| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2363 |
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| Symbol | |
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| ID | 6116634 |
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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 | 2896691 |
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| End bp | 2899777 |
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| Gene Length | 3087 bp |
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| Protein Length | 1028 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 641633869 |
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| Product | hypothetical protein |
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| Protein accession | YP_001760737 |
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| Protein GI | 170726711 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG1305] Transglutaminase-like enzymes, putative cysteine proteases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.429657 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGTCTATGT CACTCTTCAA CTATATTCTT TTTTTTAGAA AACGAATGTC ACCAGTTTGT
CAGCTAGCTG GTTGTGTTAA ATTTGCGTTT TTGCTACTTC TATTCCCGCA AATGGCATTC
GCTGCAGCGC AATATACTGT CGAAATCAAA CCCGCTCCCG TTTGGGTACA GCAGGTACAG
ACCTCAAAAC CAGACACCAT CCCTGTAGAT GATATTGAGT CAGGCAACTA CTATTTACTG
GTGGATAATC AATTAAAGAT TGATGAAACC AGTTCTAAGG TAAGGTTTAA CCGTATACAG
CAGTTAGTGG TCAATCAAAG AGGATTAGAG CATAACTCCC AGATAGAAGT GGATTTCGAC
CCCTTGTATG AATCTTTGGT GTTTCACTCT CTTGCTATTA TTCGTGACGA TCAAACCATA
GATAAACTTG CTAGTAGTGA TATTTCAGTA TTAAAACAGG AGGGACGAAT TGAACAAGGT
CTCTATGATG GCCGGTTAAC CGCTAATATC ATTTTGGCTG ATCTGCGTGT TGGTGATGTT
ATTGATTATA GCTACTCAGT TATTGGTGCT AACCCAATTT ATCAGGGCAT ATTCTCCTAC
CGTCGTACTC TGCAATGGTC TGTGCCACTT TATGCACAGA GTGTAAGAGT TTTGTGGGGT
AAGACAAAAC CTCTGTATGT GGATGTCAGA AATGCGCCAA ATACTGTATC ACACAAGGAT
ATCACCTTAG ATAACAAGCC TTACGTTGAA TACGCTATTT CACGCTCGAA TAGCCCAATA
TTGATAACTG AAAGCAATAC ACCGACTTGG TATAACCCGT TCGTTACTGT GTATTTCTCA
GAGATTAATC ACTGGGGTAG AGTAGTTGAT TGGGCTCAGC CCTTGTATCA TCAACCCGAG
ATAAATGCTA ACAATGTTCA AGAGGTCATT AATGAGATTA AACTCAAAAC CTCGGTGCCC
AATCAGCAAG TCATGTTGGC ACTTAACTAT GTTCAAGATC AGATCCGCTA CTTAGGCCTT
GAGATGGGCA TTAACTCGCA CCAGCCGTCC AAAGCTGAAG ATACTCTAGA GCGGCGTTAT
GGAGACTGTA AAGACAAGGT CGTCTTGTTC ATCGCGCTGC TTAAAGGCAT GGATATTGAT
GCATACCCAG TATTAGTCGA TACCGAAGAG GGCCTAGATC TGCCTTTACA ACCTGTGTCG
ATAAACGCTT TCAATCATGT TATCGCTAAA GTTCAAGTAT TGGGTATGAC TTATTGGCTA
GATCCAACCA TGAATTATCA AAGAGGGCCT TTGAGTGCTA TTTACCAAGC AGATTATGAT
TACGGTTTAG TGATTAAGCC CGGTGTCAGT GAACTAGCAG AGATTAAGAT CCATGATCCA
CAATCTATGT TGGTCAAAAC AGAAATCTAT GATCTAAGTG CAGGTAAGGA TGGTGAGTCA
AAACTAACAG CTAAGAACCA GTACCTTGGA GATAGAGCAC AGAATTTACG TTACCAACTC
GAAGATATCG GTTTTAAAGC ACTGCAGTCC CTTTATGAAG ATTATTATCG GGAGCTTTTT
TCCGATATAA AGTTAATCGA TAAAGTTATC ATTAGTGATG ACAAGCAAAC CGGCGTGCTC
TACACGCAAC AAGACTATGT TATTCAACAA GCGTGGCAAC CAGAAGGCGA TAATTTTGAC
ATTGGGTTTA CCAGCCACTC GATAAGAAAT GCACTAAATA AACCGAGTAA AGCTGAGCGC
AGCTCACCTT ATTGGATAAG TTTTCCAAAT AAGATCGACC ACACTATAGA GATAAAGGTA
TCGAACGGTA ATTGGACTTT TCCTAGTGAA TCATTAGTGG AGGATAACCC ATACTTCTCC
TATGAGTACT CTGTAAACTT TAATGATGAC GCTAAATTGC TCACCCTTAA GTTTAATTAC
CGCTCGAAAG CAGGAGCTAT CCCTGAGATG AACATAGGGG ACTATATTGC TGCTATTGAA
AAGATAGAGG AGTCACTTTA CTACTCTATC ATCACTTATG GAGATGGCGC GTCTACGGCA
AATGAAGCAA GTGACTCAGG AGCTGCAGTT AACGAAGGCC TGAGTACTCA GGATGAGTTG
ATTTTATTCG CTGTACTGCT GTATATCTTA GGTGTGATCT ATGCCATTGC AACCTGGCGA
ATCGATTCGA GTAGTCGACT TGAGTATTGT GATGAAGTGT ATTATCCGGT ATCCCGACGA
AAGATGCTCA TCTTATCTTT GGCAACTGGT GGGATTTATA CCAGTTATTG GATCTATAGA
AACTGGAAGT ATGTAAAACA GACTGAGCAG TTGGGCATTA TGCCAATCGC TAGGGGAATA
TTTAGTGCCT TTTGGTATTA CCCCTTATTC AGTCACTTAG TTGCTGACAG TAAAGCACGG
TTTGCTAAAA ATACCATCAT GCCCATGGGT ATAGGAGTTG TCGCAGCGAT ACTATTTTTT
ATTGCAAACT ACAGCTATAA CACAGATAAC TGGTATCTAG TCGGGATGCT TGCCTCTCCA
ATCCTTCTGT TTCCGATGCT TAGTTATATT ATTGGGCTTA ATGGCAGAGA CTCTCACGCT
TATATTGCAA ACTCTAAGTG GAAAGCACGC CACAGTGTCA TTTCCCTGCT TTTTCTCCCT
TGGATATTTT TTGCTGTCGG CAAAGATTTA GCAATTTTGC CATCTGGAAA GGTCTTAATG
GGTGAGCAAC TATTCCAACG TAATATCGAT TTTATGAATG ACAACAATAT CGTTAAAGAT
AATGAAGATA TTTTGATGTT CTATAGTGAT GGACTCATCA GTTATGAAGA TGATGGTAAT
GGGTTTACTC GCTCTAGCGT TTTTTCCTAT TGGAATGAGG AGGGCGAGCT TAATATCAAA
ACCGCAGACT TTGTCGATGT AAAAAACCTT AAAGTTGAAT ATGGCAATGA TACGGATGAA
CAAACGGTGA TCACAGTAGA GTTAAATGAT GAGAGTCAAT TTTTACTGAT CATCTCCACC
TTAGACAAGC TAGATCAAGA CTTCTATCAA AGGTTAAGGA AGAATTGGTA TCAGACGAAT
AAGCTTGCAG ACAATAAAGA GAGTTAA
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| Protein sequence | MSMSLFNYIL FFRKRMSPVC QLAGCVKFAF LLLLFPQMAF AAAQYTVEIK PAPVWVQQVQ
TSKPDTIPVD DIESGNYYLL VDNQLKIDET SSKVRFNRIQ QLVVNQRGLE HNSQIEVDFD
PLYESLVFHS LAIIRDDQTI DKLASSDISV LKQEGRIEQG LYDGRLTANI ILADLRVGDV
IDYSYSVIGA NPIYQGIFSY RRTLQWSVPL YAQSVRVLWG KTKPLYVDVR NAPNTVSHKD
ITLDNKPYVE YAISRSNSPI LITESNTPTW YNPFVTVYFS EINHWGRVVD WAQPLYHQPE
INANNVQEVI NEIKLKTSVP NQQVMLALNY VQDQIRYLGL EMGINSHQPS KAEDTLERRY
GDCKDKVVLF IALLKGMDID AYPVLVDTEE GLDLPLQPVS INAFNHVIAK VQVLGMTYWL
DPTMNYQRGP LSAIYQADYD YGLVIKPGVS ELAEIKIHDP QSMLVKTEIY DLSAGKDGES
KLTAKNQYLG DRAQNLRYQL EDIGFKALQS LYEDYYRELF SDIKLIDKVI ISDDKQTGVL
YTQQDYVIQQ AWQPEGDNFD IGFTSHSIRN ALNKPSKAER SSPYWISFPN KIDHTIEIKV
SNGNWTFPSE SLVEDNPYFS YEYSVNFNDD AKLLTLKFNY RSKAGAIPEM NIGDYIAAIE
KIEESLYYSI ITYGDGASTA NEASDSGAAV NEGLSTQDEL ILFAVLLYIL GVIYAIATWR
IDSSSRLEYC DEVYYPVSRR KMLILSLATG GIYTSYWIYR NWKYVKQTEQ LGIMPIARGI
FSAFWYYPLF SHLVADSKAR FAKNTIMPMG IGVVAAILFF IANYSYNTDN WYLVGMLASP
ILLFPMLSYI IGLNGRDSHA YIANSKWKAR HSVISLLFLP WIFFAVGKDL AILPSGKVLM
GEQLFQRNID FMNDNNIVKD NEDILMFYSD GLISYEDDGN GFTRSSVFSY WNEEGELNIK
TADFVDVKNL KVEYGNDTDE QTVITVELND ESQFLLIIST LDKLDQDFYQ RLRKNWYQTN
KLADNKES
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