KEGG T01068: Dyak

Drosophila yakuba: Dyak_GE19632

Entry

Dyak_GE19632 CDS T01068

Definition

GE19632 gene product from transcript GE19632-RA

Orthology

K11837

ubiquitin carboxyl-terminal hydrolase 6/32 [EC:3.1.2.15]

Organism

dya Drosophila yakuba

Class

SSDB

Motif

Pfam:

UCH DUSP UCH_1 EF-hand_1 EF-hand_5 EF-hand_6 EF-hand_7 EF-hand_8 Ubiquitin_3

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

AA seq 1758 aa
MGTKESKHSNSVSYEDSVKRVSDVELRRLRDAFKKSAGVGRNFLSRNAFQQDVLCEGVPP
KIVDMLYAACGGTQRGISFNDLLCGLVLITRGTQAEKTKFLWNLYCNDAGTFIIKSDYVR
NVNLAPFESVSLFAQSERVNFEQFQDWIIKHRNATVLSKWLLADNCVSLTSELETPTFYQ
SLAGVTHLEEKDIGDLEKEFWRLKNTSQNGQIDLQFLGPLISPPIPKNALAGLFNAFDEN
RDGHIDFKELCCGVSAACRGPGVERTRFCFKIFDVDRDGVLSHEETLQMINVLLLVAKEN
REAQQYKDLTKQLVISDLLEFGQRRSPDGTPSKLTRDNVSLTAEDFMLWNVQCDLRLMQP
LLDLIFELCHIVFGLWPQCKHMENDIVRGWLRREERRPYRVGQFWYLITRDWWLSWMQYT
QHTAHTCDYCKRTASQRTAVDEALVCDESFNTHSLEQQDCYSLGSGTGSASGSGSASSGI
SAGRHCGPVRPGPIDNNNLITVNPFRNVRTLTGEGGHLKRDLPLVQNHDFELVPKSLWKA
LNRWYGDNLPLPRQVIQPPNSDVELELYPLNLRILLHQVQPSQTGVGGGTQLGSWGSTVS
GGYGVLASGGGYAAIAASSVLQPPKRYLAYTAAFSRLATVRQVGEFLCEQLRLKSEDIRL
WHVPQLDNGAILLEEDAMCLKELLIRDNDQLLLEIRNKDLTWPEELGSLATAQSGQGAGT
PGDRRRLTRSSIMSVHAPGATGLHNLGNTCFMNAALQVLFNTQPLAQYFQREMHRFEVNA
ANKLGTKGQLAMRYAELLKEVWTATTRSVAPLKLRFCVNKYAPQFAGGGQHDSQELLEWL
LDALHEDLNRVMEKPYSELKDSNGRPDKIVAAEAWSQHHARNQSIIIDLFYGQLKSKVSC
LGCGHESVRFDPFSLLSLPLPVENYVYFEVLVILLDGSVPIKYGFRLNSDCKYSHLKHKL
STMCSLPPNLMLVCELWNSQIRQVLADDEKLRTQSAKELYVYQLPEQSMRTRSNSGLSMH
IEQGLKDIQRSSALITSAQDSLSSLSTLQTSSHRASSRVLCNGHVSGLEVEGEAEVGTDV
SQCNSNYNPIVSTYSEIGSGDNQVHELLPDEAGKESLILSSSPENTFMHGAAAQQKRVSS
AKLLHTESNTSSMSYTNHSGENSMESSLTEPIPLAELDPVNSRNGSGSDDCSYRTSPNDS
SGLSTGHTLGASLDVDEQAEEGNAEEHDQRDQITTSQPETSSGVYSRRSSQPPHKAGKYL
VAVHRKITRHDSYFLSYHKTRPSLFGVPLLIPNSEGGTHKDLYCAVWLQVSRLLSPLPAT
TEQANHAADCDDSLGYDFPFTLRAVKADGLTCAICPWSSFCRGCEIRCNNDYVLQGALPP
INATASNTSTPKMNAKFPSLPNLEAKRTPEYTASLSYTPTTKYFEDFTIAIDWDPTALHL
RYQSTLERLWVDHETIAISRREQVEPVDLNHCLRAFTSEEKLEQWYHCSHCKGKKPATKK
LQIWKLPPILIVHLKRFNCVNGKWVKSQKVVHFPFDDFDPTPYLASVPQETILRHKELLE
LKKDAEMTMATNEVVSELDEIDAPNKEDKEDLRNQTGSTKATASPPPTGNILRQSKTKNA
ARRQRLISTSLTKTPIVDGEFEDYHQHRLKRDVDEFDPKYRLYAVVSHSGMLNGGHYISY
ASNATGSWYCYNDSSCREISQKPVIDPSAAYLLFYERKGLDYEPYLPNIEGRTLPNNASV
PLEVDETEGELKKLCSIS

NT seq 5277 nt +upstreamnt +downstreamnt
atgggcaccaaggagtccaagcactccaatagcgtcagctacgaggattcggtgaagcgc
gtaagcgacgtggagcttcggcgcctgagagatgccttcaaaaagtctgcgggcgtgggg
aggaacttcctcagtcggaatgcctttcagcaggatgtgctgtgtgagggagtgccgcca
aagatcgtggacatgttatatgccgcctgtggtggcacccagcgtggcatttcgttcaat
gacctgctctgcggtctggtcttgataactcggggtacccaagcggagaaaaccaaattc
ctgtggaacctctactgcaacgatgccggcaccttcatcatcaagtcggactacgtgcgc
aacgtcaatctggctccctttgagagcgtctccctattcgcgcaaagcgaacgcgtcaat
ttcgagcagttccaggactggatcataaagcaccgcaatgccacggtcctctccaaatgg
ctgctggccgacaactgtgttagcctcacttctgagctggagacgccaacgttctaccag
agcctcgctggagtgacgcaccttgaggagaaggacatcggcgatctggaaaaggagttt
tggcgtttgaaaaacacttcccaaaacgggcaaatcgacttgcagttcctgggacccctg
atcagcccacccataccaaagaatgctctagcaggtcttttcaacgcctttgatgagaac
cgcgacggacacatcgattttaaggagttgtgttgcggagtaagtgccgcctgccgggga
ccgggtgtggaaaggacacgattttgcttcaaaatcttcgatgtggatcgtgatggagtt
cttagtcacgaggaaacactgcagatgatcaatgttctgctgttggtggccaaggaaaat
cgagaagcacagcaatacaaggatctgaccaaacaactggtgataagtgatcttctggag
ttcggacagaggaggagtccagatgggacgcccagtaaactaacccgagacaatgtgtcg
ctgaccgctgaggattttatgctgtggaacgtacagtgtgatctgagactcatgcagccc
ttgctggacctcattttcgagctgtgtcacattgtctttggcctgtggccccagtgcaag
cacatggagaacgatattgtccggggatggctgagacgggaggagcgcaggccgtaccgc
gtgggacagttctggtacttgatcacgcgtgactggtggctcagttggatgcaatacact
cagcacacggcacacacctgcgactattgcaagcgaaccgccagccagcgaaccgctgtt
gatgaggcgctcgtctgtgatgagagctttaacacccacagcctggaacagcaggattgc
tactccctgggctccggcacgggatcggcatccggttccgggtcagcaagtagtggcatc
tcagctggacggcattgcgggcctgtgcgaccaggacctattgacaacaacaatctgatc
accgtcaatccgttccgcaatgttcgaactcttaccggcgagggtggtcacctcaagcgg
gacttacccctggttcagaaccacgactttgaactggtgcccaagtcactgtggaaggca
ttgaatcgatggtatggtgataatcttccattgccacgacaggtcattcaaccacccaac
tcagatgtggaactagaactttaccctctaaacctgcgaatcctgctccaccaggtgcag
ccatctcagacaggcgtaggcgggggcactcaactcggtagctggggctctacagtgagc
ggcggctatggagtcctggcctccggaggcggatatgccgccatcgctgcaagcagtgta
ctccaaccgccaaagcgatacttggcctacacagctgccttcagtcgattggccacggtg
cgccaggtgggcgagtttttgtgcgagcaactgcgtctcaagtcggaggatatacggctg
tggcatgttccacagctggacaatggtgccatattgctagaagaggatgccatgtgcctg
aaagagctgctcattcgggacaacgaccagctgttgctggaaatccgcaacaaagatttg
acctggccggaggaacttggctccttagccaccgctcaaagtggccagggtgcaggaaca
ccaggggaccggcgtcgcctaacccgtagttcgattatgtcggtacatgcccccggagcc
actggcctgcacaatctgggtaacacctgctttatgaacgccgctcttcaggtgctgttt
aatacccaaccactggcacaatacttccagcgagagatgcaccgttttgaggtgaacgcg
gccaacaaactgggcacaaagggtcagctagctatgcgctatgcggagctgctcaaggag
gtttggactgccacaactagatctgttgcgccactcaagctacgcttttgcgtcaacaaa
tatgcgccccagttcgccggtggaggccagcacgattcccaggagctgctcgagtggcta
ttggacgctttgcatgaggaccttaaccgggtgatggagaagccgtacagtgagctgaag
gactcaaatggtcgtccagacaaaatagtggccgccgaagcctggtcgcagcaccacgcc
cgcaaccagtcaataatcattgatctgttttacggccagctgaaatccaaggttagctgc
ctgggttgtggacacgaatcggtacgattcgatccatttagcctgctcagtttgccgctt
ccggtagagaattatgtgtacttcgaggtcttggtaattctgctggatggaagcgtacca
atcaaatatggttttcgtctgaactcagattgcaagtactcgcacctgaaacacaagttg
tcaacaatgtgctccctgccgccaaatctgatgctcgtctgcgaactgtggaactcacaa
atacgccaagtgctggctgatgacgagaaactgcggacgcagagtgccaaggagctgtac
gtctatcagctgccagaacaaagtatgcgaacccgatccaactcaggacttagcatgcac
atagagcaaggtcttaaggacattcagcgcagttccgctctcatcacgagcgcccaggac
tcgctgtcctcgctgagcactttgcagacgtccagccaccgagcctcgtcacgagtccta
tgcaatgggcacgtttctggcctggaggtcgaaggcgaggcggaagtgggaacggatgtg
tcgcaatgcaacagcaattacaatcctatcgtaagcacttacagcgaaatcggaagcggg
gacaaccaggtgcacgaactgctgccagatgaggccggaaaggagtcgctaatcctgagc
tccagcccggagaatacatttatgcacggcgctgctgcccaacagaagcgcgtatcttcc
gccaaactgctgcacacggagagcaacactagctccatgtcctacacgaatcattccggc
gaaaattctatggagagctcgctgacggaacccattccattggcggagctggacccggtt
aacagccggaacggaagtggcagcgatgactgttcctaccggacgtcgccaaacgattcc
agtggccttagtactggccacaccctgggcgccagtttggacgtagacgagcaggcggag
gagggcaacgcggaggagcacgatcagcgggatcaaatcaccacctcgcagccggagacc
agtagcggggtctactctcgtcgctcctcgcagccgccgcacaaggcgggcaagtatttg
gtagccgtacatcgaaaaataacgcggcacgacagctacttcctttcctaccacaagacg
aggccaagtctctttggcgttcccctactcattccaaacagcgagggtggcacccacaag
gatctatactgcgcggtgtggctgcaggtgagcaggctgctcagcccattgccagccacc
acggaacaagcgaatcatgccgccgattgtgatgacagcctgggctacgattttcccttt
acgttgcgtgccgtcaaggcagatggactaacctgcgctatttgcccttggtcaagtttc
tgtcgcggatgcgagattcgttgcaacaatgattatgtactccagggagccctgccgccc
attaatgccaccgccagtaatacatcgacgccaaaaatgaatgctaaattcccatcgcta
ccaaatctggaggctaaacggacgccggaatataccgcctccttgtcgtacacaccgaca
accaaatactttgaagactttaccattgccattgactgggatccgaccgccctgcacttg
cgctaccaaagcaccttggagcgtctgtgggtggatcacgagaccattgccataagtcgg
cgggagcaagtggagcccgtggacctgaatcattgcttgcgcgccttcacctccgaggag
aaactggagcagtggtatcactgcagtcactgcaagggcaagaaacccgcaaccaagaag
ctccagatctggaaactgcctccgatattgattgtccacttgaagcggtttaactgcgtc
aacggcaagtgggtcaagtcacagaaagtggtccactttccttttgatgactttgatccc
actccgtatctggcctcagtgcctcaggagacgatactccggcacaaggagctgctggag
ctgaagaaggatgctgaaatgacgatggcaaccaacgaagttgtaagcgaattggacgaa
attgatgcacccaacaaggaggataaggaggacctccgaaatcaaacggggtcaactaag
gctaccgcgtcaccaccgcccacaggaaatattctgcgccagagcaagaccaaaaatgct
gcccggcgacaacgcctcatctcgacgagtctcaccaaaacgccaatcgtggatggcgag
ttcgaagactatcaccaacaccgacttaaacgagatgtggatgagttcgatcctaaatac
cgactctatgctgttgtgtctcactcgggcatgctgaacggaggtcactacatttcctat
gcatcgaatgcaactggttcctggtactgctacaacgacagctcctgccgcgaaatatcc
cagaagccggtcatcgatccaagtgctgcatatttgctgttctacgaacgcaagggcctg
gactacgaaccgtatctgccgaacatcgaaggacggacgctgcccaataacgctagtgtg
ccactcgaggtggacgagaccgagggagagctgaagaagctgtgctcaatttcctaa

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 (9)   
   Pfam (9)   
All databases (19)   

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