| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2530 |
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| Symbol | |
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| ID | 6116814 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 3092378 |
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| End bp | 3095068 |
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| Gene Length | 2691 bp |
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| Protein Length | 896 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641634047 |
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| Product | GCN5-related N-acetyltransferase |
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| Protein accession | YP_001760902 |
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| Protein GI | 170726876 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1042] Acyl-CoA synthetase (NDP forming) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCCAGC GAACACTTCA TACCCTTTTC AAACCTAAGT CCATCGCAAT TATTGGAGCT
TCTAATACTG AAAAGCGTGC GGGCAATGTA GTGATAAAGA ACCTGCTTGC GGGGGGCTTC
TCTGGACCAA TCATGCCTGT TACCCCTAAA TATGAAGCAG TAATGGGGGT ATTGGCTTAC
CCCAATATTG AAGCACTGCC ATTAATTCCC GATCTTGCCA TTATCTGTAC AGCAGCATTT
CGCGTACCTG CAATAGCGGA GACCTTGGCA CAATTTGGCT GTAAAGTGGC GATCATTATG
GCTTCAGGTA TGGCCGATCA AAATAATGAA GATGGACAGA GCTTATTAGA GGAGACAAAA
CAGAACGCTC AACGTTATGG GATGCGCATT TTGGGTCCAA ACAGCTTAGG TATGATGTTA
CCTAACCTAG GACTTAATGC CAGCTTAGCC CATACCAGCG CCCTACCAGG CAAAATTGCT
TTCGTATCTC AATCTGCTGC AATCTGCACC ACAGTGCTAG ATTGGGCAAA CAATAAAGGA
ATTGGCTTCT CCTCCTTTAT CTCTTTAGGT GATGCGACCG ATATCGATTT CGATGAATTG
CTCGACTACC TTGGACGAGA TTCTCGCACA AGCGCCATCT TACTCTATGT TGACTCCATC
AATAAAAAGC GCCACTTTCT TTCTGCAGCA AGAGCAGCGG CAAGAAACAA ACCTATTTTA
GTGATCAAAT CTGGCCGAAG TTTTGAAGGC TCTAATGCAG CCAAGTTACA CACAGGGGGG
TTAACGGGAA ATGACGCCGT TTATGAAGCC GCTTTTCGGC GGGCAGGTAT GTTGCGGGTC
AATGATCTAA TTGAACTTTT TGCCGCTGTA GAGACTTTAG CTCACTCATC TCCCCTACTG
GGTGAGCGAT TAGCCATTGT CAGTAATGGC GGCGGCCCTG CAGTCTTAGC CTTAGATCAG
TTGATCTTGG GAGGCGGGAA AAGTACCGCA CTGGATATCG ATACTTTTAA ACAGTTAGAT
GAACTACTTC CCTCTACCTG GTCAAGACAA AATCCAGTGG ATATCGGTGG CGACTCAGAC
GCCAAGCGCT ATACACAAAC CGTTAAAATT ATGATGGATA GTGGGACAGC TGATGCCATT
TTGGTGCTGC ACTCCCCCTC TGCACTCGGT GATAGTGTAG AGATAGCAAG CTCCCTCGCA
GAGATGATCT CAACCCATCC TAAACGCAAC AAAGTTAACG TTCTTACAAA CTGGAGCGGT
GAGGACTCAG CTTATTTGGC CCGAAAGCAC TTTAATAAAG CTGGGATCCC GACCTATAGA
ACACCAGAGG GTGCTGTAGG TGCCTTTATG CACATGGTAG AGTATCGTCG TAACCAAAAA
CTACTTCAAG AAGTCCCAGA GTCTATCCCC GAAAATATAC CTACAGATGT CGAGCTAGCA
AGAACGCTAC TCACTCAAGC TTATGATGCA GGCAAACGCA TTCTTGAAAC CCATGAGTCG
AAAGATATTC TCTCAGCTTA TGGATTAAAA ACCATCGACA CCTATGTTGC GGAGACCCCA
GAAGACGCTG TAAAAATAGC TAACACGATT GGCTATCCTG TCGCCATTAA GGTGCAATCA
CCAGACATTC ATCATAAGTC TGATGTACAT GGCGTTATGC TAAATTTAAG CAGTCAAGAT
GAGGTTTGCC TCGCAGCGAA AGCGATTAAA ACGCGGGTAC ATGATATCAA CCCTGATGCA
GAGATTGAGG GATTAATCGT CCAAAAAATG GCTCTGACAG CCGGTGCACA GGAGATACGA
GTTGCGGTTA TCGACGATCC CGTTTTCGGT CCAGCAATTT TATTGGGAGA AGGAGGCTCT
GAATGGGATC CTGCCAGAGA TGCTGTTGTT GCACTACCGC CATTAAATAT GACCTTAGCC
CGTTATATGG TGATTCAGGC ACTCAAGACA CAGAAGTTAA AAGATAGGCA CCTGCCATTA
GGCCTAGACA TGAACGCCTT GTGTGTCATG CTGACACAGA TCTCACACTT AGTCATCGAC
TGCCCTGAAA TTGCTCGTCT AGATCTTAAT CCAGTACTGT GCGCAGGTGA AAATATCACC
CTGCTTGATG TGAATATTCA ACTGCATCAA GTGCAGATAG ATAACGCTTC AAGACTTGCT
ATCTCCCCTT ACCCAAAAGA GCTAGAACAG AAAACCACAT TGAAAAATGG TCGTGATGTG
ATGTTAAGGC CCATCTTGCC TGAAGATGAA CCTAAACACC TTATTTTCGA CAACTCACTC
TCCGATGAAG ACAGATATAA ACGCTATTTT GGTGTTAGGT CTAAAATGAC TCACGAGGAG
ATGGCGGTAT TAACCCAGAT AGATTACGCA CGGGAGATGG CATTTATCGC CATTGGTAAG
GACGAAAACG GAGAAGACCT GACCTTAGGT GCTATCAGAG CATCTATCGA CCCCGACAAC
ACCGAAGCTG AATTTGCGAT GGCTGTACGA AGCGATCATC AGGGACAAGG TTTAGGTCGA
TTATTGCTTG AAAAGCTCAT CAGTTACTAT CGATCTAACG ATACACAAAT GTTGACAGGA
TTTACCATGT TTGAAAACCG CAGCATGGCA AACCTAGCTA AAAGCTTGGG CTTCACTGTT
ACTTTTGATA TGGAGGAGCA CCTAATCAAG ATGGATATGC AGCTGAAGTA A
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| Protein sequence | MSQRTLHTLF KPKSIAIIGA SNTEKRAGNV VIKNLLAGGF SGPIMPVTPK YEAVMGVLAY
PNIEALPLIP DLAIICTAAF RVPAIAETLA QFGCKVAIIM ASGMADQNNE DGQSLLEETK
QNAQRYGMRI LGPNSLGMML PNLGLNASLA HTSALPGKIA FVSQSAAICT TVLDWANNKG
IGFSSFISLG DATDIDFDEL LDYLGRDSRT SAILLYVDSI NKKRHFLSAA RAAARNKPIL
VIKSGRSFEG SNAAKLHTGG LTGNDAVYEA AFRRAGMLRV NDLIELFAAV ETLAHSSPLL
GERLAIVSNG GGPAVLALDQ LILGGGKSTA LDIDTFKQLD ELLPSTWSRQ NPVDIGGDSD
AKRYTQTVKI MMDSGTADAI LVLHSPSALG DSVEIASSLA EMISTHPKRN KVNVLTNWSG
EDSAYLARKH FNKAGIPTYR TPEGAVGAFM HMVEYRRNQK LLQEVPESIP ENIPTDVELA
RTLLTQAYDA GKRILETHES KDILSAYGLK TIDTYVAETP EDAVKIANTI GYPVAIKVQS
PDIHHKSDVH GVMLNLSSQD EVCLAAKAIK TRVHDINPDA EIEGLIVQKM ALTAGAQEIR
VAVIDDPVFG PAILLGEGGS EWDPARDAVV ALPPLNMTLA RYMVIQALKT QKLKDRHLPL
GLDMNALCVM LTQISHLVID CPEIARLDLN PVLCAGENIT LLDVNIQLHQ VQIDNASRLA
ISPYPKELEQ KTTLKNGRDV MLRPILPEDE PKHLIFDNSL SDEDRYKRYF GVRSKMTHEE
MAVLTQIDYA REMAFIAIGK DENGEDLTLG AIRASIDPDN TEAEFAMAVR SDHQGQGLGR
LLLEKLISYY RSNDTQMLTG FTMFENRSMA NLAKSLGFTV TFDMEEHLIK MDMQLK
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