KEGG T01028: 710393

Macaca mulatta (rhesus monkey): 710393

Entry

710393 CDS T01028

Gene name

USP36

Definition

ubiquitin specific peptidase 36

Orthology

K11855

ubiquitin carboxyl-terminal hydrolase 36/42 [EC:3.1.2.15]

Organism

mcc Macaca mulatta (rhesus monkey)

Class

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GI:

297273759

NCBI-GeneID:

710393

Position

AA seq 1122 aa
MPIVDKLKEALKPGRKDSADDGELGKLLASSAKKVLLQKIEFEPASKSFSYQLESLKSKY
VLLNPKTEGASRRKSGDDPPARRQGSEHTYESCGDGVPAPQKVLFPMERLSLRWERVFRV
GAGLHNLGNTCFLNATIQCLTYTPPLANYLLSKEHARSCHQGSFCMLCVMQNHIVQAFAN
SGNAIKPVSFIRDLKNDGGVVGVVWILAATITRSYPQFSVHTEIPSLLVLDRQTQATTLV
HQIFGGYLRSRVKCSMCKSVSDTYDPYLDVALEIRQAANIVRALELFVKADVLSGENAYM
CAKCKKKVPASKRFTIHRTSNVLTLSLKRFANFSGGKITKDVGYPEFLNIRPYMSQNNGD
PVMYGLYAVLVHSGYSCHAGHYYCYVKASNGQWYQMNDSLVHSSNVKVVLNQQAYVLFYL
RIPGSKKSPEGLISRTGSSSLPSRPSVVPDHSKKNVGNGIVSSPLTGKRQDSGTMKKLHS
TEEVGVPISRNGSTLGLKSQNGYVPPKLPSGSPSPKLPQTPTHIPTILDDPGKKVKKPAP
PQHFSPRTAQGLPGTSSSSSSRSGSQRQGSWDSRDAVLSTSPKLLATATANGHGLKRNDE
STGLDRRGSSSSSPEHSASSDSTKAPQTARSGAAHLCDSQETNCSTAGHSKTPPSGADSK
TVKLKSPVLSNATAEPASTMSPPPAKKLALSAKKASTLWRATGNDLRPPPPSPSSDLTHP
MKTSHPVVASTWPVRRARAVSPAPQSSSRLQPPFSPHPTLLSSTPKPPGMSEPQSCSSFS
TALPQVNEDLVSLPHQLPEASEPPRSPSEKKKKTFLGELQRLGSETCLPQHIREATAAPH
GKRKRKKKKHPEDTAATALQEGQTQTQPGSPTHKREGQAQLPAVRRQEDGTQPRVNGQPV
GCVTDGHHASSRKRRRKGAEGLGEEGGLHQDPPWHSCSPMGDGDPETMEESPRKKKKKKR
KQEPQRVVEEDGHLEVLRNAKPRDAAVPESSSHTPSVNGWCPGDHMGLGQAPPVSWNGER
ESDVVQELLKYSSDKAYGRKVLTWDGKMSAVSQDSIEDSRLAQTETVVDDWDEEFDRGKE
KKIKKFKREKRRNFNAFQKLQTRRNFWSVTHPAKAASLSYRR

NT seq 3369 nt +upstreamnt +downstreamnt
atgccaatagtggataagttgaaggaggccctgaagcccggccgcaaggactcggctgat
gatggagagctggggaagcttcttgcctcctctgccaagaaggtccttttacagaagatc
gagttcgagccagccagcaagagcttctcctaccagctggagtccttaaagagcaaatac
gtgttgctcaaccccaaaacagagggagctagtcgccgcaagagtggagatgacccaccg
gccaggagacagggcagtgagcacacgtacgagagctgtggtgatggagtcccagccccg
cagaaagtgcttttccccatggagcgactctctctgaggtgggagcgggtcttccgcgtg
ggcgcaggactccacaaccttggcaacacctgctttctcaatgccaccatccagtgcttg
acctacacaccacctctggccaactacctgctgtccaaggagcatgctcgcagctgccac
cagggaagcttctgcatgctgtgcgtcatgcagaaccacatcgtccaggccttcgccaac
agcggcaacgccatcaagcctgtctccttcatccgagacctgaaaaacgacggaggggtt
gtgggggtggtctggattttggcagctaccatcacacgcagctacccacagttctcagtt
cacacagagattccgtccttgctagtgttggatcgtcaaacgcaggctactaccttggtc
catcaaatttttggagggtatctcagatcacgtgtgaagtgctccatgtgcaagagcgtc
tcggacacctacgacccctacttggacgtcgcgctggagatccggcaagcggcgaacatt
gtgcgtgctctggaactttttgtgaaagcagatgtcctgagtggagagaatgcctacatg
tgtgctaaatgcaagaagaaggttccagccagcaagcgcttcaccatccacagaacatcc
aatgtcttaaccctttccctcaagcgctttgccaacttcagtggggggaagatcaccaag
gatgtaggctatccggaattcctcaacatacgtccgtatatgtcccagaataatggtgat
cctgtcatgtatggactctatgctgtcctggtgcactcgggctacagctgccatgccggg
cactattactgctatgtgaaggcaagcaatggacagtggtaccagatgaatgattccttg
gtccattccagcaacgtcaaggtggttctgaaccagcaggcctacgtgctgttctatctg
cgaattccaggctctaagaaaagtcccgagggcctcatctccaggacaggctcctcctct
cttcccagccgcccaagtgtggttccagatcactccaagaaaaacgtcggcaatgggatt
gtttcctccccgctgactggaaagcgacaggattcggggacaatgaagaagctgcacagc
actgaagaggttggcgtgcccatttccaggaatggctccaccctgggcctgaaatcccag
aacggctatgttcctccaaagctgccctcaggatccccgtcccccaaactcccccagaca
cccacacacatcccgactatcctggatgaccctggaaagaaggtgaagaagccagctcct
ccacagcacttctcccccagaactgctcaggggctgcctgggaccagcagctcgagtagc
agcagatctgggagccaaaggcagggctcctgggacagcagggatgctgtcctctctacc
tcacctaagctcctggctacagccactgccaacgggcatgggttgaagaggaatgacgag
agcactggcctcgacaggaggggctccagcagctccagcccagagcactcggccagcagc
gactccaccaaggccccccagaccgccaggagtggagcggcccatctctgcgattctcag
gaaacaaactgttccaccgctggccactccaaaacgccgccaagtggagcagattctaag
acggtgaagctgaagtcccctgtcctgagcaatgccaccgctgagcctgcaagcaccatg
tctcctccaccagccaaaaaactggccctttctgccaagaaggccagcaccctgtggagg
gcgaccggcaatgacctccgtccacctcccccctcaccatcctccgacctcacccacccc
atgaaaacctctcaccccgtcgttgcctccacttggcccgtccgtagagccagggctgtg
tcacctgctccccaatcatccagccgcctgcagccccccttcagcccccaccccacattg
ctgtccagtacccccaagcccccagggatgtcagaaccacagagctgctcctccttctcg
acggccctgcctcaggtcaacgaggaccttgtgtcccttccacaccagctgccagaggcc
agcgagcccccccggagcccctctgagaagaagaaaaagaccttcctgggagagctccag
aggctaggctcagagacgtgcctcccacagcacatcagggaggccactgcagctccccac
gggaagaggaagaggaaaaagaagaagcacccagaggacacagctgccaccgccctgcag
gaggggcagacacagacacagcctgggagccccacgcacaagagggagggccaggcccag
ctgcccgctgtcagacggcaggaagacggcacacagccacgggtgaacgggcagccggtg
ggatgtgttacggacggccaccacgcgagcagcaggaagcggaggaggaagggagcagag
ggtcttggtgaagaaggtggcctgcaccaggacccaccttggcacagctgctctcccatg
ggtgatggtgatccagagaccatggaagagtctccaaggaaaaagaaaaagaaaaaaaga
aagcaggagccacagcgggtggtagaagaggatgggcatctcgaagtcctgaggaacgcc
aagccccgagatgctgctgtccccgagtccagcagccacacgccatctgtgaatggctgg
tgtcctggagaccacatggggctgggccaggcccctcctgtgtcttggaatggagagcga
gagtctgatgtggtccaggaactgctcaaatactcatctgataaagcttatgggagaaaa
gttctgacctgggatggcaagatgtcggcggtcagtcaggattctattgaagacagcaga
ctggcccagactgagaccgtggttgatgactgggatgaagagtttgaccgagggaaggaa
aagaaaattaaaaaatttaagagagagaagaggagaaacttcaacgcctttcagaaactt
cagactcgacggaacttctggtctgtgactcacccagcgaaggctgccagcctcagctat
cgccgttga

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 (2)   
   Pfam (2)   
All databases (11)   

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