KEGG   Saccharomyces cerevisiae (budding yeast): YMR304WHelp
Entry
YMR304W           CDS       T00005                                 

Gene name
UBP15
Definition
Ubp15p (EC:3.4.19.12 3.1.2.15)
Orthology
K11838  
ubiquitin carboxyl-terminal hydrolase 7 [EC:3.1.2.15]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
Enzymes [BR:sce01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.15  ubiquitin thiolesterase
     YMR304W (UBP15)
Peptidases [BR:sce01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   YMR304W (UBP15)
BRITE hierarchy
SSDB OrthologParalogGene clusterGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
SGD: 
MIPS: 
UniProt: 
Position
XIII:874987..878679
Genome map
AA seq 1230 aa AA seqDB search
MSSEDELGSIGTVFPGSPIDKSIGSILPQFDEEVETLLEDSFTWNIPDWNELTNPKYNSP
RFRIGDFEWDILLFPQGNHNKGVAVYLEPHPEEKLDETTGEMVPVDPDWYCCAQFAIGIS
RPGNGDTINLINKSHHRFNALDTDWGFANLIDLNNLKHPSKGRPLSFLNEGTLNITAYVR
ILKDPTGVLWHNFLNYDSKKVTGYVGFRNQGATCYLNSLLQSYFFTKYFRKLVYEIPTEH
ESPNNSVPLALQRAFYQLQVSDIPLDTLELTRSFGWDTAESFTQHDVQELNRILMDRLEN
NMKGTPVEGKLNEIFVGKMKSYIKCINVDYESARVEDFWDLQLNVKNFKNLQESFDNYIE
MELMNGENQYAAQDYGLQDAQKGVIFESFPPVLHLQLKRFEYDFNYDQMVKVNDKYEFPE
TIDLSPFVDKDVLKKTLDSENKDKNPYVYNLHGVLVHSGDISTGHYYTLIKPGVEDQWYR
FDDERVWRVTKKQVFQENFGCDRLPDEKVRTMTRGEYQNYIIQRHTSAYMLVYIRQEQEE
DLLRPVLESDVPKHVITRVREEIKERETKEKEIREAHLYVTLRLHSIKEFIHYEGFDYFA
HDGFRLFAEELNDSGLQQINLKVLRTTKLSDIFASIKETMNIPQERDVKYWKMDYRRNST
LRLTQPINFESVNITLQEALKKEKKRTMQTQYGEEGVASTEEDDKALLETVSFLDLFIEE
PYLELQFLNKLKEASLISKAQLDDELISTIRTNLPELTKGGIEPVFATDNKSNLLFVKSY
DPHTQKLLGFGHFAVNQLQQLSDISAIIEDSISSNEKLTFYEEVQPGTINEIYMKETIYD
ADIDTGDIVSFEVPGAVLPDTFPVYATIKDFYSYLRYRVKLKFSKFDGSSEEYGVSNEIP
ESFEFWISAYAPYDDLARMVSKYAHVKPEYLKIIALYSNGRFVLKSTSLLNDYLLKDFNC
DQIPPFAFEVLSVPLKELERLRPIKLYWLKNSYIHYQCFEFEVANDYTESQFLEKVQHKI
GFTDEEKENILLWTNTNFQFQGLLSDQNTFKDVSKHSLLFGRILPEESKLFKELNRLENV
QTSSLEDFMDDENATDRPMDDEQDLGMAIEHSEDMKGRIVVVQQYFKDLENRHGISFLFN
LIPDETFPKTKDRLHAKFGLGQKEFSKIKLSIGYSTEEGTVFRSLQGFSDEELDKVILYD
IMSNLDYIYMDHPDRLRSHSSYDRPMIIKN
NT seq 3693 nt NT seq  +upstreamnt  +downstreamnt
atgagctctgaagacgaattgggaagtatcggtactgtgtttcccggaagtcccatagat
aagagcattgggagtattctcccacaatttgatgaagaagtggagactttgctggaagat
agcttcacgtggaacattcctgactggaacgagttaacaaacccgaaatacaattcgccc
aggtttagaattggtgatttcgaatgggacattctattattccctcagggaaaccataat
aaaggtgttgcggtatatctggaacctcatccggaagaaaaattagatgagactacggga
gagatggtgccagttgatccggactggtattgttgtgctcagtttgccattggtatatct
agacctggtaatggtgacaccatcaatttaattaacaaatcgcatcaccgattcaacgct
ctagatacagactggggatttgcaaatttgatagatttgaacaacttgaaacatccctca
aaaggaagaccgctttcgttcttaaacgaagggaccttgaacataacagcgtatgtgcgc
atattgaaggatcctactggtgtcttgtggcataatttcctgaattatgactcgaagaaa
gtcacgggctatgttggcttccgaaatcagggtgccacatgctatttgaattcgttattg
caatcttacttctttacaaaatacttcagaaaactggtttacgaaatacccaccgaacat
gaaagtccaaacaacagtgtcccattggctttgcaaagagctttctaccaactacaagta
tccgatataccattagacactttggaacttaccaggtcattcggttgggacactgcggaa
tccttcactcaacacgatgtgcaggaattgaataggatattaatggacaggctggaaaat
aatatgaagggaacacccgtggaggggaagttaaatgaaatatttgtcggaaaaatgaaa
agttatattaaatgtatcaatgttgattatgaatctgctagagtggaggacttttgggat
ctgcaactgaatgtcaaaaatttcaagaatttacaagaatcttttgacaattacattgag
atggaactaatgaatggtgaaaatcagtatgctgctcaagactatggtttgcaagatgct
caaaaaggtgttatattcgaatcatttccgccagttttacatctgcagttgaaaagattt
gaatacgattttaattatgatcagatggtaaaggttaacgataaatatgaatttcctgaa
acaattgacttgtcgcccttcgttgataaagacgtattaaagaaaacgttagactcggag
aacaaggataagaatccttatgtttataacttacatggtgtgctagttcattctggtgat
atatctaccggccactactatactctgattaaacctggtgttgaagatcaatggtacaga
tttgatgatgaaagggtttggagggtcacaaagaaacaagttttccaagaaaattttgga
tgtgataggttgcctgatgaaaaagttcgtacaatgacgagaggtgagtatcagaactat
atcattcaacgccatacaagtgcttatatgcttgtttatatacgtcaagaacaagaggag
gatttgctgcgtccagttttggaatctgatgttcctaagcatgtaatcacaagagtaaga
gaagaaatcaaagaacgggaaacaaaagaaaaggaaattagagaagcacacctgtatgtc
acgctcagattgcactcaatcaaagagtttattcattatgaaggatttgactatttcgca
catgatgggtttaggttatttgcagaggagctcaatgactctggtttgcagcaaatcaac
ttaaaagtcttgagaacaactaagttatcggatatttttgcaagcattaaggaaactatg
aatattccacaagaaagggacgtcaaatattggaaaatggattatcgcagaaacagcact
ttgcgtttaacacaacccataaattttgaatccgtaaacatcactttgcaggaggcatta
aaaaaggagaagaaaaggactatgcaaacgcaatatggagaggaaggtgttgctagtact
gaggaagacgacaaggcacttttagaaactgtatcattcttagatcttttcattgaggag
ccctatctagagttacaatttttgaacaagctgaaggaagcttctttaatctcaaaggcc
cagctggatgatgagctgatatcaactataagaacgaatcttccagaactaacaaaggga
ggaatcgagcctgtttttgccaccgacaataaatctaatttgctattcgtcaagagctac
gacccacatacccaaaagctattgggatttggccattttgccgtaaatcaattgcaacag
ctatcggatatatctgcaattattgaggacagcatttcttccaacgaaaagctgactttc
tacgaagaagtccaacctggtaccataaatgaaatatatatgaaggagacaatatatgat
gctgatatagacacgggtgatatagtttcatttgaggttccaggtgctgttttgccagat
acttttccagtttacgcaacaatcaaagatttttactcatatctgaggtatcgtgtaaaa
ttgaagttttctaaatttgacggttcaagtgaggaatatggagttagtaatgaaatccca
gagagcttcgaattctggatatccgcttatgcaccttatgatgaccttgctagaatggtg
tcgaaatatgcgcacgttaagccagaatatctaaagattattgccctttattctaatgga
agatttgtgttaaaatcaacctcacttttgaatgattaccttttgaaagatttcaattgc
gatcaaataccgccttttgcatttgaagtattgtctgtgcctttgaaagaattggagcgt
ttgaggccaattaaattatattggctaaaaaatagttatattcattatcaatgtttcgaa
ttcgaagtcgcaaacgattatacagaatctcaatttcttgaaaaagtgcaacacaagatc
ggctttaccgatgaagaaaaggagaacatcttactctggaccaacacaaatttccagttt
cagggcttattatcggaccaaaacaccttcaaagatgtgagtaaacattctttactcttt
ggtagaattttacccgaggagtctaaattgttcaaagaattaaatcgtctagaaaacgta
caaacatcttcattggaggattttatggatgatgaaaacgcgactgacagaccaatggac
gatgagcaagatctaggtatggcgatagaacattctgaagatatgaaagggcgtatagtg
gttgttcaacaatatttcaaagaccttgagaatagacacggaatatccttcttatttaat
ttaataccagacgaaacattcccaaagacaaaagatcgtcttcatgcaaaatttggtctc
ggacaaaaagaattttcaaagatcaaattaagtattggttactccactgaagaaggtacg
gtgtttagaagtttgcaaggattttcggacgaagaattggacaaagttatattgtatgac
attatgtccaacttagattatatctacatggatcatccggatagattgagatcgcattct
tcctatgatagaccaatgatcattaaaaactga

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