KEGG   Physcomitrella patens subsp. patens: PHYPADRAFT_116138Help
Entry
PHYPADRAFT_116138 CDS       T01041                                 

Definition
hypothetical protein
Orthology
K11858  
ubiquitin carboxyl-terminal hydrolase 48 [EC:3.4.19.12]
Organism
ppp  Physcomitrella patens subsp. patens
Brite
Enzymes [BR:ppp01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     PHYPADRAFT_116138
Peptidases [BR:ppp01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   PHYPADRAFT_116138
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
JGI: 
UniProt: 
AA seq 1166 aa AA seqDB search
RRIHASQCITKDDVVQLFHINKTPCQGCRANSKDNPNCFCCFVPPSNGVRKQGLWQKVAN
SVTELGPDPGEALRPSQDSPSGLTNLGATCYVNSVLQCLYMTRAFRTGVFAAEMELVRSH
PVLYQLGLLFAQLHSGKKIAVDSAPFASTLELDNAVQQDGQEFMKLLLSLLESVLGMSQN
VRARNVVQNVFRGTYSYVITCSKCGQESDLSKQAVDFYELELNVKGFTSLEESMNDYLSE
EILQGENQWMCESCKTRVDATHCTKLRSLPPVLNFQLKRFVFNTKTSTKKKVTSKFSFPR
TIDMGPCLSTYADIESRAVYDLSAILVHKGSMANSGHYVAHIKDDRTSEWWQFDDEQVTS
LGFHPLGEATSQSAASKDAVTQEAIVSEASGSVDASSRSHSESEILTSADAYMLMYIRRA
DAENDKLAVFAVGEPSPMEVEGDRRIDDCAGLPEQLRLEIDQMNNDFEAMCSEYTRRREE
ELTRIGERKEEVRSILALATAKALEEPFFWISTEWLRSWADSLTPPASIDNSPLLCPHQK
VSPKSLPVMKRISAKAWKQLEALYKGGPAISGDDYCVECIFEDARAAASADTYRDQRMYM
REVIEDVLNGRGLDDKTYLVSKTWLQQWVRRKVADAPSDADAGPTAALRCPHGGLLPEQA
AAAARRQRVPQIVWEYLVHNAELVENSNAEGHQAFPGDQNTCSQCQIEVNKAATKKEGLR
ATKFEQRAKHEALYGGKPTVIFPGCTYYLVPTVWLSKWRAYLGAAGKNVLAVDEPVGLEG
FILSLLCQKHEGMLFKPPSLTRGRRGEIVQRTFNDDVFTVISEDDWHNLCQQWEIDAAKG
IRAEVELGNLSTDINKNNAFEGEPEIIHLSDEDDRGIKFENAPILRTTPEVCRECIEERE
THEFLTKLNYTNREISVTLVRGKEPPPSLLLSPGSEAERRTSKRARRASATSNGRIQLNV
SGDTTVFQLKLQIWESLGVVKDNQKLHIGKEELLDDNATLADLNILPGTNLWVMDTGQHE
NRDIAEELTTEKPGRIETEEGFRGTRLLMGGLPSLVESLAAHAVQSGFVPPLFDSNNGSE
PIRMAETSTAENQKMDASNSRVEVSDEPMDTERLEPERVTQRTSAEGSSDSHPSVVDAAG
PDERPDVSTVDMELMEEAGMIFRGRN
NT seq 3501 nt NT seq  +upstreamnt  +downstreamnt
agacgaattcacgcaagtcaatgtatcacaaaagatgatgtcgtccagctgtttcacatc
aacaaaacaccatgccagggatgtcgagccaattctaaggacaatcccaactgtttctgt
tgctttgtcccgccatccaatggcgtccggaagcagggattgtggcaaaaggtggccaac
tcggtcactgagcttggacctgacccgggcgaagcgctgaggccttctcaagactctcca
tctgggcttaccaacctcggagctacatgctacgtgaatagcgttctgcaatgcttgtac
atgactagagcatttaggacaggtgtttttgcagcagagatggaattggtgagatctcat
ccagtgctttaccagcttggcttgctgtttgctcagctccattccggtaaaaagatagca
gtggactccgctccatttgcaagcactcttgagctcgacaatgccgtccagcaggatggt
caagagtttatgaagctgttgctctcgcttcttgagagcgtgcttgggatgtctcagaat
gtgcgagctcggaacgttgtacaaaacgttttccgaggaacttattcatatgttatcacg
tgttcgaagtgcgggcaagagtcggatctttctaagcaggcggttgacttctacgagctg
gaattgaatgttaagggtttcaccagcttggaggagagtatgaatgactatctaagtgaa
gaaatattacagggtgaaaatcaatggatgtgtgagagctgtaaaacgcgtgtcgatgcc
actcactgtaccaagcttcgttcattgccaccggtattgaattttcagctcaagcgcttt
gtattcaatacgaagacctcaaccaagaagaaagtgacctccaagtttagctttcccagg
acgattgatatgggtccttgcttaagtacgtatgctgatattgaaagcagagccgtgtac
gacttatctgccatactcgttcacaaaggaagcatggccaatagcggtcattatgttgca
catatcaaagatgaccgcactagtgaatggtggcagtttgatgatgaacaagtaacaagt
cttggttttcatcctcttggagaggccacatctcaatctgcagcttcaaaagatgctgtc
acacaggaagcaattgttagtgaagcctcaggttctgttgacgcttcatcacgatcgcac
tctgaatctgagattttgacttcagcagatgcctacatgttgatgtacatccgcagggct
gatgctgaaaatgataagctagcagtttttgctgttggcgaaccttcaccaatggaggtt
gagggagaccgacggattgatgactgcgctggtttaccagagcagcttcgtttggagatt
gatcagatgaacaatgattttgaagcaatgtgctcagaatacacacgtcggcgtgaagaa
gaattgacaaggattggcgagcgaaaggaagaagtccggtctatcttggctctagcgact
gctaaagcacttgaagaaccctttttctggatttcaacggagtggctgcgatcatgggct
gatagtttgacacctccggcttctattgataattcacctctgctctgtccacatcagaaa
gtaagcccaaagagtttgcccgtcatgaagcgcatttctgcaaaagcgtggaagcagctg
gaagccttgtacaaaggaggacctgcaatatctggagacgactactgtgttgagtgtatt
tttgaggacgccagagcagctgcctctgcagatacttaccgtgatcaaaggatgtatatg
cgagaggtcattgaagatgttttaaacggccgtggccttgacgacaagacttacttggtg
tctaaaacttggctgcaacaatgggtgcggcggaaagttgcagatgcaccttcagacgcc
gatgcaggaccaacagcagccttacggtgtcctcatggaggcctgttaccagagcaagca
gctgcagcggccagaagacagcgagtaccgcaaatcgtctgggaatatttagttcataat
gcggaactcgttgagaattccaatgcagaagggcaccaagccttcccaggggatcaaaat
acttgttcacaatgtcagatagaagttaacaaggcggctacgaagaaggaagggctgagg
gcaactaaatttgaacaacgagccaaacacgaagcactttatggtggtaaaccaacggtt
atttttcctggttgtacatattacttagtacctacggtttggctctctaagtggcgtgcg
tacttaggtgcggctggcaagaatgtcctggcagttgatgaaccagttggacttgaaggt
ttcattctgtctcttctttgtcaaaagcacgaaggaatgctattcaagcctccttcatta
acaagaggacggcgtggtgagattgttcaacgaacgttcaatgatgatgtttttacagtc
atttcggaagatgactggcataacttatgccaacagtgggagatagatgcagcaaaaggc
attcgtgcagaggttgagctggggaaccttagtacagatatcaataagaataatgccttt
gaaggggaaccagaaattattcatctttcagatgaagacgatcgaggtattaagttcgag
aatgcccctattttacggactacgcctgaggtatgtagggaatgtatagaggagcgagaa
actcacgaatttcttactaaacttaactacacaaacagagaaatttcagtaaccttggta
aggggcaaagaacctccaccttctctgctcctctccccggggagtgaggctgagcgacgt
acttcaaagcgagcaaggcgagcatcagctacttcgaacggccgtattcagttgaatgtg
tctggggatactacagtttttcaactgaagctgcaaatttgggaatctcttggggtggtg
aaggacaatcaaaagttgcatattggtaaggaggagcttttggacgacaacgccacttta
gcagatctcaatatattaccaggaactaacttatgggttatggatactgggcagcacgag
aaccgtgacattgcagaggaattaacaactgaaaagcctggacgtatagaaactgaagaa
ggatttcgaggaacaaggcttctcatggggggccttcctagtcttgtggagtctctggct
gctcatgcagtccagagtgggtttgtgcctccactttttgattccaacaatggctctgag
ccaatcagaatggctgagacatctaccgctgaaaaccagaaaatggatgccagtaactca
agggtggaagtatcagacgaaccgatggacactgagcgactagaaccagagagagttact
cagcgcacttcggctgaaggcagttcagatagccatccttcagtggttgacgctgctgga
ccagatgaaagacctgatgtatcaactgtggacatggaactcatggaggaagcaggtatg
attttcagaggtagaaattga

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