KEGG T01608: 100564462

Anolis carolinensis (green anole): 100564462

Entry

100564462 CDS T01608

Gene name

usp47

Definition

ubiquitin specific peptidase 47

Orthology

K11857

ubiquitin carboxyl-terminal hydrolase 47 [EC:3.1.2.15]

Organism

acs Anolis carolinensis (green anole)

Class

SSDB

Motif

Pfam:

UCH UCH_1 Ubiquitin_2

Other DBs

NCBI-GI:

327278969

NCBI-GeneID:

100564462

Position

AA seq 1427 aa
MVRFSVLSKKGSLKTAVLELAENAPDARYAPFSLSAPSPQPRTACQAEEEAKMWRWRIIM
EIRILPSNAQFKDNFENGIIVVRQNESAADEPRVLCIIQDTTNSKTVNERITLNLPASTP
VKRLFEDVATKVGYVNGTFDLIWGNGVNVANTTPLDQSSDKSVVNAGFESGKKNFLHLTD
KDGEQPQIALEESGGADGHNPDRFIGPLPREGSVGCSSDYASQNYSYSSILSKSETGYVG
LVNQAMTCYLNSLLQTLFMTPEFRNALYKWEFEESEEDPVTSIPYQLQRLFVLLQTSKKR
AIETTDVTRSFGWDSSEAWQQHDVQELCRVMFDALEQKWKQTEQADLINQLYQGKLKDYV
RCLECGYESWRIDTYLDIPLVIRPYGSSQAFASVEEALHAFIQPEILDGPNQYFCERCKK
KCDARKGLRFLHFPYLLTLQLKRFDFDYTTMHRIKLNDRMTFPEELDMGSFIDIEDEKSP
QTESCTDSGAENEGSCHSDQMSNDFSNDDGVDEGICLESNSTVERISKVANEKNSLLYEL
FSVMVHSGSAAGGHYYACIKSFSDDQWYSFNDQHVSKITHEDIKKTYGGTSGSRGYYSSA
FASSTNAYMLIYRLKDTMRNAKFLEVNEYPEHIKKLVEKEKELEEQEKRQREIERNTCKI
KLFCMHPVKQIMMENKLEVHKDKTLKEAVEIAYKILNLEEAVPLNCCRLVKYDEFHDYLE
RSYEGEEETPMGILLGGVKSTYMFDLLLETRQPDQAFQCYKPGEVMVKVHVVDLKQETVA
PPISVRAYLNQTVTEFKHLISKAIHLPAETMRVVLERCYNDLRLLSVANKTLKAEGFFRS
NKVFIESSESQDRQLAFPDSLLWKLLDRHANTIRLYVSLPEQSPGTQIRRTVFQKASGDS
GNLDEICKRLKGSLGNMKSVEAILEESTEKLKTLSLQQQQQEGDNGDSSKSTEASDFENI
ESPSNDIDSSTSTENRELENQIQVSDPDNFQSEERSDSDLNNDRSTSSVDSDILSSSHSS
DTLCNVDNAPMPLANGLDSHSITSSRRSKANEGKKETWDTAEEDSGTDSEYDESGKSRGE
TQYMYFKAEPYIAEEGAGEGQKWLLIHVDKRITLSAFKQHLEPFVGVSSSQFKVFRVCAS
NQEFESVRLNETLSSFSDDNKITIRLGRALKKGEYRVKVYQLLVNDPEPCKFLLDSVFAK
GMTVRQSKEELLPQLREQCGLDLTIDRFRLRKKTWKNPGTVFLDYHVYEEDINISSNWEV
FLEILDGAEKMKSMSQLAVLSRRWRPSEMKLDLFQEVVLESSSVDELKEKLSEISGISLE
NIEFAKGRGTFPCEISVLEIHQDLDWNPKVSTLNVWPLYICDDGAVIFYRDKTEEVVELT
EEQRNELMKKESSRLQKTGHRVTYSPRKEKALKIYLDGAPNKDLTQD

NT seq 4284 nt +upstreamnt +downstreamnt
atggtgcgcttctctgtcctctccaagaaaggcagtctcaagactgctgtgctggagctg
gctgagaatgcccctgacgcccgctatgcacctttctcgctctcggcgcccagcccccag
ccccgaacagcctgccaggcggaggaggaggcaaagatgtggcggtggcgaattatcatg
gaaataagaatcttgccttcaaatgcccagtttaaagataattttgaaaatggaataatt
gtagtacgacagaatgaaagtgctgctgatgaacctagagtgctttgtataatacaagat
actactaattctaagacagtgaatgagcgcatcacattgaacttaccagcttccactcca
gtaaaaagactgtttgaggatgtggccaccaaagtgggctatgttaatggaacatttgat
ttaatttggggaaatggcgtcaatgttgcaaatacgacaccattggatcaatccagtgat
aaatctgtggttaatgctggttttgagtctgggaagaagaattttttgcatctgacagat
aaagatggagaacaacctcaaatagccttggaggagtctggtggagcagatggtcataat
ccagataggtttatcggtcctcttccacgagaaggttcagttggttgttccagtgattat
gccagtcagaactactcttattcgtcaattttgagtaaatcagaaacaggatacgtaggt
ctagtaaatcaagcaatgacctgctatttgaacagccttctgcaaacccttttcatgact
cccgaatttagaaatgcattatacaaatgggaatttgaggaatccgaagaagatccagtg
acaagtatcccttatcagcttcaaaggctgtttgttttactacagaccagcaaaaaaaga
gcaattgaaacaacagatgtaacacggagctttggatgggatagtagtgaggcatggcag
cagcacgatgtacaagaactctgtagagtcatgtttgatgctttggaacaaaaatggaaa
caaacagagcaggctgatctcataaatcagctctatcaaggcaagctgaaggattatgta
aggtgcttggaatgcggctatgagagttggagaattgatacatacctggatattcctttg
gtcattcgaccttatggctccagtcaggcttttgcaagtgtggaggaagcactacatgct
ttcatacaacctgaaatccttgatggccctaatcagtatttctgtgaacggtgtaagaag
aaatgtgatgccagaaaggggttacgattcttacactttccatatctactaaccttacag
ctaaagagatttgactttgattataccaccatgcataggataaaacttaatgatcgcatg
acatttcccgaagagctagacatgggctcgttcattgatattgaagatgagaagtctcct
caaacagagagttgcactgacagtggagcagagaatgaaggcagttgtcacagcgatcag
atgagcaatgatttttctaatgatgatggagttgatgaagggatatgtcttgaaagcaat
agtactgttgaaagaatttctaaagttgccaatgaaaagaattcattattatatgaattg
ttttctgttatggttcattcgggaagtgcagctggtggccattattatgcatgcattaaa
tcgtttagtgatgaccagtggtatagtttcaatgatcagcatgttagcaagataacacat
gaagacatcaagaaaacatatggtgggacatctggaagcagaggatactattccagtgct
tttgcaagctctacgaatgcatatatgctgatttatagactgaaggatacaatgagaaat
gcaaagttcctagaagtgaatgaatatccagagcatattaaaaaactggtagaaaaagaa
aaggagttagaagaacaagaaaagaggcaacgggaaatagagcgtaatacctgcaagata
aaactgttttgtatgcatcctgtgaagcaaataatgatggagaataaactagaagttcac
aaggacaagacactgaaagaagctgtggagatagcttataagatattaaatttagaagag
gcagttcctctgaactgttgccgtctggttaaatatgatgagttccacgattatttggaa
cgatcatatgaaggagaagaggagacaccgatgggaatcttgcttggaggtgttaagtca
acctatatgttcgatcttcttctggagacaaggcagccagatcaggctttccagtgttac
aagcctggtgaagtaatggtaaaagtccatgttgttgatctgaagcaagaaactgtggct
cctcctattagtgtccgtgcttatttgaaccagacagtcacagaattcaagcatctaatt
tcaaaggctatacatttgcctgctgaaacaatgcgagtagtgttggaacgttgctacaat
gacttgcgtcttctcagtgtggccaacaaaactctgaaagctgaaggcttttttaggagc
aataaagtatttattgaaagttcagagtcccaggatcgacagctggcatttccagattca
ctgttgtggaaactcctggatcgtcatgcaaatacaattagactgtatgtttcattacca
gagcagtctcctggaacacaaatcagaaggacagtttttcagaaagccagcggagattct
ggcaatttagatgaaatttgtaaaagacttaaaggatctttaggtaatatgaaatcagta
gaagctattctagaagagagcaccgaaaaactgaaaactttgtctctgcagcagcaacag
caagaaggggataatggggacagcagcaagagtacagaggcaagtgactttgagaacatc
gaatcaccttcaaatgacatagattcatcaacgtcaacagaaaatcgagaacttgaaaac
caaattcaagtttctgatccagataatttccagtcagaagagagatcagattctgatctg
aacaacgacagaagtaccagttcagtggacagtgatatcctcagttccagccacagcagt
gacacattgtgcaatgtagacaatgccccgatgcccttggcgaatggacttgactcacac
agtatcacaagcagcaggagatccaaagccaatgaaggaaaaaaggagacatgggataca
gctgaagaggattctggaactgacagtgaatatgatgaaagtggaaagagcagaggagaa
acacagtatatgtacttcaaggcagaaccctacattgcagaagaaggtgcaggagaagga
caaaaatggttgttgattcatgttgataaaagaattacactttctgccttcaaacaacac
ctggagccatttgttggagtttcttcctcccagtttaaggtgtttcgagtttgtgccagc
aatcaagaatttgaaagcgttcgactaaatgaaacactttcttccttttcagatgacaac
aagataacaattagacttgggagagcactgaagaagggagaatacagagtcaaagtttat
cagctgttggtaaatgatcctgagccctgcaagtttcttttagattctgtttttgctaaa
ggaatgactgtacggcagtcaaaagaagaattacttcctcagctcagggaacagtgtggg
ctagatttgactattgacagattccggttacgaaagaaaacgtggaaaaatccaggaact
gtgtttctggattatcatgtttatgaagaagatattaatatttcaagtaactgggaggtt
ttccttgaaatacttgatggggcagaaaagatgaaatctatgtcacagcttgctgttctg
tcaagaagatggaggccatcagagatgaagttggatctttttcaggaagtagttttggag
agtagtagtgttgatgaattgaaagaaaagctgagtgaaattagtggaatctctttagaa
aacattgagttcgcaaagggcagaggaacatttccttgtgagatctctgttctagagatc
catcaggatttggactggaatcctaaggtttctacactgaatgtatggcctctctatatt
tgtgatgatggagcagtgatattttatagggataaaactgaggaagtggtggaactgaca
gaagaacaaagaaatgagttaatgaaaaaagaaagcagccgacttcagaaaactggacac
cgtgttacctactcccctcgtaaagaaaaagcactaaaaatatatctggacggagcgcca
aataaagatttgactcaagactga

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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