KEGG   Drosophila yakuba: Dyak_GE12126
Entry
Dyak_GE12126      CDS       T01068                                 
Name
(GenBank) uncharacterized protein
  KO
K18462  WASH complex subunit FAM21
Organism
dya  Drosophila yakuba
Pathway
dya04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:dya00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    Dyak_GE12126
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dya04131]
    Dyak_GE12126
Membrane trafficking [BR:dya04131]
 Protein recycling
  Others
   WASH complex
    Dyak_GE12126
SSDB
Motif
Pfam: T3SS_needle_F
Other DBs
NCBI-ProteinID: EDW91373
FlyBase: FBgn0229894
UniProt: B4PA42
Position
2R
AA seq 1494 aa
MDISADVEQIIAQAPDWTFAGDCALLALMKRISQNLEERGERTSRNLRDFETSVKQVDIT
LNNATNSLRSLQFGNQFVEYRVEEVDDADLAMPEEKKKKPELPPKSSEEMAKEFLENNLR
MFRKNYEPVTIEVPDSDDEDGPVNSTTVFRAKNPYDVIPLPYIIGTKEWQEHKYAGLYDS
KENSEDERSEEFSSSSSDEKEPESKPLTMPSNKLEEHHLSDSSSLASFAREPAIVSPVIK
PAVQIAEPAIRTQPRPIISSQRNPHERDMFAALRQSPPSDDPPSTSSSPTSSPAFRNLSS
RLPIASTASLSSSSSSPAQQPPRLFDEAVSTQAPKETEIKPSQTKRMPVNLFNDDEFKSF
MSEIVDKVQSKTPSSSVSPATTISTQEPPKTIKPTEQYSKPVAPKQIVEQSVPKRVNLFD
DSPPLSPTPRSEPVLNNNKATSAIPKQSSVQSPDEDLFGSAPAMPKENPFKKQTKPVTKS
LFDDDLEDDDFLSSFTRKAKPAEQKLLSKPKPSLFDDDDLDIDDIFTKPSAQTKMLSEKL
AGKTSLFEDDDQDDVTDLFGSKKTKEIQKETFSDVSPDKKVQTPVVSKKSLFDDIEDEDL
FGTPKAKNLIRSEQHNDLETIEGSGATIETDKKQNEILEQNFKNMETKEKQLPLISEDES
LPILKDSPPPMEDMGQKADGKELSPVKDDTSAPNIHITKDLFSEDLTDDESFLSPSKITV
EPKGASEAKEFIKPIEKNTSQTKENVSPVIPTTTISIKPTDLFNEDFSDDDMSASISKNK
PVANTATDEIKKPSADQLVNEIKPEELPQPENKIDDRTVVDKKDELVPELLGKTQIDEPV
SESPPPDDYQSNEDPIISMVADVTSKTSVDTLTPKKPADLAAAQQIMQNYSNLFSDEPPD
DSEFFQTLGSSGLSSLSASKIFDSEHDFFEPALPNIPSATKPSPVTPGDQPSLSSDYGAM
CLFSDVPPEDNDHDGEEVQNQAEAEKDEFASTTRIHTIFYDDFSETARAGAVQPASKQFT
FDDEPPPADEPDRSKVKESPELRNPTSPVKKLKMPSININVHALLPGSGGAPKLLRKPES
SSSKREESQATSQPDVSEPQAEVSGQTTVPSSDGALQHVNKSRARGPAKRRPSTRRGRKE
NYAKSLLDAGQDESPTVSTSIQKTFSRDSPEVEHFEPSPIEAPVSQHVKPEKLISTTAQQ
IQPQLQRPSSSNAFGSFLDSPDEDDSFFNSVPTKTVEGKQGCDPPKSYRSFLDSPDKDDH
LFSDLETQTVSNEPTVDRRKLEKTLSPPKMAKSFLDSPDEDDDFLFNSVKTKADPKAQKL
HAPGAEIVNASQTVTTARPKPSNAKLAAKEQIKPKSQAAPKLFDDSDDDDDLFANAAASA
PSIQPATRSVQTKQQPKPAATSLFSSDDDESEDLAKTAAVKKLPVKASKSLFSDDEDDDD
LFGGSSTSKESATKKTKPVARTATKPPASKTTTSTATIPANSGDNPLADLLDFK
NT seq 4485 nt   +upstreamnt  +downstreamnt
atggatataagcgcggatgtggaacagataatagcccaggctccggactggacctttgcg
ggcgactgtgctctcctggcgctgatgaagcgcatttctcagaatctggaagaaaggggc
gaaaggaccagccgcaatctgagggactttgagacgagtgtgaagcaagtggatataacg
ctgaacaatgccaccaacagcctgcgctccctgcagtttggaaatcagttcgtggagtat
cgggtggaggaggtggatgacgctgatttggccatgccggaggaaaagaaaaagaagccg
gagctgccgcccaagagttccgaggaaatggccaaggagtttctggaaaacaacctgcgc
atgtttcgcaaaaactacgagccggtgaccatagaagtgcccgattcggacgatgaggat
ggtcctgtcaactcaacaaccgttttccgcgctaagaatccctatgatgtgatacccctg
ccctatattatcggcacaaaagaatggcaggagcacaaatatgccggactgtatgacagt
aaagagaatagtgaagatgagaggtccgaggaattctcgtctagctcatcggacgagaaa
gaacccgagtccaaaccattaacaatgccatcgaacaaattagaggaacatcatctatct
gactcctcttccctagcctcgtttgccagggagccggcaattgtgtcgccagtcataaaa
cctgctgtacagatagcagagcctgccatcagaacacaaccgcgtcctattatcagtagt
caaaggaacccacatgagagggacatgtttgctgcactgcggcaatcgccacccagcgat
gacccgccatccacatcatcttcgcctacatcgtcaccagcctttagaaatctatcaagt
cgtcttccaatcgcgtctactgcatcgcttagttccagcagcagtagtcctgcccaacag
cctccaaggcttttcgacgaagctgtttcaacgcaagctccaaaggaaactgagatcaag
ccaagccaaactaagcgcatgccagtaaatctttttaatgacgacgagtttaaatctttc
atgtccgaaatcgtagacaaagtccagtcaaaaacgcctagcagctccgtttccccagca
acgacaatttcaacacaagagccacccaaaactataaaaccaacggaacaatattcaaaa
ccagtggcgccaaagcagattgttgaacaatcagttccgaaacgtgttaaccttttcgac
gacagtcctccattgagtccaactccaaggtcagagcctgtccttaacaataataaagca
actagtgccatccccaaacagagttcagtccagagtccagatgaagatctttttggcagc
gctcctgccatgccgaaggaaaatccatttaagaagcaaacgaaaccggtaaccaaatcg
ctgtttgatgatgacttggaggacgacgacttcttgagctcctttacacgcaaagcaaag
ccagcagaacaaaaactgctctcgaaaccaaagccttccttatttgatgatgatgacttg
gatatcgatgatatatttacgaagccttctgctcagaccaaaatgctctctgaaaaatta
gctggaaagaccagtttgtttgaagacgatgatcaagatgatgtcactgatttgtttggc
tcaaaaaagacaaaggaaattcaaaaggagactttttcagatgtttcgcccgacaaaaag
gttcaaacacctgtagtttcaaagaagagtctgtttgatgatattgaagatgaggatttg
tttggaaccccaaaggctaagaatttaattaggagtgaacaacataatgatcttgagaca
attgaaggtagcggggcaacaattgaaacagataagaaacaaaatgagattttagaacag
aatttcaagaatatggaaactaaagaaaagcagcttccactaatatcagaagatgaatct
ttgcctattctaaaagattcacctccgcccatggaagatatgggacaaaaggctgatggg
aaagaattaagtccggttaaggatgatacatcagcaccaaatattcatataactaaagat
ttgtttagtgaagatctaaccgacgatgagtccttccttagcccttcaaagattacggtt
gagcccaaaggtgctagtgaagctaaagaatttattaagccaattgaaaagaatacgtcg
caaactaaggaaaatgtatcaccagtaattcctactacaacaatatctatcaaaccaact
gatttgttcaacgaagattttagcgatgatgatatgagtgcatccatttctaagaataag
ccagtagccaatacagcaaccgacgaaattaagaagccatctgcggatcagttggtgaat
gagattaagccagaagaattaccacagccagagaacaaaattgatgatagaacagtcgtc
gataaaaaggatgaacttgtgcctgaattgttaggcaaaactcaaatagatgagccagtc
tccgaaagtcctccaccagacgattatcaaagcaacgaagatcccattatttcaatggta
gctgacgtcactagtaaaacatcagtggatacacttaccccgaaaaagccagcggatttg
gctgctgcgcagcaaatcatgcagaattattcgaatctcttttccgacgagccaccggat
gacagcgaattcttccaaacgctcggcagcagcggtctcagcagcctaagtgcctcgaaa
atctttgacagcgagcacgacttcttcgaacccgcccttccaaacattcccagtgcgaca
aagccatctccagtgacgcctggagatcaaccttctttgtcatccgactacggtgccatg
tgcttgttcagtgatgtgccacccgaagataacgatcacgatggcgaagaagtgcaaaat
caagctgaagctgagaaagacgaatttgcgtcaaccacccgaatacacacaatcttctat
gatgatttcagtgagacggcaagggcaggagcagtgcagccagcttccaagcagttcact
tttgatgatgagccaccgccagctgatgaacccgatcgtagtaaagttaaggagagtcct
gagttgcgaaatcccacttctcccgttaagaagcttaaaatgcctagcatcaacatcaat
gttcatgccttacttcccggatctggaggcgcgcccaagctgctcagaaaaccagaatca
tcgagttccaaaagagaggaatctcaagccacatcacagcctgatgtttcggaaccacag
gctgaggtttctggacaaaccacagttccttcttcagacggcgcccttcagcatgtgaac
aaatcacgcgcccggggtcctgctaaaaggcggccttctaccagaaggggaagaaaggaa
aactatgccaaaagcttactggatgcgggacaagatgaaagcccaacagtttcgacctcg
attcaaaagactttctctagggatagccctgaagtggaacacttcgagcccagtcccatt
gaggcacccgtttctcagcatgttaagcctgaaaagttgatttcaactacagcacagcag
atccagccacagctccaaagaccgtcgtcatccaatgcatttggctcatttttggacagc
cctgatgaagatgattccttctttaattccgttccgacaaagacagttgagggaaagcag
ggctgtgatccgccgaagtcatatcgttcgtttttggacagccctgataaagatgatcat
ctcttcagtgatcttgaaacacaaacagtttccaatgaaccaacagtggataggcggaag
ttagagaagaccttgtcgccgccaaagatggccaaatcttttttggacagccctgatgaa
gatgatgatttcctatttaattcagtcaaaacaaaggcagatccaaaagcccaaaaatta
catgcgcctggagcagaaattgtgaatgcatctcaaacagtcacaactgctcgtccaaaa
ccatcgaatgccaagttggctgcaaaagaacaaattaagccaaagtcacaggctgcgccg
aaactgtttgatgatagcgatgacgatgatgatctgtttgccaatgctgctgcatcagct
cctagtatccaacccgccaccaggtctgtccaaactaaacagcaacccaaaccagcggcg
acttctcttttcagcagcgatgatgatgaatccgaagatctagcaaagactgctgctgtt
aagaagctgccagtaaaggcgagtaaaagcctctttagcgacgacgaggacgatgatgac
ctgttcggaggaagctccacgtccaaagaaagtgctaccaaaaagaccaaacccgtggcc
aggacagcaacgaaaccacctgccagtaaaaccaccacgtctactgcaaccattcctgca
aactccggtgataatccattggccgatcttcttgatttcaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (10)   

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