KEGG T01066: Dvir

Drosophila virilis: Dvir_GJ13418

Entry

Dvir_GJ13418 CDS T01066

Definition

GJ13418 gene product from transcript GJ13418-RA

Orthology

K11857

ubiquitin carboxyl-terminal hydrolase 47 [EC:3.1.2.15]

Organism

dvi Drosophila virilis

Class

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1563 aa
MAEQDSKNSTQCAVFDQTPGSQQKKINIVVRSHFTVKHVIALIGTQFAYGKFELLLQPHG
EKDLVNLNALDKELLYDVPGFEPQLKNNLVLLPEGTWDGNVTKRYELTIKKSASTLSKQA
TTADNMATTTATTTATKTGEKKKRVTTGEKKKKSPSKTKTSVSPTELTAESAATAAAASA
TATPTTPSKVSIKVKTKASDNKNNIVKSKDQVDESVQLPKAPSTCATDIAIDELTKVEIT
EQLKQQLPQNRILISPVDDVAPELFNISPVSEAEQLSDDDLALGASASPTLMGPAYEFGN
AGPTESDLLAGTEAGTDALAAIAGNDKVEEDDRQEMEYSNFFGRKYGGDEVPAWQRINTS
ASEFVASANTETETHRNGVGPRAYVGLVNQAMTCYLNSLLQALYMTPEFRNALYRWEFDN
DNEAKNIPYQLQKLFLNLQTSPKSSVETTDLTRSFGWDSTEAWQQHDIQELCRVMFDALE
HKFKNTKQANLISTLYEGKMNDYVKCLECNTEKTREDTFLDIPLPVRPFGSSSAYGSIEE
ALRAFVQPETLDGNNQYLCEKCKKKCDAHKGLHFKSFPYILTLHLKRFDFDYQTMHRIKL
NDRQAVTFPQKLNLNSFVNRSGQGEQYQMNGSSNADDCSTADSGSAMEEDNLSSGVGTTA
SSSQHENDMNDEDEGIDMSSSTGKSANMEARLKQELLSGPYIYDLFAIMIHSGSASGGHY
YAYIKDFDNDEWFCFNDQNVSTITQEDIQRSFGGPNGSYYSSAYTSSTNAYMLMYRQVDA
KRNELVVKCNDFPEHIKSLLLKLHAEEDTRVSRLGRHITVTDLALPHLYKPRVYFYNPLL
KKLKMTRVYLSQSFDVNKVLMSAYDMLNVEQFAPLSRCRLVAYNSSMDTIIQSLENCTDP
ALTELRSSHNYNLDFLLEYRAEDQQFENYASDGTTWYVFKVDLSTMAMDGPFLVYSAARE
SSDVLRHSIAVRLHINEQQFLLAAVRGTYRMAFVAYDPQPTSEAQQHLQQLANSQFKYIT
YFYLNVPNTDATSLEMLGVPSSEPIAAPIEPANGCAGGDVVDAAMMNGINGTNGTATPEG
VSAGNNDCDWRRYKRDQADSLTTPGHESNSEDSSLSDGDRTLVENSMQHRGGGDSQVSST
SHSPQLSSPEDEAASHDAMMRVHAYCNGNGSYGSEAGDTSSLPPSTTTQFFHAIKIDCVD
LATSSSTTSGHQSDDEAQLRKPTHAYKLLVGKHMRMGTFKRHIEQLIRVPSAYFKLQRKH
ESTISNNQTNTLVFLNEGETLTVEIGKTLQPYEFKSKIYFLRLADLNNETAKLPCVCEWV
YNATTTVEQAKQDLVAKLHRIDAKYSSLTVDNCRIWLKGGRCPTKILANEDTLYCDIRST
AAEFIVQECEEGVVAQPKEDSLTIFVRRWYPDKWEFGKFQEITLDKDGEIKRCLSQICNI
PIDRLSYMKLNSYFPCTSISAVSVNEAVNWLSVPAALDVYPLNTTNSGNMYLYKDKSVPV
RELSSDERRSLTNKEKARLDRLGCISTTRYSQRRERALKIYLDSPEKPSNVTASAPIDAH
AEN

NT seq 4692 nt +upstreamnt +downstreamnt
atggctgagcaggacagcaagaatagtacacagtgcgccgtctttgaccaaacgcctggc
tcacaacaaaagaaaatcaacatcgttgtgcgctcccattttacggtaaagcacgtcatt
gcgctgattggcacacagtttgcctatggcaaattcgagctgctgctacagccgcatggc
gagaaggatctggttaatttgaatgcgctagacaaggagctgctttacgacgtgcctggc
tttgagcctcagctgaagaataacctggtgctgctgccagagggcacctgggacggcaat
gtgaccaaacgctatgagttgaccataaaaaaatccgcttcgactctcagcaaacaggca
actaccgcggacaacatggcaacgacaaccgcaacgacaacagcaacaaaaaccggtgag
aaaaagaagcgggtaacaacaggcgagaaaaagaaaaaatcgccaagcaaaaccaagact
agcgttagtcccactgaattgacagctgagtcagcggcaacagcagcagcagcatcagcc
acagcgacgcccaccacgcccagcaaggtcagcataaaagtgaaaaccaaagccagcgat
aacaagaacaatattgtgaagagcaaggaccaagtggatgaaagcgtgcagctgccaaaa
gcgccaagtacctgcgccacagacatagctattgacgaactaaccaaagttgaaataacc
gagcagctgaagcagcagttgccacaaaacaggatcctcatttcgcccgtcgatgatgta
gctcctgagttatttaatataagtcccgtctcggaagctgaacaactgtctgacgatgat
ttggcattgggcgcctcggccagtcccactttgatgggtccagcctacgaatttggcaac
gccggacccacagaaagcgatctgttggctggaactgaagctggcaccgatgcactagcg
gccatcgctggcaatgataaagtcgaagaggatgatagacaggagatggaatattcaaat
ttctttgggcgcaagtacggcggcgatgaggtgcccgcctggcagcgcatcaataccagc
gcctcagaatttgtggcctcggccaatacagaaacagagacgcaccgaaatggtgttggg
ccacgtgcatatgtgggacttgtcaatcaggctatgacctgctatctaaacagtctgctg
caagcgctttatatgacgcccgagtttcgtaatgccttgtaccgctgggagtttgacaac
gacaacgaggccaagaacataccctaccagttgcagaagctgtttctcaatttgcagaca
tcgccgaaatcatcggtggagacaactgacttgacgcgcagctttggctgggactcaacg
gaggcctggcaacagcatgacatccaagagctgtgccgcgtcatgttcgatgcactggag
cacaagttcaagaacacaaaacaggccaatctcatctcgacgctgtacgagggcaaaatg
aatgattatgtcaagtgtttggagtgcaataccgaaaagacgcgcgaggatacctttctt
gacataccgctaccggtgcgtccatttggtagtagttccgcctacggtagcatcgaggag
gcactgcgcgcctttgttcagcccgaaactctcgatggcaacaatcagtatctgtgcgag
aaatgcaaaaagaaatgcgacgcccacaagggactgcactttaagtccttcccctatata
ctgacgctgcatcttaagcgcttcgactttgactatcagaccatgcatcgcatcaagctg
aatgacaggcaagcggtgaccttcccgcaaaagctgaatctgaacagctttgtgaatcgc
agcggccagggcgagcagtatcagatgaatggcagcagcaatgcagacgattgcagcacc
gcggacagtggctcagccatggaggaggataacttgagcagcggtgtgggaacaacggcc
agttccagtcagcatgagaacgatatgaacgacgaggacgaaggcatcgacatgagcagc
agcacaggcaagagcgcaaacatggaggcacgactcaaacaggagttgctatcaggtcca
tatatctatgacctctttgctatcatgatacactcgggcagcgcatcaggcggtcattac
tatgcttatatcaaggattttgataatgatgaatggttctgtttcaatgatcaaaatgtg
tccacgatcacacaagaggacatccagcgttcatttggcgggcccaatggcagctactat
tcaagtgcttatacgtccagcacgaatgcgtatatgctcatgtatcgccaggtggacgcc
aagcgtaacgagcttgtggtcaagtgtaacgactttccggaacacatcaagtcgctgctt
ctcaagctgcatgcggaggaagatacgcgcgtttcgcgcctgggtagacacatcacagta
acagatctggcactgccgcatctatacaaaccgcgcgtctacttttataatccgttgctc
aagaaactaaagatgacccgcgtgtatctgtcgcagagtttcgatgtgaataaagtgctg
atgtctgcctatgatatgctcaatgtggagcagtttgcgccgctgtcacgctgccgtctg
gttgcctacaattcatccatggacaccatcatacagtcgctggagaattgcactgacccg
gcactaaccgagctgcgttcctcacataactacaatctggactttttgctggagtaccgg
gctgaggatcagcagtttgaaaactatgccagcgatggcactacgtggtatgtgtttaag
gtagatctctcgaccatggcgatggacggtcccttcctggtttattcagcagcgcgggag
tctagcgacgttctgcgccattcaattgcagtacgtttgcacattaacgagcagcagttt
ttgctggccgccgtgcgtggcacttaccgcatggcctttgtagcgtacgatccccaaccg
acatcggaggcacagcaacatcttcagcaactggctaactcacaattcaaatacatcaca
tacttttacttaaacgtgcctaacaccgatgccaccagtctcgagatgttgggcgtgccc
agcagcgagcccattgcagctcccatcgagcccgccaatggctgcgccggtggtgatgta
gtggatgctgccatgatgaatggtattaacggcacaaacggcacggctacgcccgagggt
gtcagcgccggcaataacgactgtgattggcgtcgctataagcgcgatcaggctgattcg
cttacgacacccggccatgaatccaactcagaggatagtagcctgagtgatggtgatcgt
acactggttgagaacagtatgcagcatcgtggcggcggcgatagtcaggtgagctccacc
agccactcaccacagctgtccagtcctgaggatgaggccgcctcacatgacgccatgatg
cgtgttcacgcctattgcaatggcaacggcagctatggcagcgaggcgggcgacaccagc
tccctgccacctagcacaacaacacaatttttccatgccatcaaaattgattgcgtggat
ctggccaccagtagcagcaccaccagtggccaccaatccgatgacgaggcgcaactgcgt
aagcccacacacgcttataagcttcttgtaggcaagcatatgcgtatgggcacctttaag
cggcacatcgagcagttgatacgcgtccccagcgcctattttaagctacagcgaaagcat
gagagcaccatatccaataaccagaccaatacgctggtctttctaaatgaaggcgaaact
ctgaccgtagagatcggtaaaacactgcaaccgtacgagttcaagtctaagatatacttt
ttgcggctggcggatttaaacaatgagaccgccaagctgccctgcgtctgtgagtgggtg
tataatgccaccactacagtggagcaggccaaacaggatctggtcgccaagctgcatcgc
atcgatgccaaatacagctcccttaccgtggacaattgtcgcatctggctaaagggcggt
cggtgtcccactaaaatactcgctaacgaggatacactgtactgcgacattcgctccacg
gctgccgagttcattgtgcaagagtgtgaggagggcgtggtggcgcagccaaaggaagat
tcgttaaccatattcgtgcgtcgctggtatccggataaatgggagtttggcaaattccag
gaaatcacattggacaaggatggcgaaatcaaaagatgtttatcacaaatatgcaacata
cctattgatcgcttgagttatatgaagctaaacagctactttccctgcacaagcatatcg
gcagttagcgttaacgaggccgtcaactggctctctgtgcccgcggcgctggacgtgtat
ccattgaacacaactaacagtggcaacatgtatttgtataaagataaaagcgtgccggtg
cgagagctctcgtcagatgagcgccgctcgttaaccaataaggagaaggcgcgcctggat
cgattgggctgcatttcaacgacacgttactcgcagcggcgcgaacgagccctaaagatc
tacttggactcgccagagaaaccaagcaatgtaactgcctcggcgcccatagacgcacat
gccgagaactaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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