KEGG   Anolis carolinensis (green anole): 100563887Help
Entry
100563887         CDS       T01608                                 

Gene name
usp42
Definition
ubiquitin specific peptidase 42
Orthology
K11855  
ubiquitin carboxyl-terminal hydrolase 36/42 [EC:3.1.2.15]
Organism
acs  Anolis carolinensis (green anole)
Brite
Enzymes [BR:acs01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.15  ubiquitin thiolesterase
     100563887 (usp42)
Peptidases [BR:acs01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   100563887 (usp42)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: 
Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
Position
Un
AA seq 1283 aa AA seqDB search
MTIVDKTSESSKPSASEKQPLSSVAPASGDMDSGSAGWGAVSSSLEAPKHKITLGPVPGA
AVYSNSSVPDKSKASAQKDLSIGDGIAAPQKVLFPADKISLKWQKMHRVGAGLQNLGNTC
FLNSALQCLTYTPPLANYMLSHEHSKTCHEQGFCMMCTMQSHITQALSNSGNVIKPMPVI
NDLRRIAKHFRFGNQEDAHEFLRYTVDAMQKACLNGSNKLDRHTQATTFIHQIFGGYLRS
RVKCMNCKGVSDTFDPYLDITLEIKSAQSINKALEQFVKPEQLDGENAYKCSKCKKMVPA
SKRFTVHRASNVLTLSLKRFANFSGGKITKEVKYPEYLDIRPYMSQPNGEPIIYALYAVL
VHTGFSCHAGHYYCYIKASNGQWYQMNDSTVSNSDIRTVLNQQAYVLFYIRSHDMKNGGE
HIHSAHTPGQSSPRPVINQRVVNNKQTAPGFIGPQLPPHMIKTSNHLNGTGSLKETASSS
AIASNATLSRPSSAPPATSIPNWTMNRPATATAPDPSKKQKITISIHNNKLPGRQSVSHA
SCTLDNLNKPAPSSTISNPSAVQSTSSASTALAANQVPKQTAPSEPSSKLVVNGKSKLSP
SMLVPYGAESSEDSDEELKGLVKENGHSKPFNGILTEKASTVLESSCSSFHNPEKEVPPH
EPPKNITVVFSISLNDSSKQNGQICNDSTCQAKPVKSSENPFSKTNGLPGKGTPIALTPV
PEDRIVDSFRYNQLKPFSGDISASGSEKPLEEGGCSEKVPCPLTSDVQNLLAPSDPEITS
TTEDPCERVPSQTGAVPLESLGQHGLPSTPLRAKEDFPGESNVEDHAEKTRGPKEGKAAW
EKSAEVARGNADATEKGPQSPLLWADSECSSQKLVALNMADKCQETQDNVKMYEDASPTE
NSCTLRPNVVGESSKDDQGENSEQFKGNTDRQELRSHSPFREKVCTSRKTDKEHYRSKRK
HSESEEEVEATAGASSRSQAEGHHNKKRCSYSKERVRPQEHYRREHYNTNYYRFPCSPDP
GRNFGKYPPYRSRSRGKTESERSRHCYERSWSRERYYQDVPRRWEGCRSSDYYYPSHVPR
YNQDKKFTLCERDYNKSSHVYNSPYKYDYHKNRWTHDQERKRKCQSPEGSQGTPEKRPQK
TVQSESLDEQRGRKHKKSKKKKKLKDKHRERDHRHHQDSDPSASSSEAEVHRHKHKKKKK
KKKKRTKKSEDCSETLVPSLPKATSLETKNLKTWEATKSSFEACRKHGRAHQDGDTAVCQ
KTKSIEGCNRNGSSPSTDHNVGK
NT seq 3852 nt NT seq  +upstreamnt  +downstreamnt
atgaccatagttgacaagacgtctgagtcctcaaagccttcggcttctgagaagcagcct
ctcagctccgtggcaccagcttctggagatatggactcaggctctgcaggatggggtgct
gtgtcgtcttctctggaagcgccaaaacacaaaatcactttgggaccagtaccaggagct
gctgtatattctaattcatctgtacctgataaatccaaggcctcagctcagaaagatttg
tcgattggtgatggcatcgcagcaccccagaaggtccttttcccagcagataagatcagc
ttaaaatggcaaaaaatgcacagagttggagctggtctccaaaacctgggcaatacgtgc
ttcctgaactcagctttgcagtgtctgacctacaccccgccacttgccaactatatgctt
tctcacgaacactccaaaacatgtcatgagcaaggattttgcatgatgtgcaccatgcag
agtcacatcacccaggccctttcgaattctggcaacgttatcaagccaatgcctgtcata
aatgaccttcgacggatagcaaagcatttccgttttggcaatcaggaagacgcacacgaa
tttctacggtacactgttgatgctatgcagaaagcatgtttgaacggtagcaacaaattg
gacagacatactcaggctaccacgttcattcaccaaatatttggagggtatctaagatct
agagtaaaatgcatgaactgcaaaggagtttcagatacattcgatccttatttggatatt
acgctagagataaagtctgctcaaagtatcaataaagctctggagcagtttgtcaaacca
gaacagcttgatggtgaaaatgcctataaatgtagcaaatgtaaaaaaatggttcctgcg
tcaaagcggtttaccgtacatcgagcctcaaatgtcctcaccttgtccctgaagcgattt
gcaaatttcagtggtggcaaaattacgaaggaggtaaaatatcccgagtatttggatatt
cggccatatatgtcccagccaaatggagagccaattatttatgcattgtatgccgttctg
gtccacactggcttcagctgtcatgcaggacactactactgttacattaaagccagtaat
gggcagtggtatcagatgaatgactccacagtctcaaacagtgacatcaggacggtattg
aatcagcaagcctatgtgcttttttatatcaggtcccatgacatgaaaaacggtggcgaa
cacattcattcggctcacactccagggcagtcttctccccggccagtcattaatcagcga
gtggtcaataataaacagactgccccaggatttatcgggccacagctccctccccacatg
attaagacgtccaatcatctgaatggaactggatccctaaaagagacggccagcagttct
gcgattgctagcaatgccaccctcagcaggccgtcttctgcccctccggccacatccatc
ccaaactggactatgaacaggcccgccactgctaccgcgcctgacccttccaaaaaacaa
aaaataaccatcagtattcataataacaagctgcctggtcgccaaagtgtctctcatgcc
agctgtaccttggacaacctgaacaagccagccccgtcctcaaccatttccaacccttct
gcagtgcaatctacctcaagtgcttcgacagcattggctgctaaccaggtccccaaacag
accgctcctagcgaaccctcttccaagctggtagtgaatggcaagtccaaactcagcccc
agcatgttggtcccttatggggctgagtcttcagaagactctgacgaggaactgaaagga
ctagtgaaggagaacggccactccaaacctttcaatggcattttaactgaaaaggcatcc
acggtgttagagagctcctgttcgtcttttcacaatcctgagaaggaggtaccgccacat
gagccacccaaaaacattacagtcgtcttttccattagtctaaatgattcctctaaacaa
aatggacaaatatgcaatgattccacttgccaagcaaagcctgtgaaatcgtcagaaaac
ccattttccaaaacaaatggattgcctggaaaaggtacacccatagctttgacgcctgtt
cctgaagacaggatcgtagactctttcagatacaatcagctgaaacctttttcaggagac
ataagtgctagtggatcagaaaaacctttggaagagggtggctgttctgaaaaggttccc
tgtcccctcaccagtgatgtccagaatctgttagctccttcggaccctgaaatcacgtct
accacagaagacccctgtgaaagggttccctcccaaacaggtgccgtgcctcttgagagc
cttgggcagcacggccttccatccacccccctgagagcaaaagaggacttccctggagag
agcaatgtggaggaccacgcagaaaagacgagaggaccaaaagaagggaaggcagcttgg
gaaaagagcgccgaagttgccagaggaaacgccgatgcaacagaaaaagggccacagagc
cctcttttatgggctgacagtgaatgtagttctcaaaagcttgttgctctaaacatggca
gacaaatgccaggaaacgcaagacaatgtgaaaatgtatgaggatgcctcgcctactgaa
aactcctgcactttgaggccaaatgtggttggggagagttcgaaggatgaccaaggagag
aatagtgaacaattcaaaggaaacacagacaggcaagaactgagatcccattctcccttc
agggagaaagtttgcacctccagaaaaactgacaaagagcactatcgttcaaaaaggaag
cactcggaaagcgaggaggaggtggaggcgacagcaggagcgtcttcccggagccaggcg
gagggacaccacaacaagaaaaggtgctcctacagcaaggagagagtgaggccacaggag
cattatcggcgcgaacattacaatacaaactattataggttcccatgtagcccggatcct
gggagaaatttcgggaaataccccccttatagatcacgcagccgagggaaaacagagtct
gaaaggagcagacattgttatgaacggtcttggagtcgagagagatattatcaagatgtg
cccaggagatgggaaggctgtcgatcttccgattactattatccttcccacgtccccagg
tataatcaggataaaaaattcactctttgtgaaagagactataacaagtcgagtcatgtt
tacaatagcccatataagtatgattatcataaaaacagatggactcatgaccaggaaagg
aaaaggaaatgccagagtcctgaggggagccagggcaccccagagaagaggccccaaaag
accgtgcagagtgaatctctggatgagcagagagggcggaaacacaagaagtccaagaag
aagaagaagttgaaagacaaacacagagaaagagatcacaggcatcaccaggattctgac
ccgtcggcatccagctctgaggctgaggttcacaggcataaacacaagaaaaagaagaag
aaaaagaagaagcgtacgaagaaatccgaagactgtagtgaaactctggtcccttccctt
ccaaaggcaacaagtttggaaaccaagaatctcaaaacctgggaggcgacaaagtcttct
ttcgaggcttgtagaaagcatggcagggcccaccaagacggagacacagctgtttgccag
aaaacaaaaagtatagaaggctgcaacagaaatggctcctccccttctacagatcataat
gtaggtaagtga

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