KEGG   Pyrus x bretschneideri (Chinese white pear): 103968067
Entry
103968067         CDS       T03446                                 
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 12-like isoform X1
  KO
K11838  ubiquitin carboxyl-terminal hydrolase 7 [EC:3.4.19.12]
Organism
pxb  Pyrus x bretschneideri (Chinese white pear)
Pathway
pxb03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:pxb00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    103968067
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pxb01002]
    103968067
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pxb04121]
    103968067
Enzymes [BR:pxb01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     103968067
Peptidases and inhibitors [BR:pxb01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   103968067
Ubiquitin system [BR:pxb04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    103968067
SSDB
Motif
Pfam: USP7_ICP0_bdg USP7_C2 UCH MATH UCH_1 Sos7 Adhesin_P1_N TetR_C_20 GMP_PDE_delta NPV_P10 Mito_fiss_reg TMF_TATA_bd
Other DBs
NCBI-GeneID: 103968067
NCBI-ProteinID: XP_009379679
Position
Unknown
AA seq 1386 aa
MEVAQVEPACTVDSQPVKDPPVMRFTWTIENFSRLNTKEHYSDMFVVGGYKWRIQIFPKG
KKVDYLSMYLDVADSGTLPYGWSTYAHFSLAVVNQIYSKYSIRKDTQHQFNARESDWGFT
SFMPLGYLYDPSRGYLVNDTVVVEAEISVLRVLGYRSYDSKKETGYVGLKNQGATGYMSS
LLQTWYHIPYFRKAVHHMPTTENDMPTGSIPLALQRLFYKLRYSESSVATKELTKSFGWD
TYDSFMQHDVQELNRVLCEKLEDKMKGTVVEGTIQQLFEGHHMNYIECINVDYKSTRKES
FYDLQLDVKGCRDVYASFDKYVEVERLEGDNKYHAEEHGLQDAKKGVLFIDFPPVLQLQL
KRFEYDFMRDTMVKINDHYEFPLQLDLDRENGKYLSPESDKSVRNLYTLHSVLVHSGGLH
VGHYYAFIRPTLSDQWYKFDDERVTKEDVKRALEEQYGGEEELPQTNPGFNHTPFKFTKY
SNAYMLVYIRDSDKDKIICNVDEKDIAEHLRIRLKKEQEETEDKRRYKAQAHLYRIIKVA
RDEDLTEQIGRDIYFDLVDHDKVRSFRIQNQTPFNLFKEELAKEFGIPVQFQRFWIWAKR
QNHTYRPNRPLTPQEETQSVGQLIEVSNKTHNAELRLFLELEFGPDLRPIPPPDKTKEDI
LLFFKLYEPEKRELRFVGRFFVKSSSKPEEILGKLNQLAGFTPDEEIELYEELKFEPCIM
CEHLDKRFSFRTSQIEDGDIICFQKSTPLETEEECKYPDAPSFLEYVHNRQVVHFRSLEK
PKEEDFSLELSKLHTYDDVVENLAPQIGLEDPTKIRLTAHNCYSQRPNPQPIKFRGVEHL
TDMLVHYNQSSDILYYEVLDIPLPELQGLKNLKVAFHHATKDEVVIHNIRLPKQSTVGDV
INVLKTKVELSHPNAELRLLEVFYHKIYKIFPHSEKIENVNDQYWTLRAEEIPEEEKNLG
PHDRLIHVYHFTKDTAQNQMQVQNFGEPFFLVIHEGETLAEVKERIQNKLRVPDEEFAKW
KFAFLSLGRPEYLQDSDVVSSHFQRRDVYGAWEQYLGLEHSDETPKRAHAANQSRDKYAA
WEQYLGLQNSDKAPKRARAANQASAVAANQASAVVNISFPTTMGHAEPTPQEDAALVTLE
SIASNVGHETASREIEMQNDDLDGPASPAVDRTLRRLSAAEDLLKSTSAREPSVEALAAL
DTVSRYARSSLDTLSTNGAYEEFKAALKLLTEQGMIHSTITSMLKDLLSSLEGEMPKYMA
AVKELAEAENFPIEHEEIKVKMGLAMQICQERKDIVANYDAKVTELEAELARVKAQLAQV
KAEQAEAMANLDTAVDEMEPLKQRFADNSLKSENLIVRQATLTLQNCGSVGTWAVLQDVL
KKYFKF
NT seq 4161 nt   +upstreamnt  +downstreamnt
atggaagtagcccaagtggagccggcttgtacagttgatagtcagccagtgaaggatccg
ccagtgatgagattcacttggacaattgagaactttagtaggttgaacaccaaggagcac
tactctgacatgttcgttgttggcggctataaatggcggatacaaatatttcccaaggga
aagaaagtggactacttgtcaatgtatttggatgtggcagattccgggacattgccatat
gggtggagtacatatgcgcacttcagcttggccgtagttaatcagatctattccaagtac
tcaataagaaaggacacacaacaccagttcaatgcaagagaaagtgactggggattcact
tcattcatgcctcttggttatctttatgacccgagtaggggatatctggtgaacgataca
gttgtggttgaagctgagatttctgtccttagggttcttggttacaggtcgtatgactca
aaaaaggaaactggttatgttgggctcaagaatcagggagcaactggttatatgagttct
ctactccagacttggtaccatataccatacttcagaaaggctgtgcatcatatgccaaca
actgagaatgacatgcctacaggaagcatccctttggcactacaacgtctattctataaa
cttcgatacagtgaaagcagtgttgcaactaaagaattgaccaaatcctttggatgggat
acatatgattcttttatgcaacatgatgtgcaggaacttaatagagttctttgtgaaaag
cttgaagataaaatgaagggaactgttgtggagggtacaatacagcagttgtttgaagga
catcacatgaattacattgaatgcatcaatgtggattacaaatctacaagaaaggaatca
ttttatgacctacagcttgatgtgaaaggctgtcgggatgtttatgcttcttttgacaag
tacgtggaagttgaacgtcttgagggtgacaataaataccacgccgaagaacatggtttg
caggatgctaagaagggtgttctgtttattgacttccctcccgttcttcaacttcagcta
aagcgatttgaatatgattttatgcgggacactatggttaagataaatgatcactatgaa
tttcctcttcaacttgacctggatagggagaatggaaaatatctatcacctgaatcagat
aagagtgttcgcaacctctacactcttcatagtgtcttggtgcatagtggtgggttgcat
gttggacattactatgctttcatcagaccaaccctctcagaccagtggtacaaatttgat
gatgaacgtgtgacaaaagaggatgtgaagagggctttagaagagcagtacggtggtgag
gaagagttgccacagaccaatcctggcttcaaccatactcctttcaaatttacaaaatac
tcaaatgcatacatgcttgtgtatatacgggacagtgataaggacaaaataatatgtaac
gtggatgagaaagacatagcggaacatctaaggataaggttgaagaaagaacaagaagag
acagaggacaaaaggagatataaggcacaagcacacctctatagaattattaaggttgct
cgagatgaggatctgacagagcaaattggaagggatatttattttgaccttgtggaccat
gacaaagttcgtagtttccgtattcagaatcaaacgccctttaatcttttcaaggaggag
cttgcgaaagagtttggcataccagtgcagtttcaacgtttctggatttgggccaagaga
caaaatcacacatatcgccccaaccgaccattgacacctcaggaagaaacacaatcagtt
ggacaattgatagaggtatcaaataaaacacacaatgcagagctaaggttgtttctggaa
ttagagtttgggccggatctacgtcctattcctccacctgacaaaaccaaggaagatatc
cttcttttctttaagctttatgagcctgagaaacgagaactacgttttgttggtaggttt
ttcgtgaagagttctagtaaaccagaagagattttaggaaaattaaatcaactggctggt
tttacccctgatgaagaaattgagctttatgaggaactaaagtttgagccttgtatcatg
tgcgaacaccttgacaagaggttctcatttcgaacaagtcagattgaagatggggatatt
atttgctttcagaagtctactccccttgaaactgaagaagaatgtaaatatcctgatgct
ccttcatttttggaatacgtacacaatcgccaggttgttcatttccgttctttggagaaa
cctaaggaggaggatttcagtttagaattgtcaaagctacacacttacgatgatgtggtg
gagaatttggctccccaaattggtttggaagatcccaccaaaatcagactcactgcacat
aactgctattctcagcgacctaacccccaaccaattaaatttcggggtgtagagcattta
actgatatgttagttcattacaatcaaagctctgatattttgtattatgaagtcttggac
atccccctgccagaattgcaaggcctaaaaaatctaaaagttgcttttcatcatgctaca
aaagatgaggtggtgattcacaatattagattgcccaaacagagcactgtgggggatgtc
attaatgtacttaaaacgaaggtagagctgtctcatccaaatgcagaactccgactgctt
gaggttttctatcacaagatttacaagatcttcccgcacagtgagaaaattgagaatgta
aatgaccagtactggactttgcgtgcagaggagattccagaagaagagaaaaacttgggt
ccccatgatcgcttgattcatgtttaccactttacaaaagacactgcacagaaccagatg
caagtgcaaaattttggggaacctttcttcttagtcatccatgaaggtgaaactttagct
gaagttaaagaacggatacaaaataaattgcgggtccccgatgaggagttcgcgaagtgg
aagtttgctttcttgtcacttggtcgtcctgagtacttgcaggattctgatgttgtttcc
agccattttcagagaagagatgtttatggtgcatgggagcagtaccttgggttggagcac
tctgatgaaactcctaagagggctcacgcagcaaatcaaagcagagataaatatgctgca
tgggagcagtaccttgggttgcagaactctgataaagctcctaagagggctcgcgcggca
aatcaagcaagtgctgttgcggcaaatcaagcaagtgctgttgtaaatatctcttttcca
accactatgggccatgcagaaccaactccacaagaagacgctgccctagtaaccttagag
tccatagcgtctaatgtcggccatgagacagcaagcagagaaattgaaatgcaaaatgat
gacctggatggccctgcttctccagcagttgatcgaactctgagaagactttctgctgca
gaggatctattgaagtccacttcagccagagaaccatcagtagaggctttggctgcatta
gacactgtgagccgctatgcaaggagcagcctagacactctcagcacgaatggggcatat
gaggagttcaaagcagccttgaaactcttgactgaacaagggatgatccattcaacgatc
acttccatgctcaaggatcttctttcgtctttggagggtgaaatgccgaagtacatggct
gcagtaaaagagcttgccgaagctgaaaattttccaatcgaacacgaagagataaaagtt
aaaatgggactggccatgcagatatgccaagagagaaaagacattgtggctaattatgat
gccaaggttacagaactagaggctgaactggcccgagttaaagcccaactggcgcaagta
aaggcggaacaagctgaggcaatggcgaatctagacactgccgtggatgaaatggaacct
cttaagcagaggtttgcagataactctttaaaatctgaaaacttgatcgtgaggcaggct
accttgacattacaaaattgtggctctgttggaacctgggccgtcctacaagatgtactg
aagaagtactttaagttttag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (12)   
   Pfam (12)   
All databases (27)   

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