KEGG T01050: Bm1

Brugia malayi (filaria): Bm1_22520

Entry

Bm1_22520 CDS T01050

Definition

Ubiquitin carboxyl-terminal hydrolase family protein

Orthology

K11857

ubiquitin carboxyl-terminal hydrolase 47 [EC:3.1.2.15]

Organism

bmy Brugia malayi (filaria)

Class

SSDB

Motif

Pfam:

UCH UCH_1 RRN9

Other DBs

NCBI-GI:

170582063

NCBI-GeneID:

6099403

UniProt:

A8PDB2

AA seq 1281 aa
MSKGTSSKRRHGCKTLREQNDATSSYTRSSVTASSNSNTSLCPLIFNGPSLPGGDINRSP
PESMPCEPSTSSIHQVADETADLNSEVLLPLPVLSTMDTTGPLANLDDNNHCYVGLVNQA
MTCYLNSLIQTLYMTPEFRNAIYGWKFTGSEAAEARSIPCQLQKLFLLLQTSDRESLETI
DLTASFGWSNSEAYEQHDIQELCRIMFDALKQKWSKADASFQELYRGNMEDFVKCLFCQK
ENIKQDEFLDLPLAVKQFGATDAFKSVEEALHAFIKPEVLEGSNQYYCEGCRRKQNALKG
LRIIKFPYLLSIQLKRFDFDCNTLHRIKLNDKMTFPALLNLNEFVYDATKSEPPKKISWA
SAVSVSRKKDEPTTSKPNLSDYVSRAEQNNGHLDEQEVDMLLKRDGPFLYELFSVMVHQG
SASGGHYFAYIKNMDQDKWFCFNDSNVTPASIEDIHRTFGGSCGGWSSGNTNAYMLMYRQ
IDRKRNARFIKTGELADHLLERLRRFEELEEEKLREKQYKESLVSVNIMFNGAHXIPDVA
NLTEAMKFPYTTKLSEIYDAILKAFCAKTSVSVSDVRLLLCKDFTYSIIRSFTENEMQKT
LEEVYPGCSVKSLYRPIVYFLLDVKPSEAQQFYHIYDDESVGTVKLIALNIENGTFLPSF
QMQYHDNETMSMIKQKLGQIFHICGDKTDNMRLVIDKGIAASPTMVLLDDDSFTCAQALL
NITNVKLYVDVGGSGYSTDEDRKIDFDKSKMFALLERRNHAKILTISLPTPDDYIQAGII
PSLSHDVSRSTTPIGSMPADTNTTTSGSCSAVIDLRSVPASGIPETLTMKQTTPSMASSH
LSSVISEEDNNSPCLVLLNMKIKDGDGDMESVSTACTPMVSPVVSDSDDTADVTARDSAV
DRISRYERTYDAVMAASEQKRLFEMESTVEVEASIASSSGDTLVGGTHTYISGTTQSSFD
IIIRGKSRVKSLNDVEVDVDDRQLVIHMKQWLSAVIGVDMNEFVVLKHYSTDDADGYESI
INETETIHDAYYAVQKLSVKLRSPLKENEKLMRIIRFDRENADLDKWPTLFSIPTTVDMQ
IRTLLMRCQEQMKKVYATKYDLNQLRLREVIVGGGAPVLFLGDQLGRRGHDWNKNLYLQF
LSDEEVARAKMHTSASYPVMVRRWKSSVPEVTSLVELMIPVDKQNQAFPTTAWSKWPYTK
DRVDLYENVSFTNGEAPSNGTFNGKLIYFKLAYEQVRQLTEKEKRSLRFKDNVIKPGDGT
ISRRKERPLRIQLSTSITEDD

NT seq 3846 nt +upstreamnt +downstreamnt
atgtcaaaaggtacatcaagtaaacgtcggcatggctgtaaaacgctacgtgaacaaaat
gatgcaacttcaagttatacgagatcatctgttacagcttcaagtaattccaatacaagc
ctctgtcctctaatctttaatggaccatcattacctggcggcgatataaatcgctctcct
cccgaaagtatgccctgtgagccgtccacttccagcatccatcaggttgccgatgaaact
gctgatttgaactcggaagttttgttgccattaccggttctttcaacaatggatacaaca
ggaccgttggctaatttagacgataacaatcattgttacgttggtttagtcaatcaagct
atgacttgttatctgaattcactaatacaaacgttatatatgacacctgaattccgaaat
gcaatttatgggtggaaattcaccggttctgaagctgcggaagctagaagcattccatgc
caactacaaaaattgtttttgcttctgcaaaccagtgaccgtgaatcgctggaaactatt
gatttgactgcatcttttggttggagtaattccgaggcttacgarcaacatgatatccag
gagttatgcagaataatgtttgatgcattaaaacagaaatggagcaaagcagacgctagy
tttcaggaactatacaggggtaatatggaggattttgtcaaatgtcttttctgtcaaaag
gaaaatatcaagcaggatgaatttctggatttgccattagcagtgaaacaatttggtgcc
actgatgccttcaaaagtgtggaagaggcacttcatgctttcatcaaacctgaagtgctg
gaaggaagtaatcagtattattgtgaagggtgcagaaggaagcaaaatgcgttaaagggt
ttgcgaataataaaatttccctatttgctgtcaatccagcttaaacgttttgattttgat
tgcaatacacttcatcgtatcaaattaaacgacaaaatgaccttcccagcattactaaat
ttgaatgaattcgtttacgatgcaacgaaaagtgagccaccgaagaagatcagttgggca
tcagcagtctcagtgtcaaggaaaaaagatgagccaacaacatcaaaaccaaatttatct
gattatgtatctcgtgcggaacagaataatggtcatttggacgaacaagaagttgatatg
ttacttaaaagagatggtccatttctctatgaattattttcggttatggtacatcaaggg
agtgcttcaggaggccattatttcgcatatatcaagaacatggatcaagataaatggttt
tgctttaatgacagtaacgtaactcctgcttcaattgaagatatacatcgtacatttggt
ggttcttgtggtggttggtcatcgggaaatacaaatgcttatatgttgatgtatagacag
attgatcgtaagcgaaatgcaagatttataaaaactggtgaattagcggaccatcttctg
gagcgtttgaggcgatttgaggagctagaagaagagaaacttcgagaaaaacaatacaaa
gagtcgcttgtttcggttaacataatgttcaatggagctcataytataccagatgttgct
aatctaacggaagcaatgaaatttccatacacaacgaaattatccgaaatttacgatgca
attcttaaggcattttgtgctaagacttctgtttcagtttctgacgttcggctgctgttg
tgcaaagatttcacttattcaattatacgttcattcacagaaaatgaaatgcaaaagaca
ttggaagaagtatatcctggatgttccgtaaagagtttataccgcccgattgtatatttt
ctgttagatgttaaaccgtctgaggcacaacagttttatcatatttatgacgatgaatca
gttggcacagtaaaattaattgcacttaatattgaaaatggaacctttctgccatcattt
caaatgcaatatcacgataatgaaacaatgagtatgataaagcagaaattgggacagatt
tttcatatttgtggtgataaaaccgacaacatgcgtttggtaattgataaaggaattgct
gcatcaccgacaatggttttgcttgatgatgacagttttacctgtgcacaagctctgctt
aatatcacaaatgtcaaattgtatgtggatgttggtgggagtggttattcaacggatgaa
gatcgaaaaatcgactttgataagtcaaagatgtttgcacttttagaaagaagaaatcat
gcaaaaatattgacaataagtcttccaacaccagatgattatatacaagctggaattatt
ccatcactttcgcatgatgtcagtcgttcaacaactccgataggtagtatgcctgctgat
acaaatacgacaacatcaggatcttgttcagcagttattgatctacgtagtgttcccgct
tcaggtataccagaaacgcttacaatgaagcagacaactccctcaatggctagtagtcat
ttgtcatcggtaatttccgaggaggataataatagtccgtgcttggtattattgaatatg
aaaattaaggacggtgatggtgatatggaatctgtaagcacagcatgtactccgatggta
tcaccggttgtatctgatagtgatgataccgctgatgttactgctagggattccgccgtt
gatcgaataagccgttatgaacgaacgtatgatgcagtcatggcagcttccgaacaaaaa
cggttatttgaaatggagagtacagtagaagttgaagcaagtattgcaagctcctctggt
gatacacttgtgggtggcacacatacatatatttccggaacaacacaatctagttttgat
attatcattcgtggaaaatcacgagtgaaatcactcaacgatgttgaagtagatgtagac
gatcgacagttagttattcacatgaagcaatggttatcagctgtaattggagttgatatg
aatgaatttgttgtcctcaaacattacagtactgatgacgctgatggttatgaaagcatt
attaacgaaacggaaactattcatgacgcttactatgctgttcaaaaactgtcggtgaag
ttgcgttcgccgttgaaagagaatgaaaaattgatgcggattatcaggtttgatcgtgaa
aacgctgatttagataagtggcctacattgttcagtattccaactactgttgatatgcaa
atacgtacattattgatgcgttgtcaggaacagatgaaaaaggtgtatgctacaaaatac
gacctcaaccaattacgattacgagaagtgattgttggtggcggagcaccagtattgttt
ctgggtgaccagctcggcagacgtggtcacgattggaacaaaaatttgtatttgcaattt
ctctcagatgaagaagttgcacgagcaaaaatgcatacatcagcatcttatccagtgatg
gtgagacgttggaaatcatcagtgccagaagtaacatctttggttgaactaatgatacca
gtagataagcagaatcaggcatttccaacaactgcttggagtaagtggccatatacgaag
gatagagttgatttatatgaaaacgttagttttacaaatggtgaagcaccatctaacgga
acatttaatgggaaactcatctatttcaaattagcttatgagcaagtgcggcagttaaca
gagaaggagaaacgttcattaagattcaaagataacgttataaaacccggcgatggtacg
atttcgcgaaggaaagaaagaccactgaggatacagttatcgactagtatcaccgaagat
gattaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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