KEGG T00030: Dmel

Drosophila melanogaster (fruit fly): Dmel_CG1945

Entry

Dmel_CG1945 CDS T00030

Gene name

faf

Definition

fat facets (EC:3.1.2.15)

Orthology

K11840

ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.1.2.15]

Organism

dme Drosophila melanogaster (fruit fly)

Class

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

3R:100D2-100D2

AA seq 2773 aa
MTFDTRRHTTGQPGSTAPSSSSSTTSTTTTTTSPAQSAGSGSGIGTGTGTVANSSLPGGG
SGSLDGNQDQQPATDSQSSDDVAASLSANSVDSTITIVPPEKLISSFPTTKLRSLTQKIS
NPRWVVPVLPEQELEVLLNAAIELTQAGVDHDCEPCVEFYRNGLSTSFAKILTDEAVNSW
KNNIHHCILVSCGKLLHLIAIHMQRDNPYLLDLLAIVFDPENKFNTFNAGRQPECFAAPD
YIWGQLDSNKMYARPPPEPKNARGWLVDLINRFGQLGGFDNLLERFNIGLELLKRNQNKC
TGKNISVEGRVENGAQDNRLTLALIHSLLRPFGQCYELLMPATIAKYFMPTWNVVLDLLD
SFTDEELKREVKPEGRNDYINGIVKSARLLASRLTGQEELIRDLEMFRLKMILRLLQVSS
FNGKMNALNEINKVLSSVAYFSHRSQPLPHCMPEDEMDWLTADRMAQWIKSSDVLGVVLK
DSLHQPQYVEKLEKIIRFLIKEQALTLDDLDAVWRAQAGKHEAIVKNVHDLLAKLAWDFT
PEQLDHLFEAFQASMTTANKRQRERLLELIRRLAEDDKNGVMAQKVLKLFWTLAHSQEVP
PEVLDQALGAHVKILDYSCSQERDAQKTIWLDKCVDELKSGDGWVLPALRLIRDICCLYD
TTTNHAQRTQTSTNRQQVIERLQNDYSLVILVTNSLTAYMEKVRQMVTDSPGLDATRILI
DGRFPHHVQIAERLEFLKFLLKDGQLWLCADQAKQIWHCLAVNAVFPADREECFRWFGKL
MGEEPDLDPGINKDFFENNILQLDPHLLTESGIKCFERFFKAVNSKEDKLKAIHRGYMLD
NEDLIGKDYLWRVITTGGEEIASKAIDLLKEVSTALGPRLQENIAEFHEMFIGECCSRLR
THYGNIVILGKTQLQEELDAPDQSDNTNDESKDSKMRFIEAEKMCRILKVLQEYVKECDR
SFSGDRVHLPLSRVTRGKNTILYIRFQNPGRSIDDMEIVTHSNETMAAFKRNLLKRIKGT
STANIKVDLFYANDEMIGVSDEINPLYQYTIRDKMNLTAKLTPVGTGLASSPDSSSDSST
GSPPRPCPDMQRVESESTLPGVIISQNYQYTEFFLKLYQLGSDLEHGRLRDSAKVLLHLL
PCDRQTIRQLKIMCKVPKAAVTVAVTGDKIAKDEEEKLYPTEQAGIEDEEEHCTPEQMFL
HPTPAQVLYNLSVLHGLLIPALDPLGESALLVQSAWMHSGCAHFVLELLTKNNFLPSADM
HTKRASFQCVLRLAKLFLYIVGSVLSRVGDEPMICDLDNGSRSQVDILKQNFSTMPSSSQ
GTLRAISAKLAVILAREMLSASPEGDRCRTLFSSTLQWSCPDISTIKAVVQLAWASSCGN
LQALGNSSGDFEDEVIVPDGQDFSMCKEALEVLTISFILNPSANEALTSDPNWPKFITSI
VLKNPLRHVRQVASEQLFLASTYCAGDRRPFVYMVNLLVGALKTLVPQYESTCAEFFSVL
CRTLSYGCIYNWPLQISEGLLGDEIKWLQRIRENVHATGDTQVHEELLEGHLCLAKELMF
FLGADSKAQLNELIHELIDDFLFTASREFLHLRRHGSLRQDTVPPPVCRSPHTIAAACDL
LIALCQLCVPNMKLLTNTLIDFVCTDTDPLREWDYLPPVGARPTKGFCGLKNAGATCYMN
SVLQQLYMVPAVRVGILRAHGAATTDGEDFSGDSDLTGGGLGSALFSGPASALVSLPSSS
STIEDGLHDVRKNYHVVILKHVQAIFAHLGHSALQYYVPRGLWTHFKLLGEPVNLREQQD
AVEFFMSLLESLDEGLKALGQPQLMNATLGGSFSDQKICQECPHRYSKEEPFSVFSVDIR
NHSSLTESLEQYVKGELLEGADAYHCDKCDKKVVTVKRVCVKKLPPVLAIQLKRFEYDYE
RVCAIKFNDYFEFPRILDMEPYTVSGLAKLEGEVVEVGDNCQTNVETTKYELTGIVVHSG
QASGGHYFSYILSKNPANGKCQWYKFDDGEVTECKMHEDEEMKAECFGGEYMGETYDNNL
KRMQYRRQKRWWNAYMLFYTRCDQTPVQYEPSVEQLSLAESRNMVLPLPKPIERSVRHQN
IRFLHSRSIFSVEFFNFIKKLVSCNLLSARSNKITPAAEELSLLGVQLASQFLFHTGFRT
KKSLRGPVMEWYDALSHHIRSSALVRKWFANHALLSPPSRLGEYILMAPSPDVRTVFVKL
VVFFCHFAINDEPLTGYDGANLCEQVLISVLRLLKSEAADYGKHLPHYFSLFSMYVGLGT
REKQQLLRLNVPLQFIQVALDDGPGPAIKYQYPEFSKLHQVVSHLIRCSDVSEKCQSSNQ
NARPLSNPFKDPNVAHEELTPLSTECMDLLFNRTGYIKKVIEDTNVGDEGLKLLQYCSWE
NPHFSRAVLTELLWQCGFAYCHDMRHHTDLLLNILLIDDSWQHHRIHNALNGVAEEREGL
LETIQRAKTHYQKRAYQIIKCLTQLFHKSPIALQMLHTNSNITRHWSIAVEWLQGELDRQ
RGIGCQYNSYSWSPPAQSNDNTNGYMLERSQSAKNTWSMAFELCPDEDENNEPNLETNMD
ENKSEPVAQPGGVLEGSTGGTEQLPENKTPTTSSPSTAAWPARGDSNAIPRLSRQLFGAY
TSTGSGSTSGGSAPTSALTTTAGSGANSETESSAQETTGETTINGLTNSLDQMEITAKKK
CRRVIIKKLVESKDEEDATTATTAATTEVTTSPATAIATAATLEPAGMSELTTMVEKNLI
ISQENPQAKSSLQ

NT seq 8322 nt +upstreamnt +downstreamnt
atgacgttcgacactcgtaggcacaccaccggacagccgggaagcacagcgcccagctca
agcagcagcaccaccagcacaacaaccaccacaacgagtccggcgcagagtgccggatca
ggatcgggcataggaacaggcacaggaacagtcgccaactcgagtctgccaggaggagga
tcaggtagcttggacggcaaccaggatcaacagccggccacagacagtcagagctctgat
gacgtggccgcttccttgtcagcgaacagcgtggacagcaccatcacaatagtgcctcca
gagaagcttatatcctcgtttcccacgacgaaactgagatcactaacgcaaaagatatcc
aatccgcgttgggtggtgccggtgctgcctgaacaggaattggaggttctcttaaatgca
gccatcgaactgacccaggctggtgtggatcacgactgcgagccatgtgtggagttttat
cgcaatggactgagcacttcctttgccaagatcctaaccgacgaggcggtgaattcgtgg
aagaataacatccaccactgtatccttgtgtcttgcggcaagcttctacatctaatcgcc
atccacatgcagcgagacaatccctatctgcttgacttgctggctattgtttttgatccg
gagaacaagttcaacacatttaacgcaggccgtcaaccggagtgcttcgcagcgccggac
tacatctggggtcagttggacagcaacaaaatgtacgcccgtccgccgccggagcccaag
aatgcgcgtggctggcttgtggatcttattaaccgcttcggacagttgggaggctttgac
aatctactggaacggtttaacatcggactggaactgctgaagcgcaaccaaaacaagtgc
actggcaagaatattagtgtcgagggtagggttgaaaatggggctcaggataatcgcctc
acccttgccctcatacacagcctcttgcgtccattcggtcaatgttatgagcttctaatg
cctgccactatagccaagtactttatgcccacctggaacgttgtgttagaccttctggac
agcttcacagacgaggagttaaagcgagaagtgaaacctgagggacgcaatgactacatc
aatgggattgtaaagtcagcccgcttactggccagccgcttgactggccaggaggagcta
atccgagatcttgagatgtttcgcctaaagatgatcctgcgtctgctgcaggtgtccagc
ttcaacggcaagatgaatgcccttaatgagatcaacaaggtgctctcctcggtcgcatat
ttctcccatcgatcccaacctttgccccactgtatgcccgaagacgaaatggactggctg
acggcggatcgcatggcgcaatggataaagtcgtcagatgtattgggtgtcgtgctcaag
gactcgctacaccaaccgcagtatgtggaaaaattggaaaagatcatccgctttcttatt
aaagagcaggcactaacgttggatgatttggatgcagtttggagagcgcaggccggcaaa
cacgaggcaatcgtgaagaacgttcacgatctactggccaaacttgcatgggactttact
cccgagcaactggatcacctcttcgaggcgttccaggccagcatgaccactgccaataag
cggcaacgggaaagacttcttgagctaatacgccgcttggctgaggatgacaaaaatggt
gtgatggcccaaaaggtgcttaagctgttttggactctggcccacagtcaggaggtgccg
ccagaggtgcttgatcaggcgctgggcgcacacgttaaaatcttggactacagctgctcg
caggagcgggatgcccaaaagaccatttggttggataagtgcgttgacgaacttaagtca
ggcgatggatgggttctgcccgccttgcgtctaatccgggatatttgttgcctatatgat
accacgacaaatcatgcccagcgcactcaaacgagtacgaatcgtcagcaggtgattgaa
cgactacagaatgattattccttggtcattctggtcaccaatagtttgactgcatacatg
gaaaaggtacgccaaatggtaacggactcaccaggcctggatgcaaccagaatcctaatt
gacggaagatttccgcatcacgtgcaaatagcggagcgactggagttccttaagttcctg
ctgaaagatggacagctatggctgtgcgcagatcaggcaaagcagatttggcattgcttg
gcggtcaatgcagtttttccggcagatcgtgaggagtgttttagatggtttggcaagttg
atgggtgaggagcctgacttggatcctggcataaacaaagacttcttcgagaacaacatc
ctgcaacttgatccgcatctactaaccgaaagcggaatcaagtgctttgagcgcttcttt
aaggctgtcaattccaaagaggacaagctgaaggcgatacatagaggttacatgctggac
aacgaggatctaataggaaaggactacttgtggcgggtcattacaactggaggcgaggaa
atcgccagcaaggccattgatctacttaaggaagtgtcgacggcattgggcccacgtctg
caggagaatatcgcagagtttcatgaaatgttcattggtgagtgctgctcccgcctgcgc
acacactatggaaatatcgttatattgggcaagacgcagctgcaagaggaattagatgcc
cccgatcagtcggataataccaacgacgagtctaaagattcaaaaatgcgtttcatcgag
gcggagaagatgtgccgaattttaaaggtgctgcaagaatacgtaaaggagtgtgatcgt
tctttcagcggcgatcgtgttcacctgccacttagccgggttacacggggcaaaaacacc
atcttatatatccgcttccagaaccctggcagatctatcgacgacatggagatcgttaca
cacagcaacgagacgatggccgcttttaagagaaatctacttaagcgaatcaagggaact
tcgacggccaacataaaggttgatctcttctatgctaatgacgagatgatcggggtttcc
gatgaaataaacccactttatcagtacactatccgggataagatgaatcttacagcaaaa
ctcacgcccgtgggtacgggtctagccagcagtcccgactcctcgagcgactcgagcaca
ggatctcctccgcgtccctgccctgacatgcagcgtgtggagtcagaaagcacgctaccc
ggtgtgatcatctcgcaaaactaccagtacacagagttctttctaaaactgtaccaactg
ggcagtgatctcgagcacggtcgtcttcgagacagtgcaaaagttttactacacctgctt
ccctgcgaccgccagacgatccgtcagctaaagattatgtgcaaggtgccgaaggctgcc
gtaacggtggctgtgacgggtgacaagatcgctaaggatgaggaggagaaactgtacccc
actgagcaggcggggattgaagatgaagaggaacactgcacgccagagcaaatgtttttg
caccccacacctgctcaagtgctatacaaccttagtgtgttgcacggactgctgattccc
gcgctagatccactaggagaaagtgccctactagtgcagtctgcatggatgcattctggc
tgcgctcatttcgtgctggaactgttgaccaaaaacaattttctgcctagcgccgatatg
cacacaaagcgtgcgtccttccagtgtgtgttgaggttggcaaagctgttcctgtacata
gttggcagtgtattgtctcgtgtaggcgatgaacccatgatctgcgaccttgacaacgga
tcccgttcccaggttgacatcctgaagcagaacttctccacgatgcccagtagctcacag
ggaacattgagggcgatctccgcgaaacttgctgtgatccttgcccgcgagatgctttca
gccagcccagaaggtgatcggtgccgaacgctatttagctccacactgcagtggtcatgt
cccgacatttcaaccattaaggcggtagtgcaactggcctgggcctcgtcttgcggaaat
cttcaggctctaggcaatagtagcggcgactttgaagacgaggtgatcgtgccggacggg
caagactttagcatgtgcaaggaggcgctagaggttctcaccatttcgtttattctgaat
ccgagtgccaacgaggcgttgactagcgatccgaactggccaaagttcatcacctccatt
gttctgaagaacccgcttcgccacgtgcgtcaggtggcctctgagcagttgtttttggct
tctacctattgcgctggggatcggcgaccgttcgtatacatggttaacttgctggttggc
gcgttgaagacgctggttccccagtacgagtcaacttgcgctgagttcttctcggtgctg
tgtcggaccctttcttatggatgcatctacaactggccgctgcagattagcgagggattg
ttaggcgatgagattaagtggctgcaacgcattcgcgaaaacgtccacgccaccggcgac
acacaagtgcatgaggagctccttgaaggccacctctgccttgccaaagagctaatgttt
ttccttggcgccgattcaaaggcgcagctgaacgagctcatccacgaactgatcgacgac
ttcctgttcacggcctctcgcgaatttctgcatttacggcgtcatggcagtctacggcag
gacaccgtcccgccaccagtttgtcgcagtccgcacacaatcgccgctgcttgcgatctc
ctcattgccttgtgccagctctgtgttcctaatatgaagctactcaccaatacacttata
gacttcgtctgcacggatactgatccgttgcgcgaatgggattacctgccgccggtgggc
gccaggccaactaaaggtttctgcggactaaagaacgcaggtgccacttgctacatgaat
tcggtgttgcagcagctttacatggtaccagcggtccgggtgggtattctgcgagcccac
ggcgctgccaccaccgacggcgaggatttcagtggcgattccgatttgacgggaggcggt
cttggatcggccctattctcgggtcccgcttctgccctagtcagcctcccctcgtcgtcg
tcaactatcgaagacggtttgcacgatgtgcgaaagaactatcacgttgtgatcctgaaa
catgtgcaggccatattcgcccacctgggccacagtgcgttgcagtattacgttccacgt
ggtctctggacacattttaagctactgggagagcccgtgaatcttcgcgagcagcaggat
gccgtggagttcttcatgtccttgcttgaaagtctcgatgaaggacttaaggcgctaggc
cagccacagcttatgaatgccactctgggcggttcgttcagcgaccagaaaatctgccaa
gagtgtccccatcgctactccaaagaggaaccatttagtgtatttagtgtcgatattagg
aatcatagctcattaaccgaatctctggagcagtatgtcaagggagagctgctcgaggga
gccgatgcataccattgtgataaatgtgataaaaaagtagttaccgttaagcgagtgtgc
gttaagaagctgccacccgtgttagccattcaactaaagcgtttcgaatacgactacgaa
cgcgtctgtgcgattaaatttaatgattattttgaatttccacgtatcttggatatggaa
ccatacacagtgtctggcctagctaagctagagggcgaggtggtggaagtgggtgataat
tgtcaaacaaacgttgagacgacgaagtacgaactgaccggcattgtggtgcacagcgga
caggcttccggcggtcactacttcagttacatactctccaaaaacccagcaaacggcaag
tgtcagtggtataagtttgacgacggcgaagtcaccgagtgcaagatgcacgaggacgag
gaaatgaaggcggagtgctttggcggcgagtacatgggcgaaacctacgacaacaatctt
aagcgcatgcagtaccgtcgacagaagcgctggtggaatgcctacatgttgttctacacc
cgctgtgatcaaactcccgtgcagtatgaacccagcgtggagcagttgtcactcgcagaa
agtcgaaacatggttttaccattgccaaagcccattgagcgcagcgtgcgacaccagaac
attcggtttctccactcccgcagcattttttccgtggagttctttaactttatcaaaaag
ttggtcagctgcaatctactttctgctcggagcaataagatcactcctgctgcagaagag
ctttcactgctgggcgtccaattagcatcgcagtttcttttccacaccggcttccgcacg
aaaaagtctctgcgaggccccgttatggaatggtatgacgcgctctcacaccacatacgt
tcctcggcactagttcgcaagtggttcgctaatcatgcgctcctctcgccgccatcgcgt
ttaggcgagtacattctgatggctccgtctccggatgtccgtactgtctttgtcaagttg
gtggtttttttctgccattttgccatcaacgatgaacctctgactggctatgacggcgct
aatctctgcgagcaggtactcatcagcgtgttgcgcctcttgaaatccgaggcagccgac
tatggcaaacacctgccccactattttagccttttcagtatgtacgtgggactaggaaca
cgggaaaaacagcaactgcttaggctcaatgtgccgctgcagtttattcaggtggcgttg
gatgatggccccggtccggcaataaaataccagtatccagagttcagcaagctacaccaa
gtggtttcgcacctaatacgctgcagcgatgtaagcgaaaaatgccagagctccaaccag
aacgcccgtccactgtccaatccgttcaaagatcccaatgttgcgcacgaggagctgacg
cccctgtccactgagtgcatggacctgctctttaaccgcacgggctacatcaagaaagtg
atcgaagacactaacgtgggcgacgagggtctgaagctgttgcaatactgcagctgggag
aatccacatttctctcgcgcagtgctaaccgaattgttgtggcagtgtgggttcgcctat
tgtcacgacatgcgtcaccacactgatctgcttctgaacatcctgctgatcgacgactcg
tggcagcaccatcgcatacacaatgctctcaacggagtggcggaggaacgtgagggtctg
ttagagacgatacagcgggcgaagacgcactaccagaagagggcgtaccaaataatcaag
tgcctgacgcaacttttccataagtcgccgattgcgctgcagatgctccacacaaattcg
aacattactcggcactggagcattgcagtggagtggctgcaaggcgaactagatcggcag
cggggcatcggttgccagtacaattcatactcgtggtcgccgccggcgcagagtaacgac
aacactaatggctacatgctagagcgatcgcagtctgctaaaaacacgtggtccatggcc
ttcgagctctgtccagatgaggatgaaaataatgagccgaacttggagacgaacatggat
gagaacaaatcggaaccggtggctcagccaggaggagtgcttgagggatctaccggcggc
acagagcagttgcccgaaaataagacgccaaccacaagcagcccgtcgactgccgcctgg
ccagcgcgtggggatagcaacgctattccacgactttcgcgtcagctatttggggcttac
acttcgactggcagtggctccactagtggaggttccgcgccaacttccgccttgacgaca
acggcgggtagtggggctaacagcgaaacagaaagcagcgcccaggaaacaaccggcgag
acgaccattaacggactgacaaacagcctggaccaaatggagataacggccaaaaagaag
tgccgcagggtgataataaaaaagctagtggaaagtaaggacgaagaggacgcaactact
gctaccacagcggccaccacagaggtcacaacatcgccagcgacagctatcgcaacggca
gcaactttagagcctgccggaatgagtgagctcacgacgatggtagagaaaaatcttata
ataagccaagaaaatccacaagcgaaaagctcattgcaataa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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