KEGG   Cucumis melo (muskmelon): 103483482
Entry
103483482         CDS       T03195                                 
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 2
  KO
K11844  ubiquitin carboxyl-terminal hydrolase 16/45 [EC:3.4.19.12]
Organism
cmo  Cucumis melo (muskmelon)
Pathway
cmo03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:cmo00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    103483482
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:cmo01002]
    103483482
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:cmo04121]
    103483482
Enzymes [BR:cmo01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     103483482
Peptidases and inhibitors [BR:cmo01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   103483482
Ubiquitin system [BR:cmo04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    103483482
SSDB
Motif
Pfam: UCH Zein-binding zf-UBP UCH_1
Other DBs
NCBI-GeneID: 103483482
NCBI-ProteinID: XP_016898951
UniProt: A0A1S4DSI6
Position
6:complement(2648214..2659647)
AA seq 1687 aa
MACEAIKLWTFNGLVAAFLDLGIAFLLLCASSLVFFTSKFLALFGLCLPCPCDGLFGNLS
RDHCFQKLLVDHSSRKISSVVHSTREKFPLDSLLDEPKCCFKSMLVHERSVKEARVKLEG
EASGSSSLKIRSPQDMIYGDYPSVNELHCRDGGDCRKVISASPNVILQSDVELEDLSRSP
SSFSGFGDDNTEDDGFFSVDSGDEREASSDNSDQYKVFPHLELDDSCDEKICAEMCEASV
EEAGNSCRRQLCLDGNESDTIKQLEQALEEEQSVRATLYVELEKERSAAATAADEAMAMI
LRLQEEKASIEMDARQYQRMIEEKTAYDAEEMSILKEILVRREREMHFLEKEVEALRTSF
FEYDGVGVDMLDSEVTPPRAPSFTYPTEDPCTNISNEKHSLQHEIPSVESQKLTFEFEEE
SPSIRADEIADAAKARRLLLLQVPDNFKGSEEIDYELQGKGMIEDENLYIVPGKVTELVP
YLQSNESNGLGKVDKCTELIADEQEKVDKVSYDGLALAKTILPCHEKNGDHQRTRDLYSV
NNTDPHPHDIHVVEDEAKTSNEAVDNGSEEPLVNGTSNIPVKCDSPSFSLLQSELDITRS
SSDATGRFPPIARSRSHSMQSQLRRNSMSAVDYERSKIGNEVEWLRGRLKIVQEGREKLK
FSVEHKEKESNQFQLLENITNHLREIRQLTDPGKASLHAPLPPSSKGTMGKKVKKKTNRA
PPKEKRVSSNSPRKVPQPSNTTVETADEEVSIVKEKSQCRHLDKCFNLNELSSKLGSAEP
ISCEDCQDSSADRRGSRGKARHGKKKGGTSVDVKTDAKAIWICLQCGHYACGGIGLPTNS
QSHAVRHVRQTRHPVVIQFENPQLRWCFSCNTLLPVEKTEENGEQKDGLSNVVKLIRDRS
MESTPVDVENTRYASNEVTAATKSESSVLIDLDRRNQYVVKGLINLGNTCFFNSILQNLL
AIDMLRDHFVKLEECIGPLTIALKKIFIEARTESRMKGSINPRSVFGCISSKAPQFKGYE
QHDSHELLRVLLDALSSEELTSRKMTNSKEERISGNLTPTFVDEMFGGQISSAVCCKECG
HTSTVYEPFLDLSLPVPMKKPLAKKVQPVSRAKKTKVPPKRNGKTIPKTNKVSDIVPVQI
ASVPSSSNESSLPSEACASSTTTIMEKTSTSQNVSDAKKSEKEISVENGGECASDNLTWL
DFLEPELNADNCDISTARDSENNVEVFISDDSQQSVSGLSMPVSSIHNEPNQRPDFSSVN
SWDDEAPLQVQASEVLLLPYKEESSSAEVVKEDDQASSSILGCAQEDFDGFGLGDMFDEP
EIPIGPIGRPSTSNEVAESSFNSESDPEEVDNTDAPVSVESCLTFFTKPELLSNENGYNC
EKCSKRLQQQRLEMKKQSKVACKAVANGCQTAVGGDISSCNENSSVEVKNQRNTNLTNGS
IIYNSGESSNLKKNADCSSQDCTKPVNCQIGKTDPLVLDEDEAKVDKDMNPGLSCSSGCS
NTCNQENSDDKSSSLPNDEHAKTKIEHLSSHLSVGNQSEESEDGEMDSDPTVVNVKRDAT
KRFLIHKAPPILTIHMKRFTPDARGRYSKLNGHVRFKETIDLKPYVDTRCADRDKCNYRL
VGVVEHSGSMRGGHYVAYVRGGNRKRSSGEAEEDASVWYYASDAVVNEVTLDRVLGCEAY
ILFYEIT
NT seq 5064 nt   +upstreamnt  +downstreamnt
atggcttgtgaagctataaaactgtggacttttaatggattagtagctgcatttcttgat
cttggtatagcttttttattattatgtgcatcaagtcttgttttctttacatccaaattt
ctggcattgtttggattatgtctgccttgcccttgtgatgggctatttgggaaccttagt
agggatcactgctttcaaaagttactcgtggatcattcgtctagaaaaatatcttcagtc
gtgcattctactagagaaaagttcccattagattccttgttggatgaaccaaaatgttgt
tttaagtcaatgttggttcacgagaggagtgtcaaggaggctcgagttaaattggaaggt
gaagcttcaggtagttcctctttaaaaatcagatcaccacaagatatgatttatggagac
tatcccagtgtcaatgaattgcattgtcgagatggtggggattgcaggaaggtcatatca
gcatctccgaatgtcattttgcagtcggatgtggaacttgaagacctttctcgttctcct
tcaagcttcagtggatttggggatgacaataccgaggatgatggatttttttctgttgat
tctggagatgaaagggaggcttcatcagacaacagcgatcaatataaagtatttccacat
cttgaactagatgattcttgtgatgagaaaatatgtgcagagatgtgcgaagcatctgtt
gaagaggctgggaacagctgcagaaggcagttatgcttggatggtaatgagagtgataca
atcaaacaattggaacaagcacttgaagaagagcagtcggttcgcgctaccttgtacgtg
gagcttgagaaagagagaagtgctgctgccaccgctgctgatgaggccatggctatgata
ttacgtcttcaggaggagaaggcatctatagaaatggatgctaggcaatatcagaggatg
atagaggagaagactgcttatgatgctgaagaaatgagtattcttaaagaaattctagtg
aggagggagcgagaaatgcatttcctagagaaggaagtcgaagctttacggacaagtttc
tttgagtatgacggagtaggtgttgatatgcttgactcggaagttacacccccaagggcc
ccttctttcacctatccaactgaagatccatgtactaatatatctaacgaaaaacattct
ttgcaacatgagataccctcagtggagtcgcaaaaattaacttttgagtttgaggaagag
tcgccatctattcgagcggatgaaattgcggatgctgcaaaagctaggaggctgttgttg
ctccaagttcctgataacttcaagggcagtgaagagattgactatgagttacaaggtaag
ggcatgatagaggatgagaatttgtacattgtaccaggaaaagtaactgaattggtgcca
tatttgcaaagcaacgagtcaaatggtctaggtaaggtggataaatgcacggaattgatt
gcagatgaacaagaaaaagtcgacaaagtgtcatatgatgggttggctttggcgaaaaca
attcttccttgtcatgaaaagaatggtgaccatcaacgaacaagagatctctactctgtg
aacaatacagatcctcatcctcatgatattcatgttgttgaagatgaagctaaaacatca
aatgaagcagttgataatggaagtgaagaacctttggtcaatggtacctcaaatattcca
gttaaatgtgacagtccatccttcagtttgttgcagagtgaactagacatcacgagaagc
agctcagatgccactggaagatttccaccaattgctcgttctcgaagtcactccatgcaa
tcacaattgcgtagaaattcgatgtctgctgtcgattatgaaaggtcaaaaattggcaat
gaagttgagtggctcagaggaaggctaaagattgttcaagagggaagagaaaaactcaag
ttctctgtggagcacaaagagaaggaaagcaatcagtttcaacttttagaaaacataaca
aatcaccttcgcgaaatccgacaactaacggaccctggaaaggcatctctccatgctcca
ctgcctccatcctcaaagggaaccatggggaagaaagttaagaagaagacgaaccgagct
cctccaaaagagaagcgggtatcttcaaattcaccgaggaaggtgccccaaccaagcaac
acaacggtggagactgctgatgaggaggtttcaattgtgaaggagaaaagccaatgccgt
catcttgataaatgctttaatttaaatgagttatcatctaaacttgggtccgcggaacct
attagctgtgaagattgtcaagatagttcagctgatagaagggggagtagggggaaggct
agacatgggaagaaaaaagggggaacttctgtggatgtaaaaactgatgccaaagcaatt
tggatttgtttgcaatgtgggcattatgcctgtggaggtattggacttcctacaaactct
cagagtcatgccgttcgacatgtcaggcaaactcgtcaccctgtggtgattcagtttgaa
aacccgcagcttcgatggtgtttctcttgcaatactttacttccagtagagaaaactgaa
gagaatggtgaacaaaaggatggcttgtctaatgtggtgaaattaattagagaccgatcg
atggaatccacgcctgtggatgttgagaacacgcgttacgctagtaatgaagttacagcc
gcaactaaatcagaaagttcagtattgattgatttggatagaagaaatcaatatgttgta
aaaggattgattaatcttggtaacacttgttttttcaattcaatccttcaaaatctcttg
gccattgatatgttgagagatcattttgtgaaattggaagaatgtattggacctctaacg
atagctttgaagaagatctttatagaagcaagaacggaaagcagaatgaaaggctcaata
aatccgagatcagtttttggctgcatctcttccaaagctcctcagttcaaaggatatgaa
caacatgacagtcatgaattgcttcgtgttctacttgatgcattgtcttctgaagagctg
acttcaaggaagatgacaaattctaaggaagagagaatatctggaaacctcactcctact
tttgttgacgagatgtttggagggcaaatatcaagtgccgtttgttgcaaagaatgtggc
catacatcaacggtttacgaaccatttctagatctctctcttcccgttccaatgaagaag
cctctggccaaaaaggtccaaccagtgtctcgagctaagaagacaaaagtgccacccaag
agaaatggaaagacgattcctaaaactaacaaggtttccgatattgtaccagttcaaatt
gcgtcagttccatcatctagtaacgagtcttcccttccatcagaggcctgtgccagtagc
acaactaccattatggagaagacttcaacttctcaaaatgtctctgatgctaaaaagtct
gaaaaagaaatttcggttgagaatggaggagaatgtgcttcagataatttgacttggctg
gattttcttgaaccagaactgaatgccgacaattgtgatatttccactgctcgggattct
gaaaataatgttgaagtatttattagtgacgattcacaacaaagcgtttctgggttgagt
atgccagtttcatccattcacaatgagcccaatcaacgaccagatttttcttcagtaaat
tcgtgggatgatgaagctcctttacaggtgcaagcctctgaagttttgttgcttccttac
aaggaagagagttcctctgctgaagtagtaaaagaagatgatcaggcttcctcatcaatt
ttgggctgtgctcaagaagattttgatggatttggccttggtgatatgtttgatgagcct
gaaattcctatagggcccattgggaggccctccacttcaaatgaagttgcagaaagtagt
tttaatagtgagtctgatcctgaggaagtcgataacaccgatgctcccgtctctgtggag
agttgtctcacttttttcacaaagccggaacttctgtccaacgagaatggatataactgt
gagaaatgctcaaaaagactacaacaacagaggttggaaatgaagaagcaatcaaaggtt
gcttgcaaagctgtagcaaatggatgccaaactgcagtagggggtgatatatctagttgc
aacgagaactcttcagttgaagtaaaaaatcaaagaaatacgaatttaacaaatggttct
ataatttataatagtggtgaaagctccaatttgaaaaagaatgcagattgttccagtcaa
gattgcacaaaacctgtcaattgccagataggcaagacagatcccctcgttttggatgag
gatgaagcgaaggttgacaaagatatgaatcctggcctatcatgttcttcgggttgtagt
aacacctgcaatcaagagaattcagatgataaatccagttctcttcccaacgatgaacat
gctaaaactaaaattgagcacttgagttcacatctatctgtcgggaaccaatcagaagaa
agtgaagatggtgagatggattctgatccaacagttgtgaatgtgaagagagatgcaaca
aagaggtttctcatacacaaagcccctcctatcttgacaattcatatgaagaggttcact
cctgatgctcggggtcgttatagtaaattgaatggccacgtcagattcaaggaaacaatt
gatcttaaaccatacgtggatacaaggtgtgctgatagggacaagtgtaattatcggttg
gtcggggtcgtggagcactctggatctatgagagggggccattatgttgcatatgtgaga
gggggcaacagaaagaggagtagtggggaagctgaggaagatgcttctgtttggtattat
gcaagcgatgccgtcgtaaatgaggttaccctggatcgggttcttggttgcgaggcatac
atcctattttatgagataacatga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (18)   

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