KEGG T01011: 100497137

Xenopus tropicalis (western clawed frog): 100497137

Entry

100497137 CDS T01011

Definition

ubiquitin carboxyl-terminal hydrolase 24-like

Orthology

K11840

ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.1.2.15]

Organism

xtr Xenopus tropicalis (western clawed frog)

Class

SSDB

Motif

Pfam:

UCH UCH_1 UBA

Other DBs

NCBI-GI:

301603969

NCBI-GeneID:

100497137

Position

AA seq 2551 aa
METEEEQHMTTLLCMGFSDPGAIRKALRLAKNDINEAVALLTNERPGLDYGYEPMDSGSR
SSNDSGNRGSGGFDPPPAYHEVVEPEKNDENGNCSGENIEFPTTNLYELESRVLTDHWSI
PYKREESLGKCLIASTYLAKLGISDSDENCKRFMDRCMPEAFKKLLTSSAVHKWGTEIHE
GIYNMLMLLVDLVAERIKQETIPTGLLGVLTMVMTSKHXISYKNNFTIAKNIPLLNFCPL
TVYXQIGNSAKISFFFPQEPHGWLVDLVNRFGELGGFSAIQSKLNSEDIELGAVSALVQP
LGVCAEYLNSSTVQPMLDRVIHKMIKYVQSVEEKDLKDKRLVSIPELLSAIKLLCMRFQP
DLVTAVDDLRLDILLRMLKSPHFSAKMNSLKEVTKLIEDSTLSKSVKNAIDTDRLLDWLV
ENSVLSIALEGNIDQAQYCDRIKGIIELLGSKLSLDELSKIWKIQSGQSSTVIENIHTII
AAAAVKFNSDQLSHLFVLIQKCWENESDRVRQKLLSLIGRIGREARNETTTAKVLEVLWE
LAHLPALPSSLIQQALDEHLTILCDAYAVKETIKRSYIIKCIEDIKKVTIFFLLRINVPF
QYFQSSQHNNPQVVWVVPALRQLHEITRSFNKQTYQKQDKSIIQDLKKNFEIVKLVTASL
VACHRLAVNAVGPGGLFGSTLVDGRYTYREYLEAHLKFLAFFLQEATLYLGWSRAKEIWE
CLVTGHDVCELDREMCFEWFTKGQHDLESDVQQQLFKEKILKLESYEITMNGFNLFKTFF
ENVNLCDHRLKRQGTQLLVEKLELIGMDFIWKIAVESPDEEIANEAIQLIINYSYINLNP
RLKKDSVPLHKKFIADCYTRLEAASSALGGPTLTHAVTRATKMLTATAMPSVATSVQSPY
RSTKLVIIERLLLLAERYVITIEDLYSVPRTILPHGASFHGHLLTLNLTYESTKDTFSLE
AHSNETIGSVRWKIARHLNCPVENVQIFANESLLTVNKDQKLLHQLGFSDEQALTVKTLG
GGTPSGSSTDASCSSGTSSGVFSSSYAMDQEKSLPGVVMALVCNVFDMLYQLANLEEPRI
TVRVRKLLLLIPTDPAVQEALDQLDSLGRKNTLLSETQASQSSKSPSLSSKQHHQPSASS
ILESLFRSSAPGMSTFRVLYNLEVLSSKLMPTADDEMARNCAKSFCENFLKAGGLSLVVN
VMQRDSIPSEVDYETRQGVYSICLQLARFLLVGQTMPATLDEDLNKDGIESLSSRPFRNA
GRQSSRQMSLCGTPEKSSYRQLSVSDRSSIRVEEIIPAARVAIQTMEVNDFTCTVACFMR
LSWAAAAGRLDLVGSNQPIKESNTLFPAGLRSRLSSSGSNCSSGSEGESTSLHAWICVRQ
QSVSTKDAIIAGEALSLLVTCLQLRSQQLGSFYNLPSVADFTIDILLGSPSAEIRRVACD
QLYTLSQTDTSSYPEVQKPNLFLLTVILSAQLPLWSPTSIMRGINQRLLAQCTEYFDLRC
QLLDDLTCSEMEQLNVSPATMLEDEITWLDNFEPNRTAECETSEADNVWLAGHLRLIKTL
LSLCGAEKEMLGPSLIKQLLDDFLFRASRIILNSHSPAGSAAISQQDFHPKYLPPVDSRS
NSGFVGLKNGGATCYMNAVFQQLYMQPGLPEALLSMEGDTDNPDESVFYQVQSLFGHLME
SKLQYYIPENFWKIFKMWNKELYVREQQDAYEFFTSLIDQMDEYLKKMGREQIFKNTFQG
IYSDQKICKDCPHRYEREEAFMALNLGVTSCQSLEISLDQFVRGEILEGSNAYYCEKCKD
KRTTVKRTCIKSLPSVLVIHLMRFGFDWESGRSIKYDEQIKFPWMLNMEPYTVAGMARQD
SSCEAGENGRHIDPGGGSPRKKVAPTENYELVGVIVHSGQAHAGHYYSFIKDRRGSGKGK
WYKFNDTVVEEFDLNDETIEYECFGGEYRPKVYDQSNPYPDVRRRYWNAYMLFYQRVSDQ
NSPVLPKKSRVSVVRQEAEDLSLSAPSSPDISPQSSPRPHRPNDRLSILTKLVRKGEKKG
LFVEKIPLRIYQTVRDENLKFMKNRDVYNSDYFSFVLSLASVNATKLKHPLYQPMAKVSA
QLAIQFLFHTYLRTKRKLRVDTEEWIATIDALVSKSCEACQWLMEYFVCSEGKELVKIFL
LESSIREVRAAVATILEKTLDAALFHGDKVNGVHLLIEMLLSLLEKDVPESCKNCAQYFY
LFSNFVQKQGSRAVDLLLRYSALKHFINFLLGPNRQNNQNRRWSSPQAREFGYLHSTIAL
LVLYSDVSSHRTVAPGVFKPHPSTNTCGSPLLLHAEVEALMFMPEGKPYLLEVMFALREL
PGSLTVLIEMVVYCCFCNERFSLTLLHFIKNQLETAPPHELKNVFTLLYEILVIEDPLQL
QRLKFTFESDGLLALMHHSNHVDSSRCYQCVKFLVTLAQKCPAAKEYFKDNSHHWSWAVQ
WLQKKMSEHCWAPQSNISNETSTAKTFQRTVSAQDTLAYATALLNEKDQSGSSNGSESSP
ANENGDRSMQQGPDSPMIIGETKSDTDDVDP

NT seq 7656 nt +upstreamnt +downstreamnt
atggagacagaggaggaacagcatatgaccacactgttatgcatggggttttctgaccct
ggcgctatccgcaaggccctgcgtctggctaaaaatgacataaacgaggcggtggctctg
ctgaccaacgagaggcccgggctggactatggctatgagcctatggacagtggaagtaga
agcagtaatgacagtggcaatcgcggcagtggaggctttgaccctccccctgcctaccat
gaggttgtggagcctgagaaaaatgatgaaaatggaaattgctcaggagaaaatattgaa
tttcccaccactaatctttatgaacttgaaagtcgtgtcctcactgatcattggtccata
ccatacaaaagagaagaatcactcggaaaatgcttgatcgcttccacttacttggcaaaa
cttggtatttcagattctgatgaaaactgcaaaagatttatggatagatgtatgccggaa
gcttttaaaaagttgctgacatccagtgctgtacataaatggggcacagagatccatgag
ggaatctacaacatgttgatgttactggtagacctggttgcagagcgaataaaacaggag
acaattcctactggtcttctgggtgttcttaccatggtaatgacgtctaaacactaaatt
agttacaaaaacaattttactattgcaaaaaatattccgctgctaaatttttgtccgtta
actgtctattaacagattggcaactctgctaaaatatcttttttttttcctcaggaacct
catggctggcttgttgatttagtaaacaggtttggagagttaggtggcttttcagcaatt
cagtctaagctaaattctgaagatattgaacttggggctgtatcagcactggttcaacca
ctgggtgtatgtgcagaatacctcaattcctccactgtacagcctatgctagatcgtgta
atacacaagatgattaagtatgtacagagtgtagaagagaaggaccttaaggacaagagg
ttggttagtatcccagaacttctgtctgccatcaaattactatgcatgcgcttccaacct
gacctagtcacagcagttgatgacctgcgactggatattttgctccgcatgctgaagtct
ccacatttcagtgcaaaaatgaattcgctaaaagaagtaactaaactgattgaagacagc
actctttcaaaatctgtaaagaatgctatagatactgatcgactactggactggcttgta
gagaattctgtcctatcgatagcattagaaggaaacatagaccaagcacagtactgtgac
cgaataaagggaatcattgaacttcttggcagtaaattatctttggatgagctttctaaa
atatggaaaatacagtctggacagtcttctactgtgattgaaaatattcataccattatt
gctgctgcagctgtaaagtttaactctgatcaactcagtcatctttttgtgctcattcaa
aagtgctgggaaaacgagagtgacagagttcgacaaaagctgttaagtctcattggtcgt
attggtcgtgaagcccgcaatgagactaccactgcaaaggttttggaagtgctgtgggaa
ttagctcatctgccagcattgccatccagtttaattcagcaagccttagatgagcaccta
acaattctttgtgatgcttatgcagtgaaagagactataaaaagaagttacattataaaa
tgcattgaagatattaaaaaggttactattttttttttactaagaattaatgtgcctttt
caatattttcagtcatcccaacataataatccccaggttgtatgggtagttccagcttta
cgacagctacatgaaattactcgttctttcaataagcaaacttatcaaaagcaagacaag
agcatcatccaagatcttaagaagaattttgagattgtgaaactggtgacagcaagttta
gtggcctgccatcgattggcagtgaatgctgtgggtcctggagggctttttggatccact
ttggttgatggcagatacacttaccgggagtatttggaggcacacctgaaattcctggca
tttttcctgcaagaagccacactttatcttggttggagtcgggcaaaagagatctgggaa
tgtcttgttactggacatgatgtctgtgaacttgaccgtgaaatgtgttttgaatggttt
acaaagggacagcatgacctggagagtgatgtccagcaacagctttttaaagagaaaatt
ctgaaactggaatcatatgaaataacaatgaatggattcaatttatttaagacctttttt
gaaaatgttaatctttgtgaccatcgcttaaagcgacaaggtactcagttgcttgtggaa
aaactggaattaattggtatggattttatttggaagattgctgttgaatctccagatgaa
gaaatagccaacgaagctattcaactgataataaattatagttacattaatctcaatcct
aggctaaagaaagattcagttccattgcacaaaaagttcattgctgattgctacacacga
ttagaggcagccagttctgctcttggtggccctacactaacacatgcagtcacaagagca
acaaagatgctaacagcaactgccatgccttctgtcgcaacctcggtacagtccccttac
aggtctacaaaattagtgataattgaaagacttctgttgcttgcagagcgctatgtgata
acaatagaggatctttactcggttccccgaactatactacctcatggtgcctcttttcat
ggacatcttttaactctcaaccttacttatgagtctaccaaagatactttctccttagag
gctcacagcaatgaaacaatagggagtgtacggtggaagatagcaagacatctcaactgc
cctgttgaaaatgtacagatatttgcaaatgagagcttgttaactgtaaataaagaccag
aagctactacatcagttgggtttttccgatgaacaagcacttactgtaaagacattagga
ggtggaactccatctggaagctctacagatgcttcttgcagttcgggcactagtagtggt
gtcttcagctcatcatatgctatggaccaggaaaaatccctaccaggagtagtgatggca
cttgtttgcaatgtatttgatatgctctaccagctcgccaatctagaggaaccaaggata
actgtaagagtccgaaagcttctgctactgattccaacagaccctgctgttcaggaagct
ctcgaccagttagactctcttggcagaaagaatacactactttcagaaacccaagcttca
cagtcttcaaaatctccatcattatcttcaaagcaacaccaccagccaagtgccagttct
atcttggagagcttgtttagatcatctgctccagggatgtctacctttagggtgctctac
aatttggaggtcttgagctccaaactcatgccaactgctgatgatgaaatggcgagaaat
tgtgccaagtcattctgtgaaaattttttaaaagctggtggacttagtttggtggttaat
gtcatgcagagggactcaattccatccgaagtggattatgaaactagacaaggagtctac
tccatctgtcttcagcttgcacggtttttattggttggacagactatgccagccacttta
gatgaggacctgaataaggatggcattgagagcctttcttccagacctttccgcaatgca
ggtcgccagtctagccgtcaaatgtctctttgtgggacacctgagaaatcatcttatcgt
cagctttccgtttctgaccggtcatccatcagggtagaagaaattattcctgcggctcgt
gttgctattcagacaatggaagtaaatgatttcacgtgcacagtggcatgcttcatgagg
ctttcttgggcagcagctgctggaagactggaccttgtcggtagcaaccaacctataaaa
gaaagtaacacgttgtttcctgcagggctgcgcagcagactaagtagttcaggaagcaac
tgtagttcaggaagtgaaggagaatctacatctctgcatgcctggatctgtgtaaggcaa
caatctgtatcaaccaaagatgctataattgctggtgaggcattgtctcttctggtaaca
tgcctgcagctgcgcagtcagcagttgggatcattttataacctgccttctgttgctgat
ttcaccattgatatccttcttggatcaccaagtgctgagattcgtcgggttgcctgtgac
caactatatactcttagtcaaacagacacatcttcttatcctgaagtacaaaagccaaac
ctatttctgcttactgtcatcctgtctgcacagctacccctctggtctccaaccagcata
atgagaggcattaaccagaggttgttggcacagtgtacagagtattttgatttgagatgc
caactcctagatgacctaacctgctcagaaatggaacagcttaatgtcagtccggcaacc
atgttggaagatgaaatcacgtggctggataattttgaacctaatcgtacagctgaatgt
gaaacaagtgaagctgacaatgtttggcttgcaggacaccttaggcttatcaaaactctc
ctctcactgtgtggcgctgaaaaggaaatgcttggtccttcacttattaagcagctcttg
gatgatttcctctttcgagcttcaagaataattctgaatagccattctccagctggcagt
gctgcaataagtcagcaagactttcacccaaagtatctcccacctgttgatagcagatca
aattcaggttttgttggactgaaaaatggaggcgcaacctgttacatgaatgcagtgttc
cagcagttatatatgcaacctggtcttcctgaggctttgctttccatggaaggagacact
gataatccagatgagagtgtattttaccaagtccaatcattgtttggtcatttgatggaa
agtaaactgcagtactatataccggagaacttctggaagatctttaagatgtggaataag
gaactgtatgtacgagagcagcaagatgcctatgaatttttcaccagccttattgatcag
atggatgaataccttaagaaaatgggtcgagagcaaatatttaagaacaccttccaaggc
atctattctgaccagaagatatgtaaagattgtccccacagatatgaaagggaggaagca
tttatggctctaaatttaggagtcacatcctgtcagagcttagagatctcactggatcag
ttcgtgagaggagaaattcttgaaggaagcaatgcatattactgtgagaaatgcaaagat
aagagaaccacagttaagagaacttgcatcaagtctctgccaagtgtcttagtcatacat
ctaatgagatttggatttgattgggaaagtggacgttccattaagtatgatgagcagatc
aagtttccgtggatgctgaacatggaaccgtacactgtagctggaatggctcggcaagat
tcttcctgtgaagctggtgaaaacggaagacatatcgatcctggaggaggatctccacgg
aagaaagtggctccaacagagaactatgaactagttggagtcatagttcacagtggtcag
gcacatgcaggacattattattcttttattaaagatagaaggggttcgggtaaaggaaaa
tggtacaagtttaatgacacggttgtggaagaatttgatcttaacgatgaaaccatagaa
tatgagtgttttggtggagaatacagaccaaaggtttatgaccaatccaacccttaccct
gatgttcgtcgaagatactggaatgcctacatgctcttctatcaaagggtatctgaccag
aactcgcctgttttaccaaagaaaagccgagtcagtgttgtgcgacaagaagcagaagat
ctctcgctatctgcaccatcctctccagatatctcaccccagtcctcacctcgcccacac
aggccaaatgatcgcctttccatcttaactaaactggtgaggaaaggggagaaaaagggc
ctgtttgtagagaagattccacttaggatataccagacggtcagagatgagaacctcaag
tttatgaagaacagagatgtttacaacagtgattatttcagttttgtactttctttggca
tcagtaaatgcgactaaactaaagcatccactgtatcaacccatggcaaaagtaagtgcc
cagcttgcaattcagttccttttccacacctatctacggacaaaacgaaaactcagggtt
gatactgaggaatggatagctaccatcgatgccttggtttccaaaagctgtgaagcatgt
cagtggctcatggaatattttgtttgctcagaaggcaaggaactcgtaaaaattttcttg
cttgaaagctccataagagaagtgagagctgcagtagcgacaatcttagagaaaacttta
gatgcagcattgtttcatggtgataaggtgaatggtgttcatttgctgattgagatgctt
cttagcctattggagaaagatgttccagaaagctgtaaaaattgtgctcagtatttttat
ctcttcagcaactttgtgcaaaagcagggttcacgtgcagttgacctccttttaaggtac
tctgctctgaagcattttattaacttcttacttggtccaaataggcaaaacaaccagaac
cgtcggtggagctctccccaagcacgagaatttggatacctgcacagcaccatagcttta
cttgttctgtattcagacgtttcttcccatagaacagttgctcctggtgtcttcaaacca
catccttctacaaatacttgtggatctcccctgctactccatgcagaagtggaggccttg
atgtttatgccagaagggaagccttatttgcttgaggtcatgtttgccctgcgagaactt
cctggttccctcactgttctcatcgagatggtggtgtactgctgtttctgcaatgaacgc
ttttctctcactctgcttcattttattaagaaccagcttgaaactgctcctccacatgaa
ttaaagaatgtctttactcttctatatgagatactggttattgaagatcccttgcagtta
cagaggttgaaatttaccttcgagtctgatggtttattagcactgatgcatcacagcaac
catgtggacagtagccgatgctatcaatgtgttaagtttcttgttaccctggctcaaaag
tgccctgctgctaaagagtatttcaaagacaattctcaccattggagctgggctgtacag
tggttacagaaaaagatgtcagagcattgctgggcaccacaaagtaacatctccaatgag
acatccactgctaaaaccttccagcgcactgtttctgcacaggataccttggcatatgcc
acagccttgttgaatgaaaaggatcagtcaggaagcagcaatggctctgagagcagccca
gccaatgaaaatggagataggagcatgcagcagggtccagattcgcccatgataattgga
gagactaaaagtgacactgatgatgttgatccttaa

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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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