KEGG T01081: 100114328

Nasonia vitripennis (jewel wasp): 100114328

Entry

100114328 CDS T01081

Gene name

NV17898

Definition

ubiquitin carboxyl-terminal hydrolase 47-like

Orthology

K11857

ubiquitin carboxyl-terminal hydrolase 47 [EC:3.1.2.15]

Organism

nvi Nasonia vitripennis (jewel wasp)

Class

SSDB

Motif

Pfam:

UCH UCH_1 Ubiquitin_2

Other DBs

NCBI-GI:

345483989

NCBI-GeneID:

100114328

NASONIABASE:

NV17898

Position

AA seq 1277 aa
MVEVKYVYFTSQSNHSGILERTAPAKYVKTAKVLSDVIIQRIENTGCKYKDICILKLKLP
NDKEQDITASMFSPANLENVLEEVIRTLPPEDETPSLQLSMEWYKEHRGVRVPKNVSRPV
KPATKYKSCTESYDNSSKILCNDTETLKPNYVGLVNQAMTCYLNSLLQALYMTPEFRNAL
YNWEYKSSEKNTTNSSTTSNSIPYQLQKLFLNLQTSQKTAVETTSLTKSFGWNSNDAWHQ
HDIQELCRVMFDALELTFTNTAQADLINRLYEGKINDYVKCLTCNTEKFREDTFLDIPLP
VRPFDTNVAYGSVEEALEAFVKYETLEGNNQYFCEKCDKKSNAHKGLKFTKFPYILTLQL
KRFDFDQNTYHRIKLNDKVTFPDVLNLNTFIESSSNKESPLNEEDAGMSVKCDDSITTDS
STMDETEYASSDIILSNSNHLSNPDQDDDEGIDVSNGMSSSSSSMHNNNAEKIREDYAEA
KGPYIYELFSIMIHSGSASGGHYYAYIKDFRTDKWLCFNDQIVTPITQDEIQKTYGGGNR
PGYFSGAYRSSTNAYMLMYRQIDPKRNALPMQADDFPPHIKELLEKMKKSEEERNCYIDE
PSFVDRRYNRPIYYRHPATGEVKEVFVSFRMSMTLRQIAEATYKEANLDSLVDFEQCRIV
NYLPRYDLIECSYEDCDHTKLEDLFDYTRMNLLLDIRPKSEQFESYLPMPIITKVYVIDA
LDTNIVDGPKYIRANQKQTIQEFKQELKKHFNLDPNTVQLLCQEIQQNKLLDDDLVLESK
YSGHLFKIGATDSYEHEMLMNLEESVFFKMCEYLDDIVTFYVDTSKVTKEQLVKQGIPTL
DEYYKEEKTQENTNSLFNCVTDEISKFNISSSYNNSAKNHSQIAPNSDMTDVYEMILQNK
GAIDKEECKVQETSNSEDSSLSDSDRTLVGDVPEESELDCESALNPADRFTGSHFYPNSL
INQNNESELVKYFKISTVKNQKLLKISVDYRIKEDELKEKLESSLNIPKDYFKLTEFVAE
DACSYSSSRNKLVLKEDQKYSICLGRICNSNELKLDVYRLDMQSMLPLARLSTLYVNKTT
TVGNVKKQIRAELKRKNILDLQDGKWLFVDYNEEILGDVWSNDENRLHSTDGICLCPSDS
PICVKKWNRKDMQLENPEPISVTGDNINIKLKETISSMSKIPLECLELCPMVVGKQSALD
KIETFKWISDINNDEIDCKTYILYRDSRETPKILTEEEKNNMRRNAISRQDRYNLPPTPM
TSSPRREKALKIHVDPS

NT seq 3834 nt +upstreamnt +downstreamnt
atggttgaagtaaaatatgtttatttcacatctcaatctaaccattcaggtattttggag
agaactgcacctgcaaagtatgttaaaacggcaaaagtactgagtgacgtaataatacaa
agaattgaaaatacaggttgtaaatataaagacatttgtatattgaaattaaaacttcct
aatgataaagaacaagatataactgcaagcatgttcagtcctgccaatcttgaaaatgtt
cttgaagaggtaatacgtactttacctccagaagatgaaacaccttcactgcagttatca
atggaatggtacaaagaacatagaggagtaagagtacctaagaatgtttctagacctgta
aaacctgcaacgaagtataagtcttgcactgaaagttatgataatagttcaaagatttta
tgcaatgataccgaaactttaaaacctaattatgtgggtttagtgaatcaagcaatgaca
tgctatctcaatagtcttctacaagcattgtacatgactcctgaatttagaaatgctttg
tataattgggagtacaaaagttcagaaaagaacacaactaatagcagcacaactagcaat
agtattccatatcagctacaaaaattgtttctcaatctgcagacatcacaaaaaactgct
gttgaaacgacttcgttaactaaaagttttggttggaattcaaatgacgcatggcaccaa
catgacattcaagaattgtgcagagtgatgtttgatgcactggagcttacatttacaaat
acagctcaggctgatcttattaacagactttatgaaggtaaaataaatgattatgtaaag
tgcctaacatgtaacacagaaaagtttagagaagatactttccttgatattccgttacct
gtaagaccttttgatactaatgtagcatatggtagtgtggaagaagcattggaagcattt
gtaaagtacgaaactctagaaggaaataatcaatatttttgtgaaaaatgtgacaaaaag
tcgaacgctcataaaggactgaaattcaccaaatttccatacattttaacattacagtta
aaacgatttgattttgatcaaaatacatatcacagaataaaattaaatgataaagtaaca
tttcctgatgtcttgaatttgaacacctttattgaatcatcatcaaataaggaatcccct
ttgaatgaagaagatgctggcatgagtgtaaaatgtgatgatagtattactacagacagc
agtactatggacgagacagagtatgcttcaagtgatataattctgtcaaatagtaatcac
ttgagtaatcccgatcaagatgatgatgaaggcattgatgtaagcaatggtatgtcgtct
tcgtcatctagtatgcacaataacaacgccgaaaaaatacgtgaggattatgcagaagca
aaaggaccgtacatttatgagcttttttccattatgatccacagtggcagtgcaagtggt
ggtcactactatgcttatataaaagacttccgaactgacaaatggctgtgttttaatgat
cagattgttacacctataactcaggacgaaattcaaaaaacatatggaggtggtaatagg
ccaggatattttagtggagcatatagaagtagtacaaatgcatatatgctaatgtacaga
caaatagatccaaaacgtaatgctttacctatgcaagccgacgattttcctcctcatatt
aaggaacttctagaaaagatgaaaaaaagtgaggaagaacgaaattgttatattgatgaa
ccaagttttgtggatagacgttataacaggcctatttactatcgacatccagcaaccggt
gaagtcaaagaagtttttgtttcatttagaatgagtatgacactgcgtcagattgcggaa
gcgacttacaaagaggctaatcttgacagtcttgttgattttgagcaatgccgcatagtc
aactatttacctcgttacgatttaattgaatgctcttatgaagattgtgatcacacgaaa
ctcgaagatttgtttgactataccagaatgaacctgctacttgatatacgtccaaagtct
gaacaatttgaatcttaccttcctatgccaatcattacaaaggtttacgtgattgacgct
ttggacacaaatattgttgacggaccaaaatacatacgtgctaatcaaaaacaaaccatt
caggaattcaaacaggaacttaagaaacactttaacttagatccaaatactgtgcaacta
ctttgtcaagaaatacagcaaaataaattgctggatgatgatttggtgcttgaatcaaaa
tattcagggcatctttttaagattggcgctactgattcttatgaacatgagatgctgatg
aatcttgaagaatcagtgttctttaaaatgtgtgaatacttggatgatattgtgactttt
tatgtagatacaagcaaagtcaccaaagaacaactagtaaaacaaggtataccaactctt
gacgaatattataaagaagaaaaaacacaagaaaacactaatagtctatttaattgtgtt
acggatgaaatatcaaaatttaatatttcatcttcatataacaactctgccaaaaatcat
tcacaaatcgctccaaattctgacatgacagatgtttacgaaatgattttgcaaaataaa
ggagctattgataaggaagaatgcaaagttcaagaaacaagtaatagtgaggatagcagt
ttgagtgatagtgatagaacgttagtaggggatgtacccgaagaatctgaattagattgt
gaatcggctcttaatccggcagatagatttacaggaagtcacttttatccgaattcacta
ataaatcagaataatgagagtgaacttgtaaaatattttaagatttcaactgtaaaaaat
caaaagttattgaaaatatcagtggattacaggattaaagaagatgaattaaaagagaaa
ctagaatcaagtttaaatattcccaaggattattttaaattaacagaattcgtagcggaa
gatgcatgctcatatagctcgtctcggaataaactggtattaaaagaagaccaaaagtat
tcgatttgtttaggacgaatatgcaattccaacgaattaaaactggatgtatataggtta
gacatgcaaagcatgttgccattagcgagattgtcaactctgtatgtcaacaaaactacg
accgttggaaatgttaagaaacaaatacgagctgagttgaaaagaaaaaatattttagat
ttgcaagatggaaagtggctgtttgtagactacaatgaggaaatattgggcgatgtctgg
agtaatgacgaaaatcgcttacattctacagatggaatctgcttatgccctagcgattcg
ccgatctgcgtcaaaaaatggaatcgtaaggatatgcaattagaaaatccggaaccaatt
tctgttactggtgacaatataaacataaaactgaaagaaactatatcatccatgtcgaaa
atcccacttgagtgcctggaattatgtccaatggttgttgggaaacagtctgctttagat
aaaatagagacgtttaaatggatatcagatataaataacgatgaaatagattgcaaaacc
tacatactgtacagagattcgagagagacgccaaaaatactcacggaggaagaaaagaac
aatatgcggcggaatgcaataagtcggcaggatcgctacaacttgccgccaactccgatg
acctccagtccacgaagggaaaaagcgcttaaaatacacgtggatccgtcatga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (14)   

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