KEGG   Anolis carolinensis (green anole): 100567637Help
Entry
100567637         CDS       T01608                                 

Gene name
usp40
Definition
ubiquitin specific peptidase 40
Orthology
K11869  
ubiquitin carboxyl-terminal hydrolase 40 [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
     100567637 (usp40)
Peptidases [BR:acs01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   100567637 (usp40)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: 
Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
Ensembl: 
Position
1
AA seq 1294 aa AA seqDB search
MHRAPPYRLLSGEAGGRKRQRPGCGGKRTTLPGVLCGSGRPRGASRGARRPTEGLCHKFA
MFGDLFDEDFSILSSNQCGKPKSKRKDPELPNPRENTNLSGIKNQGGTCYLNSLLQTLLF
TPEFREALFSIGPEELGSLEDTHKPESKVRVIPLQLQRLFAQLLLLDQHAASTADLTDSF
GWNGNEEMRQHDVQELNRILFSALETSLVGTSGHNLINQLYHGTLVNQIVCKECKNVSER
QEDFLDLTVAVKDVSGLEEALWNMYVEEEHFERENLYRCGACNKLVEAIKSAKLRKLPPF
LTVSLLRFNFDFEKCERYKETRCYTFPIQINLKPFCEQTQLDDLEYMYELFSVIIHKGGC
YGGHYHVYIRDIDELGNWQVLEDGSLNDEDKDLKETENDKEKDNPLTILKNILLEVESTE
MAVDCLAQKFWEKKSVSWNKKYRKQYGPIRKYLQNNSQDFLLSSDGSKVRLNDQSHYLSF
GSQSQSHLRNEDEKMSLGKASTNLKEHFSESHWFDLNDSKVQPIREREIQKQFQGNESAY
MLFYRKSQMMRPSEARGNPRYRVPSHLLNEMDTANIKLQKKREECDLADNNIDLHLHICS
HYKFCNGALHPLHSQKESVLDLTFDKRKTLGELQQAVFQLLEFWEGDLVLSLAKSFPAGL
HIYQILEGDDSTLSSTGLFDGADIFVWNGKEVDGVEVQTGIDHEPFLINVLRLAGHNEGR
KGQQFMESQHVFSCSLSLRMICEALTSSKGIILKSHSGSEKEADNWKVIPEEDMEKTLRA
VGLTDGCSILVLDSHDQSMVNVTGGNLTAFTHDISWLQVKKICNLEAEEMQVKITATVET
MMSDIRIKAIEEMQLDKELVNNSCLRPIGKNGKLLCPVPEDYTVKEAELKMGSLLGLCSG
KAPTATQLFLYFIVGHDLQCSPEKEIVVEETATVKECLNLILKKSDLTGDDWHLRKIDWC
YEAGEPLNEENATLKELSICNGDILNVAEGKLPPKGFLKVPVWWYRPFSQVKHINNIQDQ
VNCISKKVGPSASRDLPTFLQSEVDLCYVGDIEISGEAFLEDLKIQVMTLPSIQEFSIPL
PEFLRVWTMEKKQPCKLLRSNKEKLHKLKLGSRVEICIEPLFKEENLGPKDLLLRILMSV
PGERDYYHPVDLIWDISKECTASALRGKIAAYYSLPVEKIEIAKYSPGKFEWMPISSWTQ
QMSKKKKKKKSDSLQSSPYSLKDGDIIGVKNLLIDDNTDFSTIKDDIGKQMQKQLTIEKT
RQRESVQNDCFHEKKVTKHRKPEAALSISVGVFS
NT seq 3885 nt NT seq  +upstreamnt  +downstreamnt
atgcaccgcgccccgccttaccgcctcctcagcggcgaggcaggcggacgcaagaggcag
aggcctggctgcggcggaaagcggactacgcttcccggcgtcctctgcggctcggggcgg
cctcgaggagcctcgaggggagcccggcggcctactgagggactgtgtcataaattcgca
atgtttggggatttatttgatgaagacttctctattttgtcaagcaatcagtgtgggaag
cctaagtcaaaacgcaaagatcctgaacttccaaatcctagagaaaacaccaatttaagt
ggaataaaaaatcagggtgggacctgctaccttaattcacttcttcaaaccctgctcttc
acaccagaatttagggaagcgttgttttccataggccctgaagaacttggctccttggag
gacacgcataagcctgaatcaaaggttagagtaatcccattacagctgcaaagattgttt
gcccagcttttgcttttagaccaacatgctgcatccacagccgatctcactgacagcttt
gggtggaatggtaatgaggaaatgagacagcatgatgtgcaggagttaaatcggattctg
ttcagtgctttagaaacttcccttgtgggaacctctggccataatcttataaaccaactg
taccatgggacattagttaatcagattgtttgcaaagagtgcaagaatgtcagtgagagg
caggaggatttcctggatctaaccgttgctgtgaaggatgtgtctgggttggaggaagcc
ttatggaacatgtatgtggaagaggaacattttgagagagagaacctgtatcgatgtgga
gcatgtaataaactggttgaagccataaagtctgctaaactacgcaagctgcctccattc
ctcaccgtctccctcttgagatttaacttcgattttgagaagtgtgaacgctacaaagag
acgagatgctatacattcccaattcagataaacctcaagcctttttgtgagcagactcaa
ttggatgatctggaatacatgtatgaactcttttctgttataatacacaaaggtggctgc
tatggaggacattatcatgtttatatcagagatattgatgaactgggaaactggcaggtg
ctagaggatggcagcttgaatgatgaagataaagatttgaaagaaactgagaatgacaaa
gaaaaggacaacccattaacaattctgaaaaacatattattagaggtagagtctacagaa
atggctgtggattgcttggcacaaaagttttgggaaaagaaaagtgtgtcctggaataag
aagtatcgcaagcagtatgggccaattcggaagtatttacagaacaattcccaagatttt
cttcttagttctgatggaagcaaagtcaggttgaatgaccaaagccactacctcagtttc
ggatcacaatctcaaagccatttgcggaatgaagatgagaagatgtcattgggaaaagca
tcaacaaatttaaaggaacatttctctgaatctcattggtttgatttgaacgactccaaa
gttcagccaatcagggaaagagagattcagaagcagtttcagggtaatgagagtgcctac
atgctgttttatcggaaatcccaaatgatgagaccatctgaagctcgaggaaatccaagg
tatcgggttccaagccacctcttgaatgaaatggatactgctaacatcaaattgcaaaaa
aagcgggaagaatgtgacttggcagacaataatatcgatttgcatctccatatatgttct
cattacaaattttgcaatggggctcttcatcctttgcattcccagaaggaaagtgttcta
gatctaacattcgataagagaaaaacattgggagaacttcaacaagcagtttttcagttg
ctggaattttgggaaggagatctggttctcagccttgcaaagtcttttccagctggactg
catatataccaaatccttgagggtgatgattccactttaagtagcactgggcttttcgat
ggagctgatatatttgtgtggaatggaaaagaggttgatggagtggaagttcagactggc
attgaccatgaaccttttctcataaatgttcttcgtttagctggacataacgaagggcga
aaagggcaacagtttatggagtcccagcatgttttttcatgtagtttaagcctgagaatg
atttgcgaagctttaacgtcttctaaagggataatcttaaaaagtcactcagggtctgag
aaagaagctgacaactggaaagtcattcctgaggaagatatggaaaaaactctcagggca
gttggccttactgatggatgctcaattctagttttagacagccatgaccaaagcatggtg
aatgtgacaggcggcaatttgactgcttttacgcatgatatcagctggttacaagttaaa
aaaatctgtaatttggaggctgaagagatgcaagttaaaattactgcaaccgttgaaaca
atgatgtcagatatccgaattaaggccattgaggaaatgcagttggacaaggagctagtt
aataatagctgcctcagacccattggcaaaaatggaaaactcctctgtccagtgcctgag
gactatacggttaaagaagcagaactcaaaatgggaagcttactaggcctttgctctgga
aaagctccaacagccactcagcttttcctgtattttattgttggtcatgatcttcagtgt
agtccagaaaaagaaatagtggtggaggagactgccactgtaaaagagtgtctaaaccta
atactgaagaaatctgacttaacaggagacgactggcatttgagaaagattgattggtgt
tatgaagctggggaaccattaaacgaggagaatgctacactaaaggaacttagtatctgc
aatggagacattttgaatgttgctgaggggaagcttccaccaaagggattcttgaaagta
cctgtctggtggtacagacctttctctcaggtgaagcatataaataatattcaagaccaa
gtaaactgtatcagcaaaaaagtgggaccatctgcatctagagatttaccaacatttttg
caaagtgaagttgacctatgttatgtgggtgacatagaaatctcaggagaagctttttta
gaagacttgaagattcaggtgatgactttgccatccattcaagagtttagtattccactg
ccagaattcctccgtgtttggacaatggaaaagaagcagccttgcaaacttttacgaagc
aacaaagagaaactccataagctcaaactaggaagcagagtagaaatttgtatagagcct
ttattcaaggaagagaatcttggaccaaaggatttacttctacgaatactgatgagtgta
ccaggggagagagattattatcatccagttgatttaatatgggatatttccaaagagtgt
acagcatctgcattgaggggaaaaattgctgcatattattccttgccagtggaaaaaatt
gaaattgctaaatattctcctggaaaatttgaatggatgccaataagtagttggacacag
caaatgtcaaagaagaagaaaaagaagaaaagtgacagcttacagtcgagcccctacagc
ttgaaggatggagacattattggtgtgaagaatctcctgattgatgataatacagacttt
agtacaattaaagatgatatcggaaaacaaatgcagaagcagcttactattgaaaaaaca
aggcaaagagagagtgtacagaatgattgtttccatgaaaaaaaggtgactaagcatcgt
aagcctgaagcagcactctccatcagtgtaggggttttcagctga

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