgccacc
attcacaaggtgtccatgcagaacaacgataagattccggaaacctccgaggacatctcg
ccgtatgccaccttccagctgtcggaggctgggggcaacatgtcgcagccgcaccacggc
ggtccggccaacacgctgctccactcgttcatgtaccacgagcgggccctggccgagggc
tgctcgtcgccaccaccagccgcggtactgaacccaccaacaaccaccacccatcaccac
caccaccaccaacgtccactaaagacaattcataattattatcagacctcaccgttccat
aatatctccaagaatcggaggcgccactccaggaagacggagccggagagcgaggagtcg
gaatcggaccaggaccagctcacctccagtcgcaccgagtcctccaaccagcacgagggc
aagattaagcacagcatcatctaccatggagcacaatcaagcacctcctccgatctgtca
ccaatgtccgaacagaaatcattgccccgccgcggtcgctccaggtatcatcatcagcaa
tatcagttttccaccaataccacaccgcgccaccacaacagcaacaaaatgaacaacaac
accaccagcaacacgaacaccacagccaccaatacgacagccacaccatcgacatccagc
aattcgaacaaaattctatcgccgcgcggcggaaatctgaaatccatatcgagcacgttc
aaatcgcaagactccatacagtgccacatacccacattggtcaagtcgccatcgatcagt
acacagcagcagaaacagttccataagcagcagttgcagaatagtagtaccaataattcc
cagcatagtagctctaatccgaacagtagtagtttgaagcaacagcagcccctactgatc
acgcccaagctccatcagctggaggccaatggccaggagcttttggggctggacgggatc
ggcaatagcccgttggtagcctgcatgccgccctcttcacaattccgccccataccccac
aagtccataatgcccgcgcatgagccaccgcaccaccacaaccacagccagcaatcgcat
ccccaccagcagcagcagcagcagcagcatccgggcacgctgctcaacccatcgacggcc
atgctctcctccaagttcttcacagcgccaacgctgcccaaatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (75)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (17)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (15)   
DNA sequence (15)   
   RefSeq(nuc) (15)   
Protein domain (11)   
   Pfam (11)   
All databases (119)   

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