KEGG T01084: 100252573

Vitis vinifera (wine grape): 100252573

Entry

100252573 CDS T01084

Definition

ubiquitin carboxyl-terminal hydrolase 12-like

Orthology

K11838

ubiquitin carboxyl-terminal hydrolase 7 [EC:3.1.2.15]

Organism

vvi Vitis vinifera (wine grape)

Class

SSDB

Motif

Pfam:

USP7_ICP0_bdg USP7_C2 UCH UCH_1 MATH

Other DBs

NCBI-GI:

359487017

NCBI-GeneID:

100252573

UniProt:

D7T3A6

Position

AA seq 1115 aa
MTLMTPPPLDQEDDEMLVPHTDFADGPQPMEVAQPDTASAVDAQTVEDPPSARFTWTIEN
FSRLNTKKLYSDVFYVGGYKWRVLIFPKGNNVDHLSMYLDVADSATLPYGWSRYAQFSLA
VINQIHNKFTIRKDTQHQFNARESDWGFTSFMPLGELYDPARGYLVNDTCIVEADVAVRR
VIDYWTHDSKKETGYVGLKNQGATCYMNSLLQTLYHIPYFRKAVYHMPTTENDMPSGSIP
LALQSLFYKLQYSDTSVATKELTKSFGWDTYDSFMQHDVQELNRVLCEKLEDKMKGTVVE
GTIQQLFEGHHMNYIECINVDYKSTRKESFYDLQLDVKGCRDVYASFDKYVEVERLEGDN
KYHAEIHGLQDARKGVLFIDFPPVLQLQLKRFEYDFMRDTMVKINDRYEFPLQLDLDREN
GKYLSPDADRSVRNLYTLHSVLVHSGGVHGGHYYAYIRPTLSDQWFKFDDERVTKEDIKR
ALEEQYGGEEELPQTNPGFNNSPFKFTKYSNAYMLVYIRESDKEKIICNVDEKDIAEHLR
IRLKKEQEEKEQKRKEKAEAHLYTIIKVARNEDLIEQIGRDIYFDLVDHDKVRSFRIQKQ
TPFNLFKEEVAKEFGIPVQFQRFWLWAKRQNHTYRPNRPLTLQEEAQSVGQLREVSNKAN
HAELKLFLEVELGQDLRPVPPPEKTKEEILLFFKLYDPLKEELRYVGRLFVKGSGKPIEI
LSKLNELAGFSPNEEIELFEEIKFEPNVMCEHIDKRLTFRASQLEDGDIICYQRLLQIDS
SQQCRYPDVPSFLEYVHNRQVVRFRSLEKPKEDEFCLELSKLFNYDDVVERVAAHLGLDD
SSKIRLTSHNCYSQQPKPQPIKYRGVEHLSDMLLHYNQTSDILYYEVLDIPLPELQGLKT
LKVAFHHATKEEVVIHTIRLPKQSTVGDVINDLKSKVELSHPNAELRLLEVFYHKIYKIF
PLNEKIENINDQYWTLRAEEIPEEEKNLGPHDRLIHVYHFMKDTTQNQVQVQNFGEPFFL
VIHEGETLAEVKVRIQKKLQVPDEEFSKWKFAFLSLGRPEYLQDSDIVSSRFQRRDVYGA
WEQYLGLEHSDNAPKRSYAANQNRHTFEKPVKIYN

NT seq 3348 nt +upstreamnt +downstreamnt
atgactctcatgactcctccgcctttggatcaggaggacgatgagatgcttgttccgcac
accgacttcgccgacggtcctcagcccatggaagtggcgcagccagatactgctagtgca
gtggatgcgcagacagtggaagatcccccgtcggctaggttcacgtggacaattgagaac
ttttctaggttgaataccaagaagctctactcggatgtgttctatgttggaggctacaaa
tggagggttcttatttttcccaaggggaacaacgtggaccatttgtcaatgtacttagat
gtagctgattcagcaaccttgccatatggatggagtagatatgctcagttcagcttggct
gtgatcaatcaaattcataacaagttcacaattaggaaagatacacaacaccagttcaat
gcacgtgaaagtgattggggattcacttcattcatgcctcttggtgaactgtatgaccct
gcaagaggttatcttgtgaatgatacatgcatagttgaagctgatgttgctgtacgtagg
gttattgattactggactcatgactcaaagaaggagactggttatgttggactgaagaac
caaggagctacctgttacatgaattcccttcttcagacactctaccatattccttacttc
agaaaggctgtgtatcatatgccgacaactgagaatgatatgccatcagggagtatccct
ctggctttgcagagtttattctataagctccaatacagtgacactagtgtagcgacgaaa
gagttgacaaagtcttttgggtgggatacttatgattctttcatgcagcatgacgtgcaa
gaactcaatagggttctttgtgaaaagcttgaggataaaatgaagggaactgttgtggag
ggtactatacagcagttatttgaagggcaccatatgaactatattgaatgcattaatgtg
gactataaatcaacaagaaaggaatcattttatgatcttcagcttgatgtcaaaggctgt
cgcgatgtttatgcttcatttgacaagtatgttgaggttgaacgtctcgagggtgataat
aagtatcatgctgaaatccatgggctacaggatgccagaaaaggtgttttattcattgat
tttcctcctgtccttcaacttcagctaaaacggtttgagtatgattttatgcgggatact
atggtcaagataaatgaccgctatgagttccctttgcaacttgatcttgatagagagaat
ggcaaatatctatcaccagatgccgataggagtgttcgcaatctttacacccttcacagt
gttttggttcacagtggtggggtgcatggtggacattattatgcttatataaggccaaca
ctctctgatcagtggttcaaatttgatgatgaacgggtgacaaaagaagatattaagagg
gcactagaggagcagtatggtggtgaggaagagctaccccagacaaatcccggattcaac
aactctccattcaaatttacaaaatactcaaatgcatacatgcttgtgtatatacgtgaa
agtgacaaggagaaaataatttgtaatgtggacgagaaggatattgctgaacaccttaga
ataaggttgaagaaagaacaagaagaaaaagagcaaaagagaaaggaaaaagcagaggct
cacctttacactatcataaaggttgctcggaatgaggaccttattgaacagattggaagg
gacatatattttgaccttgtggatcatgacaaagttcgtagttttcggattcagaaacag
actccttttaaccttttcaaggaggaagttgcgaaagagttcggtataccagtgcaattt
caacgtttctggctgtgggcaaagcgccaaaaccatacatatcgtccaaatcgtcctttg
acactccaggaggaagcacaatctgttggacaattgagggaagtatccaataaggcaaat
catgctgagctaaagttgtttttggaagttgaacttgggcaggatttacggccggttccc
ccacctgagaagacaaaagaggagattctccttttctttaaactttatgaccctttgaaa
gaggagctccggtatgttgggaggctatttgtgaaggggagtggaaagccaattgaaata
ttgtcaaaactgaatgaattggctggctttagtcccaatgaagagattgaactttttgag
gaaataaaatttgaacctaatgtcatgtgtgaacacattgataagaggctcacttttcgt
gctagtcagcttgaggatggtgatataatttgctatcagagactccttcaaattgacagt
agtcaacaatgtcgctatcctgatgttccttcatttctggaatatgttcataatcgtcag
gttgttcgctttcgctctctagagaagcctaaggaggatgaattttgtcttgagttgtca
aagcttttcaattatgatgatgttgtggaaagagtagctgctcatctgggattggatgac
tcttccaaaatcaggcttacatcacataactgttactcccaacaacctaaaccccaacct
atcaagtacagaggagtggaacatttatcagacatgttgctccactacaatcagacttct
gatatactatattatgaagtattggacatccctctgccagaactacaaggtcttaaaact
ttgaaagttgcctttcaccatgctacaaaggaagaagtagtgattcatactattagattg
ccaaaacagagcactgtaggggatgtgataaatgaccttaagtccaaggtggagttgtct
catcctaatgcagaacttagattgcttgaagttttctatcacaagatctacaagattttc
ccactcaatgagaagattgagaacattaatgatcaatactggacattacgtgcagaggag
attcctgaagaggagaaaaacctaggtcctcatgatcggttgattcatgtttatcatttt
atgaaagacacaactcagaatcaggtgcaggttcagaattttggagaaccctttttcttg
gtcatccatgagggtgagactttagctgaagttaaagtgcgcatacagaagaaattacag
gttcctgatgaggagttctcaaagtggaagtttgcatttttgtccctcggtcgccctgag
tatcttcaggactctgacattgtctctagtcgattccagagaagagatgtctatggtgct
tgggagcagtatcttggtttggagcactccgacaatgctcccaaaaggtcatatgcagct
aatcagaatcgccacacatttgagaagccagtaaaaatttacaattag

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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