KEGG T01608: 100558105

Anolis carolinensis (green anole): 100558105

Entry

100558105 CDS T01608

Gene name

usp32

Definition

ubiquitin specific peptidase 32

Orthology

K11837

ubiquitin carboxyl-terminal hydrolase 6/32 [EC:3.1.2.15]

Organism

acs Anolis carolinensis (green anole)

Class

SSDB

Motif

Pfam:

UCH DUSP UCH_1 EF-hand_1 EF-hand_6 Ubiquitin_3 EF-hand_7 EF-hand_5 Ubiquitin_2 EF-hand_8

Other DBs

NCBI-GI:

327283828

NCBI-GeneID:

100558105

Position

AA seq 1599 aa
MGNKGVPHRLPQLRRALRRVTDLELKRLKDAFKRTCGLSCYMSQQCFIRDVLGDGVPPKV
AEVIYCSFGGTSKGLHFNNLIVGLVLLTRGRDEEKTKYIFSLFSNESGSYVVHEEMERML
LMVDGRVPESLKKCFSEGEKVNYEKFRNWLLYNKEAFTFSRWLLSGGVYVTLTDDSDTPT
FYQTLAGVTHLEESDIIDLEKRYWLLKAQSRTGRFDLETFGPLVSPPIHPSLSEGLFNAF
DENRDNHIDFKEISCGLSACCRGPVAERQKFCFKVFDIDRDGVLSRVELEEMMVALLEVW
KDNRTDDIPEMHTNISDIVEAVLKTHDNTKLGHLTLEDYQIWSVKSALANEFLNLLFQVC
HIVLGLRPATPEEEGQIIRGWLERESRYGLQPGHNWFLIAMPWWQQWKDYVKYDASPVVI
EPSSVLNGGKNLRPGPSSRTADQGEDKVSGVNYVEEKFSDNVSSASEASETTGSNFLHGS
SPTTEMCFARQLNSSDNNNQCLLGSNGNVLLQLSPQRPGAIDNQPLVTQDPMKAPTLTLE
GGRLKQSPPLVQGKSYEIVPEPVWRALYHWYGANLSLPRPVIVNNATRHPELELFPRYLL
FLRQQPATRTQQSNIWVNMGNVPSPSAPLKRVLAYTGCFSRMQTIKEIHEYLSQRLRIKE
EDMRLWLYNSENYLTLLDDEDHTLEYLNIQDDQHLIIEVRNKDMSWPEEMSFIANSSKID
RHKVPTEKGATGLSNLGNTCFMNSSIQCVSNTQPLTQYFISGRHLYELNRTNPIGMKGHM
AKCYGDLIQELWSGTQKNIAPLKLRWTIAKYAPRFNGFQQQDSQELLAFLLDGLHEDLNR
VHEKPYVELKDSDGRPDWEVAAEAWENHLRRNRSIVVDLFHGQLRSQVKCKTCGHISVRF
DPFNFLSLPLPMDSYMHIEIIVTKLDGTTPVRYGLRLNMDEKYTGLKKHLSDLCALKPEQ
ILLAEVHSSNIKNFPQDNQKVRHSTSSSLCAFEIPIPGSPTSTSSSPVQTEFHNGQPANG
VIGGLMNGDLPRSTLIPNGMPNTVVPCRMENGLSNAMPNGHALSPSDSPFTGYIIAVHRK
MMRTEMYFLSAQKNRPSLFGMPLIVPCTVHTRKRDLYDAVWIQVSRLASPLPPQEASNHA
QDCDDSLGYQYPFTLRVVQKDGNSCAWCPWYRFCHGCKIDCSEERAHMGNANLAVDWDPT
ALHLRYQTSQERIAEEHRSVEQSRRAQAEPINLDSCLRAFTGEEELGEDEMYYCSKCKTH
CLATKKLDLWRLPPILIIHLKRFQFVNGRWIKSQKIVKFPREDFNPSAFLMPRDPSCWAQ
KPVALPPEDLSEPQALAEECRRAEVPANTSGEGDATARSPSSLGAPNILNDIKGSPSSGR
KCASSSSSSSSGCPSNKNISPTGSPRTLGRSKGGRLRLPQLCKNKLSGSKEDLDLGRGEN
GPDPEAGEGELCAPPEAEGTLANGYLCQQNSHSSGSIDGQLDAHGQEEEEAAEDQRGEIC
ANPIYNLYAISCHSGIMGGGHYVTYAKNPNDKWYCYNDSSCKELHPDEIDTDSAYILFYE
QQGVDYAQFLPKTEGKNMADTSSMDEDFESDYKKYCVLQ

NT seq 4800 nt +upstreamnt +downstreamnt
atgggcaacaagggagtcccgcatcggcttcctcagttacgacgagccttgcgaagggtg
acggacctagaactgaaacggctgaaagatgccttcaagaggacctgtggcctctcctgc
tacatgagccagcagtgcttcattcgggatgtgctgggagatggagtccctccaaaagtg
gcagaggtcatctactgctcttttggcggcacgtccaaaggcctgcacttcaataacttg
attgtgggcttagtcctcctgacaaggggtcgagatgaagagaaaacaaaatacattttc
agcttgttctccaatgaatctgggagctatgttgtccacgaagagatggagaggatgctc
cttatggttgacgggagggtcccagagtctctcaagaaatgtttctctgagggcgaaaag
gtaaactacgagaagttccgaaactggctgttgtacaacaaagaggccttcacgttttcc
cgctggttgctgtctggtggggtgtacgttacgcttacggatgacagcgacacccccacc
ttctatcaaacgcttgctggtgtcacgcacctggaagaatctgatatcattgatctcgaa
aaacggtattggctcctgaaagctcaatcgagaaccgggcgcttcgacttggaaactttt
ggacccttggtttccccaccgattcatccgtctctgagcgaaggtctgtttaatgccttt
gatgaaaaccgtgacaatcacatagacttcaaagagatatcttgtggactttcagcctgt
tgccggggaccggtggccgaaagacagaaattttgcttcaaggttttcgatattgaccgg
gacggtgttttgtctcgtgtggaacttgaagaaatgatggtcgcccttttagaagtttgg
aaggataatcggacggatgacattcctgagatgcacacaaacatttctgacatcgtagaa
gcggttctcaagacgcacgacaacaccaagcttggtcacctcaccctggaggattatcag
atctggagcgtgaagagcgctcttgccaacgaattcctgaacctactctttcaggtgtgc
catatcgtcttaggtttacgacctgctactcccgaagaggaagggcagatcataagggga
tggttagagcgggaaagcaggtacggcctccagccgggacacaactggtttctgatcgca
atgccgtggtggcaacagtggaaagactacgtcaaatatgacgcaagccccgttgtgatc
gagccttcatccgtactgaacggaggcaagaacctgcgaccaggtcccagttcccgtaca
gcggatcaaggagaagacaaagtgagcggcgtaaattacgttgaagaaaagttttcagat
aacgtttcctccgcgtcggaagcctccgagaccaccggcagcaatttccttcacgggagc
agccctactactgagatgtgctttgcccgacagctgaactcttcggacaacaacaaccaa
tgcctactcggctcaaacgggaatgtgttactacagctcagtccacagcggccgggagcc
attgataaccagccactggtcacgcaagatcccatgaaggctccaacgttgactctggaa
ggcggccgactcaaacagtccccgccgttggttcaagggaaaagttacgaaattgtcccg
gagccggtgtggagggcgctttatcattggtacggtgcaaacctgtctttaccccggccg
gtgattgtcaacaatgcaacccgccaccccgaactggagctctttccgcgctacctgctc
ttcttgcgccagcagccggccacccggacgcagcagtccaacatctgggtgaacatgggg
aacgtgccctctcccagtgcccccttgaagcgggtcttggcctacacgggctgcttcagc
cgcatgcagacaatcaaggagatccacgaatatctctcgcagaggctgcggatcaaagag
gaggacatgcgcctgtggctgtacaatagcgagaactaccttacgcttctggacgatgag
gaccacacgctggagtacctaaacatccaagatgaccaacacttaattatagaagttcgg
aacaaagacatgagttggcccgaggagatgtcctttatcgcaaacagcagcaaaatagat
cggcataaagtcccgacggaaaagggggccacgggtctgagcaacctgggcaacacctgc
ttcatgaattccagcatccagtgtgtcagcaacacacagccgctcactcagtatttcatc
tcaggcagacacctgtacgagctcaacaggacaaatccgataggaatgaagggacacatg
gccaaatgctacggcgatttgatccaagagctgtggagtggaacgcaaaagaacattgcc
cctttaaagttacggtggacgatagccaagtacgcgcctcgctttaacggcttccagcag
caagactctcaggagctcctggcgtttctcctggacggcctccatgaggatctgaaccga
gtccatgaaaagccctacgtagaactgaaggacagcgatgggcggcccgactgggaggtg
gctgcggaggcctgggagaatcacctgcggaggaaccgttcgatcgtggtggacttgttc
cacgggcagctgaggtctcaagtcaagtgcaagacctgcggccacatcagcgtgcgcttt
gaccccttcaatttcttatccctgcccctcccgatggacagctacatgcacatagaaatc
atagtcactaagttagacggcacgacccccgttcggtatggtctgaggctgaacatggac
gagaagtacaccgggttgaaaaagcacctcagcgacttgtgcgccttgaagccggagcag
atcctcctggcggaagtacacagctccaacatcaagaactttccgcaagacaaccagaag
gtccggcactcgaccagctcctctttgtgcgcgtttgagatcccaatccctggatccccc
acatcgacttcttcgagtcctgttcaaacagaattccacaacggacagccggccaatggg
gtgattggggggctgatgaacggggaccttccccggtccaccttgatcccgaacgggatg
cccaacacggtggtgccctgccggatggagaacggcctctccaacgccatgcccaacggc
cacgcgctctcgccttcggacagccccttcaccggatacatcattgccgtccaccggaaa
atgatgcggacagagatgtacttcctttcggctcagaagaaccgtcccagcctctttggc
atgcccctgattgtcccctgcaccgtccacacgcggaagagggacttgtatgacgctgtg
tggatccaggtgtcccggcttgccagccccctccctccccaagaggccagtaaccatgcc
caagactgtgatgacagcttaggttaccagtaccccttcaccctgcgagtggttcagaag
gacggcaactcctgcgcttggtgcccctggtaccggttctgccacggctgcaaaatcgac
tgctccgaagagagggctcacatgggcaacgccaacctcgccgtcgactgggaccccacg
gcactccatcttcgctaccagacctcacaggaacggatagcggaggagcaccggagtgtg
gagcagagccgccgggcccaggccgagcccatcaacctggacagctgcctgcgggcgttc
acgggcgaggaagagctgggcgaggacgagatgtactactgctccaagtgcaagacccac
tgcttggccaccaagaagctggacctgtggaggcttcctcccatcctgatcatccacttg
aaacgcttccagttcgtcaacggccgctggatcaaatcccagaaaattgtcaaatttccc
cgtgaggatttcaacccgagtgccttcctgatgccgcgggaccccagctgctgggcgcag
aagcccgtggccctgccgcccgaggacctttcggagccccaggccctggcggaggagtgc
cggagggcggaggtgccggcaaacacatccggggaaggggacgccacggccaggagcccc
tcctccctcggcgctcccaacatcctcaacgacatcaaaggctccccgtcttctggcagg
aagtgtgcctcctcctcctcctcctcctcctccggttgcccctcgaataaaaacattagc
ccgaccgggagccccaggactttgggccggagcaaaggagggcgtctccggctgcctcag
ctctgcaaaaacaaactctccggcagcaaggaggacctggacctgggccgaggagagaac
gggccggacccggaggccggagagggcgagctctgcgcccctcccgaggccgaggggact
ttggccaatggatacctttgccagcagaactcccacagcagcggaagcatcgacggacag
ctggacgcccacggacaggaggaggaggaggcggccgaggaccaaagaggagagatctgc
gcaaaccccatctacaacctttatgcaatttcgtgccattcaggaattatgggaggaggt
cattacgtcacatatgccaaaaaccccaacgacaaatggtactgttataacgacagcagc
tgtaaggaattgcatccggacgaaattgacacggactctgcctacatccttttctacgag
cagcagggggtcgactatgcacaatttttgccaaagacggagggcaagaacatggcggac
acgagcagcatggacgaggactttgagtcggactacaagaagtactgcgtcctccagtga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (18)   

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