KEGG   Drosophila yakuba: Dyak_GE15468
Entry
Dyak_GE15468      CDS       T01068                                 
Name
(GenBank) uncharacterized protein
  KO
K08592  sentrin-specific protease 1 [EC:3.4.22.68]
Organism
dya  Drosophila yakuba
Brite
KEGG Orthology (KO) [BR:dya00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:dya01002]
    Dyak_GE15468
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dya04121]
    Dyak_GE15468
Enzymes [BR:dya01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.68  Ulp1 peptidase
     Dyak_GE15468
Peptidases and inhibitors [BR:dya01002]
 Cysteine peptidases
  Family C48: Ulp1 endopeptidase family
   Dyak_GE15468
Ubiquitin system [BR:dya04121]
 Deubiquitinating enzyme (DUB)
  UBL-specific proteases (ULPs)
   Dyak_GE15468
SSDB
Motif
Pfam: Peptidase_C48
Other DBs
NCBI-ProteinID: EDX02817
FlyBase: FBgn0233044
UniProt: B4PWT3
Position
X
AA seq 1524 aa
MSLPPEDADLSTRSAHESAFRVESNGSPVRVVGSPAGQRIPASPAAHPTEIQRVSHADSR
CSTTPSRGNSLVRQNRSEEAAAVAAAAQLPWAENQGHTPLSPSRGNSLGPHLLPAEPASA
NSTTNAYSSPSGDSRFAFPNQNYSPLLPRCVAVPNQHYSPAGSPLHRLQELQNCQLTDSP
IRLRFPSPLLGNSDGPLFTPNQLTPNSNRRAGLQIEFEQNHQLTYPIQQVSQQRASTNQQ
QNIQLVSELQPLHYQVHEHPIVTQIQEETHQVVPEIQIKNIQDQDEQTDTHVQKQNNNES
DIQELDQKLECVVPGQNHPIVTKAQEQNDQTITEIQEENQIPVETDIQVQSSQILTEIQE
QNHQTITEIQEESPIVFEIQEKNLPFEAEIQEQDQQTETEIPKESFQLASPVVTDIQVES
HQIVTVIKDENLNFATDNQEQDLQTITEIQEKKQQIVSEFGQEHVQQTAEIQTESLQLAS
EIEEQGLQIVTEIQQQNHENVTEVQEESFQFTPDTQNQNPDQPTVFIEIQEENPQFAFGN
HEQEAQAITGNKKEHHELSQENLQFVTDTQEQVQQTTTEFQQENLQFATYIQEQSELLKP
EDHQEEQLEEPQDLLAIQIQKISAQLAPEFEEYNRRLASVCQEEDQQVYSEDSEDQESEE
EEQYDENFAGESFGDQLEVSSENSFEVESVSDISEVQREGEVAYQTGPTEGRQHQYLGFE
REVPFPPPEARPSPTPEDISDSASPAHGEQLDSGNPSIECIRKTFKLIREISDSLIADPE
QPQAQTHRLSIFLLRQKLADVCHKVLSEALHGQATEQSVSLLREIFVCDEQNKPAQQLSG
RRSTKPSVSQQDISMGLEILKRLRDLLSGWYTSKDGESDTGESGTGFEARNGKGRGSDRQ
PENSFSPRKRRNQEESPRLIKYRRVDNSFPRYITNETAEDLIPNKSMAERDQPQSSKRLS
IFNPPVYTQHRVRNEAPYIPTPFDLSDDEEPSQTFANAGPSARPLTYSDAVRLGQNGFGE
SRVNGHSNHTMRRAPAQVEKSILTHEMERMEHEQYINLIHTVAHSSSVSSRFVKPGAPPP
LQRIDSQAATWSSVLRGNQSHVSKSPSLSHANRELTEYAKLIDRKAGQENRTPVSPQLLQ
SPSNSAASHASTISSSGSSSGSSSCSTCSSSDSDAPTTSVTDGSEDKKANEANNSVASQP
LNAKPTRLTKTDSLHRRFASCVYLKDDFAEQFKARAARRQEETKHLLGLAEQQANQSRDE
RRAYELKLRENIFQYRIPHKPIFVIGPLDKAVEKKVTKLIPLTKELDDRFYEMTDKDKSM
ELIFKFNLHITSEDIRTFVDGEWLNDEVINFYMSLLTERSEKRAGELPATYAMNTFFVPR
LLQAGHAGVKRWTRKVDLFSKDIIPVPVHCNGVHWCMAIIHLRNKTIRYYDSMGKPNQPV
LDALEKYLREESLDKRKQPFDTSGFVIESVQNIPQQLNGSDCGVFSCMFAEYITRDVPIT
FSQSEMLYFRKKMALEIADGELWQ
NT seq 4575 nt   +upstreamnt  +downstreamnt
atgtcgctgcctcccgaggacgccgatttgtccaccagatccgcacacgaatccgcattc
cgcgtggaaagcaatgggtcgccagtccgagtagtcggttcgccagcaggccagcgaatt
cccgcgtcgccagcagcacatccaaccgagattcaacgcgtctctcatgcggactcacgt
tgcagcacgaccccaagtcggggcaactcgttggtaagacagaacagatcggaagaagca
gcagccgttgccgcagcggcacagctcccttgggcggagaatcaaggacacacgccattg
tcgccatcgcggggcaattcgcttggaccgcacttgttgccagctgaaccggcatccgcc
aattcgacaaccaatgcgtactcctcgccttcaggggattcacgatttgcgttcccgaac
cagaactactcgccgctgctgccgcggtgtgtcgcagttccaaatcagcattactcacca
gctggatcgccattacaccgtctccaggagctgcagaactgtcaactgacggattcgccg
attagactgcgtttcccctcccccttgctaggcaactctgacgggcctctgttcacgcca
aaccaactaacgcccaactccaatcgtagagctggtttacagattgagtttgagcaaaac
caccagctcacatatcccatacagcaggtcagccagcagcgggcatcgaccaaccagcaa
caaaacattcagctcgtatcggaactccagccgctacactaccaggtccatgaacacccg
attgtaacccagatacaggaggaaacccaccaggttgtccccgaaatccaaataaaaaat
atccaagaccaagacgagcaaactgatactcatgttcagaaacaaaacaacaacgaatct
gatattcaggagctggatcagaaacttgaatgtgtagtcccaggacaaaatcacccgatt
gtaactaaggctcaggaacaaaatgatcagactataaccgagattcaggaggaaaaccag
attcctgttgaaactgatatacaggtacaaagttctcagattctaaccgagatccaggag
caaaatcatcagactataacagagatccaggaggaaagcccgattgtctttgaaatccaa
gagaaaaatctcccgtttgaagctgaaattcaggagcaagaccaacagacagaaaccgaa
atcccaaaagaaagttttcagctagcatctccggttgtaactgatatacaggtagaaagt
catcagattgtaaccgtgatcaaggatgaaaatctaaacttcgcaactgataatcaggag
caagatctccagactataaccgaaattcaggagaaaaaacaacagattgtaagcgaattc
ggtcaggaacacgtccagcaaacagccgaaatccagacggaaagtcttcagctcgcatct
gaaatcgaggagcaaggtctgcagattgttactgagattcagcaacaaaatcatgaaaat
gtaaccgaggtacaggaggaaagtttccagtttacgcctgatacacagaaccagaatcca
gatcagccgactgtatttattgaaatccaggaggaaaatccgcagttcgcatttggtaat
cacgagcaagaagcgcaggctataaccggaaataaaaaggaacaccacgagctttcgcag
gaaaatctccagtttgtaactgacacacaggagcaagtccagcagacaacaaccgagttc
cagcaggagaatctccagtttgccacttatatccaggagcaaagcgagcttctcaaaccg
gaagaccatcaggaggaacaactggaagagccgcaagacctgcttgctatccagatccaa
aagataagtgcgcagcttgcacccgaatttgaagagtacaaccgacggctggcatctgtg
tgtcaggaggaggaccaacaggtttattctgaggattccgaggatcaagaatctgaggag
gaggagcagtacgacgagaactttgctggtgaatccttcggagatcaattggaagtatca
tcggaaaacagttttgaggtcgaatcagtgagcgacatatccgaagtccaacgggaggga
gaagtggcctatcaaacagggcctactgaaggccgccagcatcagtacttgggttttgaa
cgcgaggtgccattccctccccctgaggctcgaccatcacctactccagaagatatatca
gactccgcttcacctgcgcatggcgagcagctagattcgggcaatcccagcatcgagtgt
attcgcaaaaccttcaaactcattcgcgagatctccgatagtctgattgccgatccagag
caaccccaagcccaaacccaccgcctgtccattttccttctgcgccagaagctggccgat
gtatgccataaggttctaagcgaagctttacacggccaggccaccgagcagagcgtctcc
ctgctcagagagatcttcgtgtgcgacgagcaaaataagccagcgcagcagctatcaggt
cgacgctccacgaagccaagcgtcagccagcaagacatttcaatgggcttagaaatatta
aaaagactccgtgacttgttatccggttggtatacttccaaagacggtgaatctgacacc
ggcgagagcggaacgggattcgaggctcgaaacggaaaaggtcgtgggtccgaccgccag
ccggaaaacagtttttcaccccggaaaagacgcaaccaagaagagagccctcgtctgatc
aagtatcggcgtgtggacaacagctttccccgctacataacgaatgagactgctgaggac
ctgattcccaacaagtccatggccgagcgggatcagccacagagctcgaagcggctctca
atattcaatccgccggtatacacgcagcaccgggtgcgcaatgaagccccctacataccc
accccatttgacctctcagacgatgaggagccgtcccagacatttgccaacgctgggcca
tcagccaggcccctgacttactcggatgcagtgcgtctaggtcagaatggctttggcgag
tcccgtgtaaatgggcactctaaccatacgatgcgcagagcaccagctcaggtggagaaa
agtattctgacccacgaaatggagcgcatggagcatgagcagtatatcaaccttatccat
accgtggcccacagtagttccgtgagcagtcgcttcgtcaagccaggagccccgccgccg
cttcagcggattgattcccaggcggcaacctggagctccgtactgcgtggcaaccaatct
catgtatcgaagtcgccgtcactaagccatgctaaccgtgagcttacagagtacgccaaa
ttgattgaccgtaaggcggggcaggagaacaggactccggtatcgccgcagctattacaa
agccctagcaatagcgccgccagccatgcatccactatttccagcagcggatcctcctcc
ggcagttcctcctgttcaacttgctcgtcttctgattctgatgctccgaccacttccgtt
actgatggctcggaggacaagaaagccaacgaagccaacaacagtgtcgcatcacagccg
ttaaacgccaaacccacccggctcaccaagacagattccttgcaccgtcgtttcgccagt
tgcgtctaccttaaggatgacttcgcggagcaatttaaagcaagagcagcgcgacgtcaa
gaggaaaccaaacatcttcttggactagctgaacagcaggctaatcaaagccgagatgaa
cgccgtgcctatgaactgaaactgcgggaaaacatattccaatatcgcataccccacaag
cccatttttgtcatcggaccactggacaaggcagtcgagaagaaggtgaccaagctcatt
ccgctaacaaaggagcttgacgatcgcttttacgaaatgactgacaaggacaaatcaatg
gaacttatttttaaattcaacctacacataactagcgaagacatacgcacttttgttgat
ggagaatggcttaacgacgaggtcatcaatttctacatgtccttgctgacagaacgctca
gagaagcgagctggcgaactgcccgccacttacgccatgaacacattcttcgtgccccgc
ctcctgcaggctgggcatgctggcgttaagcgctggactcgcaaagtggacttgttcagc
aaggacataatcccggtgccagtgcactgcaacggagtccactggtgcatggccatcatt
cacttgcgcaacaagaccatccgttattatgactccatgggaaagccgaaccagccagtc
ctggacgctctagagaaatatctgcgcgaggagtcactagataagcgcaagcagccgttt
gacaccagcggtttcgtgattgagagcgtgcagaatataccacagcaattgaatggtagc
gattgcggcgtcttcagctgcatgtttgccgagtatataacgcgtgatgtaccgataacc
ttctcccagtcggaaatgctttacttccgcaagaagatggctctggagatcgccgacgga
gagttgtggcagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (1)   
   Pfam (1)   
All databases (12)   

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