KEGG T00253: TA04875

Theileria annulata: TA04875

Entry

TA04875 CDS T00253

Definition

ubiquitin carboxyl-terminal hydrolase (EC:3.1.2.15)

Orthology

K11838

ubiquitin carboxyl-terminal hydrolase 7 [EC:3.1.2.15]

Organism

tan Theileria annulata

Class

SSDB

Motif

Pfam:

UCH UCH_1 USP7_C2 Phage_XkdX

Other DBs

NCBI-GI:

NCBI-GeneID:

GeneDB:

UniProt:

Position

AA seq 1608 aa
MSQSSDSSESMIPPPMLNETELVVSNFRDKVIGRLSLSLQRGDSVEKIKEVFSPAIYSEW
KELPNFVFRIMLFPVCPHTEDASSLSQLKISAYIEAKKRPDWPENWICYGTRFTIIVINV
SEPHASIFKRDSFNFSRTETDRGWQGIISHSQILENGFLNRNGDLILRAGVYPTGPEIDR
SARDPNYNCRLATGFVGLQNHGATCYMNALLQSLYSITKFRKSVYSLNFDLNNLIGQKSF
KIIQKYTNNLQNKDEEKMELDNPYPESNLPTSRPSDDPYSIGLDMDWDEVLDELEEKDYC
NLLLEEEVEKRKAPSLSLALQNLFYLLNYSETPPACKELMKSFGWDSSDMFTQQDSHELL
KLLLDKMEEQMKGTPVEGSVKNIFEGEMETYIECIDIEYKSCRRETFEDIQLDVQGCDNI
YESLDKLTAPELLAGENMYEAKGHGKQRANKGIRFLKFPPVVIFLLKRFTFDLSKMDTVK
LNNRFEFYKEISLSQYIQNDTNKIVDGDYVLQAVSVHHGSINSGHYYAFAKNEDSWFRFD
DEIVTRVSEYAAINDNFGGEDQECYNYLTTNPNNPSIYSNHMNRYRRSKVYNAYILIYVL
KSKKDEILGEVDMLKENYQMLKRYRIQRLLHSLRSKTRERLNSFVKVKVFTPEEFEGNTL
LNQHFNTWPNKLVLKHDKSNSISELISQITDDLDIEEDSYVNYYVLGLNKQFNKFLSISD
LKNKHKIPVETISDLVQLLRREYYQQFDPTLYLLKTTSAPTVDSQDTIPKNTNGLFVPSI
NISSTSLMQRSASLLGSAGLLKSVAAEKTFLIIKYYDIFTKDHENNLKCLKMVYINPQRN
VSQLVPLVVEQLINFMSNNLVTPYRLKDLNKLLENIRSGRVSEDNLVNTSFESIPAETIP
KSDTDTNGFNSDTNTITDVELNLNTNDTIDGDEDRRINMLMRNESLHLCWFIEIDNNFSN
LALGKKLEDQLTNGDVLVCNFRPTDEMRQEIEQVEKKTNQKEDFETTKPSFKSENTNHFI
ISSSEIYLKSMGLEPDESLKQYRNLQQKWSLEQENKLKLHQLYNFSIYDYPSFIQWKLNN
IQVTFKLYDPLQLLSTWKNCSNSIIHTDSTNGVVTNGNTGTGTVTTTGTKDSTVVPGTVG
TTSTKDTPTATVTTDNVDDVENIKSIELVVDLRMPCKHILRYVSWLLGVDPCHVLIFNGN
PQNFETIGSHLYSLDDFSNRDNSLGYTQKPLIHLFTIQGNLVMPNNLNLYHNPASARLSQ
RLSQSLDPNLTGDNTNSNLDTGNNTGDPTSHSTEDNANTHTNVDTADPVDTIDPNVDLVD
QNDLEDIRNDYDELEDLRSEYDDEGMGRRTGRYNLRLLNSFRRQTHEENVIHMGVLFEPY
YNWNYKFNDEMINIVGQIFNEKAQIISALMCKVPTNFTVGQLCNFVSNNYESLNSSNKRV
KQTRTDSTDPALLLVDVITSLYTIVDLDTKVLELPQYSNTSIRNLFSAPLRFVPNWTPEQ
HELIHQKKLCPLTVFHQTSDHEYFGHPFQVLVPPTWNFLQIKTHIKNTLDVPKKLWDRWT
FYQVTDSHARTWKSNDDLLDWDNSNIKLLAEHPKPYEKSKNFGIMKIT

NT seq 4827 nt +upstreamnt +downstreamnt
atgtcccaatcatcggattcgtctgagtctatgattccccctccgatgctgaatgagaca
gagttggtggtgagtaacttcagagacaaagtgataggacgcttgtcgctgtcacttcag
agaggagactccgtcgagaagataaaggaggtttttagccccgcaatatactcggaatgg
aaggagctcccgaactttgtgttcagaatcatgctgttcccagtgtgtccacacactgag
gatgcatcaagtctgagccaactgaagataagcgcatacattgaggcgaagaagaggcca
gattggcctgagaactggatttgctacgggacccgcttcacgataattgtaattaacgta
tcggaaccacacgcctcaatttttaagcgagatagcttcaacttctcgagaactgaaact
gaccgaggctggcaaggcattatttcccattcacagatcctcgagaatggattcctgaac
aggaacggagacctgattctgagggctggagtttatcccacaggccctgaaatcgaccgt
tcagcacgtgatcccaactataattgcaggttagcaacaggtttcgtaggccttcagaac
catggagccacctgctacatgaacgcactgttacagagtttatatagtatcacgaagttt
aggaaatcagtctacagcctcaactttgatctcaacaatttaatcggacaaaaatctttt
aaaattatccaaaaatatacaaataatttacaaaacaaagatgaggagaaaatggagttg
gataatccatatcccgagagtaatttaccaacaagtagaccatcagatgatccatatagt
attggattggatatggattgggatgaggtattggatgagttggaggaaaaggattattgt
aatttattattagaggaggaggttgagaagaggaaggctccatcattgagtttggcttta
cagaatttgttttacctgttaaactactctgagaccccccctgcttgtaaggagttgatg
aaatcatttggttgggacagctcagacatgttcactcagcaggacagtcacgagcttcta
aaacttctgctagacaagatggaagagcagatgaagggtaccccagtggagggtagtgtc
aagaacatcttcgagggtgaaatggagacatacattgagtgtattgacattgaatacaag
tcatgtcgtagagaaacctttgaggatatccaacttgacgtccaaggctgtgacaacatc
tacgagtcacttgacaagctcacagctccggaactcctcgcaggtgagaacatgtacgaa
gctaaaggacatggaaaacaaagagccaacaaaggtatccgcttcctcaagttccctcca
gtcgttatatttcttctcaagagatttacgtttgatttgagtaaaatggacaccgtaaaa
ttgaataaccgtttcgagttttataaagaaatttcattatcacaatatatacaaaatgat
actaacaaaattgtagatggagattatgtattacaagcagtatcagtacatcatggatca
ataaatagtggacattattatgcttttgcaaagaatgaagatagttggtttcgatttgat
gatgagattgtgacccgagtatcagaatacgcagctataaatgataattttggaggtgaa
gatcaggagtgttataattatttgacaacaaacccaaataacccgagcatatacagtaat
catatgaaccgttacagaagaagtaaagtatacaacgcctacatcttaatttatgttctt
aagagtaagaaggatgagattctaggagaggtagacatgttaaaagagaactaccaaatg
ctcaagcgttatagaatacaaagattattacatagtttgcgttcgaaaacaagagaacga
ttaaatagctttgttaaggttaaagttttcacaccagaagagtttgaaggaaacacactc
ctgaaccaacacttcaatacatggcctaacaagcttgtattaaaacacgataaatccaac
tcaatatcagaactgatctcccaaatcaccgacgatttggacatcgaagaagattcttat
gtaaattattatgtcctagggttaaataagcagtttaacaaattcctgagtataagtgac
ttgaaaaataagcacaaaatccctgtcgagaccatttctgacctggtacagctattacgg
agagaatattaccagcagtttgacccgacactatatttgctcaagactacttcagctcct
acagttgattctcaagatacaattccaaagaatactaatggtcttttcgttccatcaatt
aacattagttctaccagtttgatgcaacgttcagcatctcttttaggatctgcaggtctt
ctaaagtcagtagcagctgagaaaacctttctaattatcaaatactatgacatttttacc
aaggaccatgaaaataatctcaaatgtcttaaaatggtatatataaatccacagagaaat
gtatcacagcttgttccactagtggtagaacagcttattaacttcatgtcaaataacttg
gtaacaccatatagattaaaggatcttaataagttattggagaatattaggtctggcagg
gtatctgaagataatttagtaaatacatcatttgagagtattccagctgaaacaataccc
aaatctgatactgacacaaatggtttcaattctgatacaaataccataacagatgtagaa
ttaaatcttaatactaatgatacaatagatggtgatgaagatagaagaataaatatgtta
atgagaaatgaatcattacatttatgttggtttattgagattgataataatttttcgaat
ttggcattaggtaagaaattggaagatcaattaacaaatggagatgtgctggtatgtaat
tttagaccaacagatgaaatgcgtcaagaaattgaacaagtagaaaaaaagacaaatcag
aaagaggattttgaaacaacaaaaccatcatttaaatcagaaaatacaaaccattttata
atatcaagttcagaaatatatttaaagagtatgggtttagaaccagatgaatcattaaaa
cagtatcgaaatctacaacaaaaatggtcattagaacaagaaaataaattaaaactacac
caactatacaattttagtatctatgattatccaagctttatacaatggaaacttaacaat
attcaagttacatttaaattatatgatccattacaattactttccacttggaaaaattgt
tcaaattccattatacacactgatagtacgaatggagttgttactaatggtaatactggt
actggtactgttactaccactggtactaaggatagtacagttgtaccgggtactgtaggt
actactagtactaaggatactcccactgctactgttactacggataatgtggatgatgta
gagaatataaagagtattgaattggtagtagatttaagaatgccatgtaaacatatatta
agatatgtaagttggttattaggtgtggatccatgtcacgtcttaatattcaatggaaat
ccacagaatttcgagactataggttcacacttgtattcattagatgatttctctaatagg
gataactcacttggatatactcagaaacctttaatacatttatttactattcaagggaac
ttggttatgccaaataatctaaacctataccataaccctgcaagtgcaagactatctcaa
agattatcacaatcattagatccaaatctcacaggagataatacaaattctaatctagat
actggtaataatacaggtgatcccactagtcatagtactgaagataatgcgaatacccac
actaatgtcgatactgcagatcctgtagatactatagatcctaatgttgatttagttgat
caaaatgatttggaagatattagaaatgattatgatgagttggaggatcttagaagtgaa
tatgatgatgaaggtatgggtaggagaacagggagatacaatttgaggcttttgaattcc
tttagacgtcaaactcatgaagagaatgtgattcatatgggagtcctgtttgaaccctat
tacaactggaactacaaattcaatgatgagatgataaatattgtgggacaaatattcaat
gagaaggcacagatcatttcagctctaatgtgtaaagttccaaccaatttcacagttggt
cagctatgcaactttgtctcaaacaactatgagtctttaaattctagtaataaaagagta
aaacagactagaactgattctactgatccggccctattactggtggatgttatcactagt
ttatatactattgtggatttggacactaaagttttggaattaccacaatattctaatact
agtattcgtaaccttttttctgctcctttaaggttcgtaccaaactggactcctgaacaa
catgagctcattcatcagaagaaactctgtcctctaacagtgttccatcagacttctgat
cacgagtactttggacatccattccaagttctcgtacctcctacttggaactttctacaa
attaaaactcacatcaagaatactctggacgtgcccaagaagctctgggatcgctggact
ttctatcaagtcaccgactcccatgcgaggacttggaaatctaatgatgaccttctcgac
tgggacaactccaacattaaactgcttgcggagcaccctaaaccctatgaaaaatccaaa
aattttggaatcatgaaaatcacttaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   GENEDB-TAN (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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