KEGG T00030: Dmel

Drosophila melanogaster (fruit fly): Dmel_CG9695

Entry

Dmel_CG9695       CDS       T00030

Symbol

Dab

Name

(RefSeq) disabled, isoform A

K12475

disabled homolog 2

Organism

dme Drosophila melanogaster (fruit fly)

Pathway

dme04144

Endocytosis

Brite

KEGG Orthology (KO) [BR:dme00001]
09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    Dmel_CG9695 (Dab)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dme04131]
    Dmel_CG9695 (Dab)
Membrane trafficking [BR:dme04131]
Endocytosis
  Clathrin-mediated endocytosis
   LDLR adaptor proteins
    Dmel_CG9695 (Dab)

SSDB

Motif

Pfam:

PID DAB2_SBM PID_2

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

FlyBase:

UniProt:

Position

AA seq 2224 aa
MVKSLVAKLSTASSNLSLASTFGGGSGAAEETNYAKHRNDPGRFFGDGVQFKAKLIGILE
VGEARGDRMCQEALQDLKMAIRAAGEHKQRITIHVTIDGLRLRDEKTGDSLYHHPVHKIS
FIAQDMTDSRAFGYIFGSPDSGHRFFGIKTDKAASQVVLAMRDLFQVVFELKKKEIEMAR
QQIQGKSLHDHSSQLASLSSLKSSGLGGMGLGHSDLASGGISSGHALTLLGSSLSTTNGT
SRLGVSLDVAKASGSAAKEVSPESVADLVDLEQELTSLQRGISQMERITPNEPTTSSTGG
AGHPSLAKSASEDDPFGDSFIYVPSYSILPPPPDSGRNRHKPPNKTPDAVTSLDAMLSPP
PGTSSSHGSASAGLQAADNDDDNWLQELDQQNDVFDTSKVVSSSGLGSVLAMAPLASSES
TATPTQQLTEVAAGSGPLADLDIGLSTALGNEEQTSTILSLDAFTDLDPLGTGRTRPYVD
KKYFFQELKNPPKKLLKELSSGSQAGLGLGLSLGQLDGLFPEDSTTISTTTTTATNITAG
NPQQNSANTLTSTASTAASLGQLLSTVALNPDPLPAPISIPTSISHSITPSAELKLLLGH
VTNPPNPTGHYYTTEPPTLNSLENPHPPADPVLLPRDTDPFSPTRKKSDPDPFQESDLFA
KLDAFEFEAPPAVPAPSIPNLATETKANVFNGPLQVQLPPEKELQLQQPPSTVRNRPTAS
VSALPSGGALDVISSISNKKMPHLFGQARSFGKSGSDIGSSVNMRRLQESDSLSETEAAP
EPPPRPDSTPYSEPPPLPPKKQFSDLVIRPSPANTTQPPTSGRYEYLNSNVTARRTASSV
DAPPIPLPSRRVGRSDGCFPGPGRPRKPGHTEDDYLAPLGAPPPLLPPPSQGSSARARPQ
RQASLGRPQDIYENKAEILQAQAQAQAQAPEVAPSSNTLAPDITLTQLLTLGMDDLAIKL
NVPASKLSTMTLVQLTAYLSEYLSSEKSQVHSQERRSSPANTAPAPASTAAVFKVNFDQQ
TSFVAKFDDTFGEDEPVMPSGSSDSTFVANFANFNDAPTPVPTVSPVVATVPSADRYAVF
REIIDQELQQQQQETDLMGDLTPPPVDETQAKEISEGLEVNNVGAELPIDALDVKPAPKI
DTKITEVVAQAKDRYAALRDIILVENLFDKPAIATDTQPEKEKDLLQDFPEFSDEFNEDH
DLRQIMDHQNVQTHARDRHGLVDSRGFPTEPSSSALTVGDYDEDEDADAGGESSLDSNEK
DAEPVSGQDQYEKLSTSTQQLDAAAPALEDVQQLQQQSLPPKQDQKFLSILTAPGGGTKD
DIEIDELMHRAISNLSLDSRDRVSPATSSAAPSRGAPGLHTPSQFNDVSTSPIPLQKPGM
GPSPVPSQLSAVSQLIDTATKQMMGDKDREKQSWATFDSPKAKGKARLTLPPPPPPASNT
SQPDTVESPCSSDPRDDGWSKQQRRWAKKERQQTSSSSRDLSPWDDETPEYLKRRQLAAA
QMAHPHQPPMQAPPQHTDRHGYYMRHARRMNSCDEDYDYDGEFVARRDQPQHQQQQRKFK
HGLSRSRDNFELESPSWYHHPAHHTWSPQEIEQVRVRSFDRTAYERSSYGPPPPIYDKRG
QLRGKYRGDHRDRERERDRDREYRDYARPSYDFDYENVYEERGGRSPLAYKPGRGGGDYL
YDRERDRDRERDRKSFDRESLESYESATRRRRSFGSGNDVYGSLDSRDDYRGDRERDRER
DREQMKTRSLRKPTTTSGKLRISGDIDYEQDSEQDFQQRSGVRSLQRPNQLGGDVVLPSN
AVVGPQRLRKSSGSSPWDGEEPALPGQKSWKRPASAAETERRLAESRRAVALGQTPSDGE
KERRFRKKTRARSAKDLATVGAPSASTSAPSRSSYGRGIRDNYDYICPGQRNDDDDDDDE
DYVDDEPPTDEDKFERLNRRRHEMHQRMLESERRQMERHQPPSLAKLPGQNRTRGVVANS
DYGFVDSYEQTPTPTPRSNASSTGPGGLMMSGGESSAGVTSSKFNFDDGFESDFNQSSPP
PAPAGTASSCNSTPAGPVSANANNGGSKSLFRFSNDFSDREKREQFEMDTPPTSTPPITQ
KLRFDDNVKVSQFDDAAFEDDFAKASFDFEKEQAGSATAGAGGSGAMSRKQNMRTSKLQQ
RQELIKKSESVNIFAKKQEDPFEDDEFFKSPDQEQAMDQHNDDTEGGKFQWSEDANFAKF
DENM

NT seq 6675 nt +upstreamnt +downstreamnt
atggtcaagtccctggtggccaagttgtccacagcctcctccaatctctcgttggccagc
acctttggcggcggcagcggcgcggcagaggaaacgaattacgcaaaacatcgcaatgat
ccgggacgctttttcggcgatggcgttcagttcaaggcaaagctcatcggcattctggag
gtgggcgaggcccgaggtgatcggatgtgccaggaggcgctgcaagatctcaaaatggcc
atccgggcggctggagagcacaagcagcggataaccatccatgtgaccatcgatggtctg
cggctgagggatgagaaaacgggtgactccctgtaccatcatccggtgcataagatctcc
ttcatcgcgcaggatatgactgactcgagggcctttggctatatcttcggatcgccggac
agtggtcaccggttcttcggcatcaagacggacaaggcggccagccaggtggtgctggcc
atgcgcgatctcttccaggtagttttcgagctaaagaaaaaggagattgagatggcgcgc
cagcagatccagggtaagtccctgcacgaccattccagccagctggcctccctgtcgtcg
ctgaagtcctccggcctgggtggcatgggtctgggccactcggatttggccagcggagga
atctcatccggccatgccctcaccctgctgggcagtagtcttagcaccacgaatggaacg
agcaggctgggcgtgagtcttgacgtggccaaggcatccggatcggcggccaaagaggtc
tctccggaatccgtggccgatcttgtggacttggagcaggagcttacctcgcttcagcgg
ggaatcagtcagatggaacggataacgccaaacgagccgaccaccagtagcactggtggt
gctggccatccatctctagcgaaatcagccagcgaggacgatcctttcggagactcgttt
atctatgtgccctcgtatagcatactgccaccgccacctgattccggacgcaacaggcac
aagccgcccaacaaaacacctgatgcggtgaccagtttggatgcaatgctttcgccacct
cctggtacaagtagctcccacggctcagcctccgctggactacaggctgcagataacgac
gatgacaactggctgcaggaactggaccaacaaaatgatgtcttcgacacgtccaaagtg
gtgagcagcagtggattgggttcggttttggccatggctccgctggcctccagcgaatcc
acggccactcccacccaacaactgacggaggttgctgcaggatctggacctctggctgat
ctggatattggactaagtacggccttgggaaatgaggaacagacctccaccattttgtca
ttggatgcgttcacggatttggatccgctaggcacaggacgcaccaggccgtatgtcgat
aagaaatacttcttccaagagctgaagaatccgccgaagaagctgctcaaggagctcagc
tccggcagccaggcgggtctcggtctgggtctctctctgggtcagttggatggcctcttt
ccggaggatagcaccaccatctccacaaccaccaccacagctactaacatcaccgcagga
aatccgcaacagaactcggctaacacactaacatccaccgctagcaccgccgccagtctg
ggacagctcctgtccacggttgctctcaatcccgatccgctgcccgctcccatttccata
cccacatctatttcccattcgatcaccccgagcgctgagctgaaactgttgcttggccat
gtcactaatccacctaatcccaccggccactattataccacagaaccgccaacgctgaac
tcgctggagaatccccatccgccggcggatcccgtacttctgcccagggatacggatccg
ttctcgcccactcggaaaaagagcgatccagatcccttccaggaaagcgatctctttgcc
aaactggatgctttcgagttcgaggctccgccggcggttccagctccctcgattccaaat
ttggccacggagacaaaagcgaatgtattcaatggaccacttcaggtgcaattgccacca
gagaaggagttgcagcttcagcagcctccgagtacggtgaggaaccgtcccacagcatct
gtttccgcacttccaagtggcggagcccttgatgtgatctccagtataagcaacaagaag
atgccgcacctttttggccaggccagatcatttggcaaatctggttcggatattggttca
agtgttaacatgcgccgcctgcaggagagcgattcgttgagtgaaacagaggcagctccc
gagccaccgccgcgtccagactcgactccgtactcggaacctccgcccctgccacccaag
aagcagttcagcgatctggtcatccgaccttcacctgcaaataccactcaaccgccaact
agcggaaggtatgagtatttgaacagtaatgtcacggcaagaaggactgcctcctccgtt
gacgcaccacccattccattgccatcgcgccgtgttggtcgctctgatggctgctttccg
ggtccgggaaggccaagaaaacctggacacaccgaggatgattatctagctccgttggga
gctccaccgccattgctgccgccacccagccaaggatcctcggctcgcgcgagacctcaa
cggcaggcttcgctaggcaggccgcaggatatctacgaaaacaaggcggagattctgcag
gctcaagcacaggcgcaggcccaggccccggaagtagcgccctctagcaataccttggct
cccgatatcaccctaactcaattgctcaccctgggaatggatgatttggctatcaaactg
aacgttcccgccagcaaactgagcaccatgactctggtccagttgacagcctatctctcc
gagtatttgtccagtgaaaaaagccaagttcacagtcaagagaggagatcttcgccagca
aacacagctcctgcaccagcttccacggcagctgtgtttaaggttaattttgatcagcag
acctcctttgtggccaagttcgacgacacttttggcgaagacgaaccagtgatgccttcg
ggttcttcggactccacctttgtggctaacttcgccaactttaacgatgcaccaactccg
gtgccgacagtatcgccagttgttgcgacagtgccctcagcagatcggtatgccgtattt
cgcgagatcatcgatcaggagcttcagcagcaacagcaggaaacggatcttatgggcgat
ttgacaccaccgccagtggatgagacccaggccaaggaaatttcagagggcttggaggtg
aacaatgtgggtgcggagctaccaattgatgccttagatgtcaaacctgcgccgaagatt
gacacaaaaatcaccgaagttgtcgcccaggccaaagatcgttacgcagctctgcgggac
ataatcctagtggagaatctctttgataaaccagcaatagcaaccgacactcagcctgag
aaggaaaaggatctgttgcaagactttcctgagttcagtgatgagttcaacgaggatcat
gaccttcgccaaattatggatcatcagaatgttcagactcatgcccgcgatcgtcatggc
ttggtcgacagcaggggctttccaacagagccttcgtcttccgctctgaccgtgggcgat
tatgatgaggacgaggatgctgatgcgggtggtgagagcagtctagatagcaatgaaaag
gacgcagagcctgtcagcggtcaggatcagtatgaaaagctatccacgtcgacgcaacaa
ctagatgcagctgctccggctctagaggatgtgcagcagctgcagcagcaatccctgcct
ccaaagcaggatcaaaaattcctctccatcctaacggctcccggtggtggaacgaaagat
gacatcgagatcgacgagctcatgcatcgtgcaatttcgaatctctccctggactcaagg
gatcgagtttcgcccgccacctcctcggcagctccatcacgtggggctcccggcttgcac
acgccctcgcaattcaatgatgtcagcacgtcgccgattcccctccagaaaccaggcatg
ggcccatcgcctgtgccgtcgcagctttcggccgtgtcccaactcatcgataccgcaacc
aaacaaatgatgggcgacaaggatcgggaaaagcaatcctgggctacattcgattccccg
aaggcaaaaggcaaggctaggctaacgcttccgccgccaccacctcctgcatccaacact
tcgcaaccggatacggtagaatcgccttgcagttcggatccccgggatgacggctggtca
aagcaacagcgtcgttgggcgaagaaggagcgccagcagacatcctcatcatcccgagac
ctaagtccctgggacgatgaaacgccggagtatctgaagcggcgacagttggccgccgct
caaatggctcatccccatcagccccctatgcaagctccacctcagcatacggatcggcat
ggatactacatgcgacacgccaggcgaatgaactcttgcgacgaggactacgactacgat
ggggaattcgttgcacgccgagatcagccacaacatcaacagcagcagcgaaagttcaag
cacggactttctcgcagcagggataactttgaattggaatcccccagctggtatcatcac
ccggcgcaccacacatggtcgcctcaggagattgagcaggtgcgcgtacgatctttcgat
cgtactgcttacgagcgatccagctatggcccaccgccacccatctacgacaaacgtgga
caactgagaggcaaatatcgcggagatcacagggatagggaacgagagcgtgatcgcgac
cgagagtatcgggattatgctcgtccaagctacgatttcgactacgaaaacgtctacgag
gagcgtggaggtcgttcaccgttggcctacaagccaggaagaggtggtggtgattatctg
tatgacagagaaagggacagggatcgggagcgcgatcgaaaatccttcgatcgggaaagt
ctcgagtcctatgagagcgccacccgtcgtcgtcgcagttttggtagtggaaacgatgtt
tatggcagcctagatagtcgcgatgattaccgtggcgatagggaaagggatcgtgaacgt
gatcgcgagcagatgaagacccgttcattacgaaagccaacaactacgtctggaaagctc
cggataagtggcgacattgattacgagcaggactcggagcaggacttccagcagcgatct
ggagtacgaagcctgcagcgtcccaatcagctaggcggtgatgtggtgctgccctccaat
gcggtagtgggtccacagcgattgcgcaaaagcagcggctccagtccctgggacggagag
gaaccggccttgcctggtcagaaatcttggaagcgtccagccagcgctgctgaaaccgaa
aggcgactggctgagagtcgcagagcggtagctttgggtcaaactccctccgatggagaa
aaagaacgaagattccgcaagaaaacccgagcccgcagtgccaaagatttagccaccgtc
ggtgctcccagcgctagtacttctgccccgtccagatcgagctatgggcgtggcatcagg
gataactatgactatatatgtccaggccagcgtaacgatgacgacgacgatgatgatgag
gactacgtggatgatgaaccgccaacggatgaggataagttcgagaggttgaaccgccgg
cgacatgagatgcaccagcggatgctggagtccgaacgtcggcaaatggaacgccatcag
ccgccatcgctggcgaagcttccgggccagaatcgtacacgaggcgtcgtggctaacagt
gactatggttttgtggacagttacgagcagactccaactcccacgccacgttcgaatgcc
agtagcactggaccgggtggcctgatgatgagtggcggggagtcctccgctggagttaca
agttccaagttcaattttgacgatggatttgagtcagattttaatcagagctctccgccg
ccggcgccagcaggtaccgcctccagttgcaattccacgccggcgggtccagtttcggca
aatgcgaacaacggcggatcgaagagcctgttccgcttctccaatgatttttcggatcgc
gagaaacgggagcagtttgagatggatacaccgccaacctcaacaccaccaattacgcaa
aaactgcgatttgacgataatgttaaggtctcccaattcgatgatgctgcctttgaggat
gacttcgccaaggcatcattcgattttgaaaaggaacaagcgggttctgccacagcaggt
gccggaggatctggtgctatgagcaggaagcaaaatatgcgaaccagcaagctgcagcag
cgccaggagctcatcaagaaatccgagtcggtaaacatatttgccaaaaagcaggaggat
cccttcgaggatgacgagttctttaaatcaccagaccaggaacaggccatggatcagcac
aatgatgacactgagggcggcaaatttcagtggagcgaggacgcgaactttgcaaagttc
gatgaaaacatgtga

All links

Gene (62)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (3)   
   Pfam (3)   
All databases (83)   

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