| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_3739 |
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| Symbol | |
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| ID | 4280632 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | - |
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| Start bp | 4444252 |
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| End bp | 4448850 |
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| Gene Length | 4599 bp |
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| Protein Length | 1532 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638136552 |
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| Product | hypothetical protein |
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| Protein accession | YP_752405 |
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| Protein GI | 114564891 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGGGAATTA ATTCAATTAG TCGCTTTGTT GCTAGTTCTT TTGTGGTCAT GGCTTTACTG
GTTCAGAGTG TTTTTGCGTT TGATATTATT GATGAGTCTG TAATGTGGCC TGACGTAGCT
CAAGGGCATC ACCAGTACAA TAATAATAGT TGTCATAAAA TTACGAATCC CCAGCTAATG
ATGCAAAGCG GTTCAAGAAT CAATGGTACG TTAGGGGATA GTTTAGCGTT TTGTTCAATT
AATACCGGTT CAGGTTTACC TAGTGATAGT TGTGACACTG CTACTGGAGG CGATCGCTAT
TGTGATGTAA TGAAAAGTGA TATAAGTGGA TTGCAATTAA CTGGTGGCAA TAAATTTCAA
AGTAGTAAAG GGACAAGTGG TGGATTGGGC TCTTGTACAG GCAATCAAAA CATTGTTTTG
GGAAATACTG GTCTAAACCA ATTTAATTCA ATTACGCTAT ATTCTGCTTG TACTGTAACA
ATGTCTTCGA CACAACAAGA ATATTATTTT AACAAAATAG AAGCTGGAAA TGGGGCTAAA
TTAATTTTTC CAGCCGGTGA TTATTGGATC GATTCTTTAA TATTAAATCA AAATGCAGAA
ATCGTATTAC AAGGGGATGT TAGATTATTT ATCGGTAGTG ATTCTGAATT AAATAACGGT
AAAATAAATG CTGTAAATTC GAGTGCTTTA CAACTAATCG CGTATAAAAA TTTAACTTTG
AATACTGGTT CTGTTATTGG TGGGTATATT TATAGCGATG AAAAATTGAC TCTTAATAAC
AACTCAATTA TTAACGGGCG CGTAACATCT AAATATTTAT GGCTTAATTC TAACAATCAA
ATTAATGATA CCGTTTCAAC ACCTGCTGTG TTCCATATTC AATATGGTAA AGCGACGGCA
AATAGTATTA CTTTTGACAA ACAATTTCCT ACAGGTGTGA CGCCCTTAGT CTTTTTAATG
CCGACTGTAG AGAATAGTAA TAACGACGGC CCCGCATCAG TATTTATTGA TAGTGTATCG
GAACAAGGGT TTACCTGGTC AAAAAAAGAG CCTGAATCAC CTAATAACCG TTATGTAGCA
TCAAAGGAAA TGGCTGAAAT TCACTGGATA GCTGTCACTC CTGGAACCTA TAAATTACCA
AACGACACAA AACTTATCGC CGGTGCTGTT GACTACGATC AGGCTTTAAT TGGTTCGAAT
TCACCTTATA CACCTGTTGC TTTACCTTCT ACTCAAGATG TTTTGTTAAA TCAAATCCAA
ACTAAAAATA ATAACTGTTG GTTCACTAGC ACGTCGGAAT TTACCAAGTC AGGTATACAA
CTTGCGTTAG ATACTTCAGA GGTCAGAAGT AACAATAGAA AATGTCAACC AGGTGATTTG
AACAATAATC AAATTCAAAA TGAAACCATT GGCTATTTAT CATTTAAATC GGGTAGTGGC
ACAATGAAAT TAAATGGTGT CGACACTAAT TATCATTTTG GCAAAGCGCA AACCTTTACA
GATAATGGTA CCAAAGATAT TAGTGATCAA TGTCGTTATA CCACGCCTTT AATTGGCTTT
AAGGGAGTCC CTATATTAGT TGCGGGTAAA AACAGCCGCT TAGGTGGCGA TGGCGGCTGG
CTTCGTCGTT GTCAGTTGAC TAACGACAAA GTGAGTATGG TCGTTGACGA AGATACTTTT
AGAGATAACG ACCGCAAACA TCGTTGGGAG AATTACAGTT TTGTGGCTTT TGAGAAAAAA
GTAGACACCT TAACGTGTTT TACCGACGAT TTTAATCGCA CTGATGTCGG TGATGATTGG
GCTCTTAAGG TATTAGGCTC TTCATTACCG CCCTCAATAA AGGAAGGGCG TCTGCGTTTT
ACCTCTGCTA GCGGTAATCA AGCGACATCC AGTACTTATC AGCGATTATT CCCTGCTGCG
AATAATTTAG TTGAGCTGGA GTTTGACTAT TATGCTTGGT CGAGTCTAAG TGGCACAGGG
GCTGACGGCA TTGCAATTAT CTTGTCCGAT GCCAGTATTA CTCCTCAGCC TGGCAGTTTT
GGTGGTGCCT TAGGATATGC CCAGCGTAAC AACGGCACTC CCGGTTTTGC TGGTGGTTGG
TTAGGTATCG CACTGGATGA GTATGGTAAT TTTTCTAGCC CCAATGAAGG TAAAGTGGGT
GGACCAGGCT TTAGAAGTCA GGCGGTGGCT ATCCGTGGTT CCTCAGGCAC AAATTACCAA
TATCTAACAG GTACTAATGC CAACATTTCC CCCAGAATTG ATGTGCGCAA TACGGCCAGT
GCTCAGCCAA ACCATAAATA TAAAATCATC ATCGATTCGC GAACACCAGG CAAAGCCATG
GTATCAGTGC TGCGTGATAC GTTAAATAGA GATAATCCAG CTGACTTCGT GACTTTAATC
GCTCCTTTTG ATGCATTAAG TTTCTCTGGG CAAGCTCCTG TCCCTAAAGA TTTTTACTTA
TCTATAACTG GCTCTACGGG TGGCTCTAAC AATAATCATG AGATGGATAA CTTTAAGGTT
TGTGCCCTTA AATCCAATCC GGTCGGTCAA CAAATTCATC ATTTTGAGTT TGACTATACC
AGCTCGCCAT TTACCTGTAA GGCCGAAACC ATGACGGTCA GAGCCTGTAA AGATGCGGTA
TGTAATTTGT TTACTGATCC CGTAGAGGCT AATTTGTCGC TTGCTCCTAA TTCAAATGGT
GCTTGGTATG TCGACAGTAG TAAAACAAAT GTAGTGAGGT TTGAAAATGG TAGTGCAACG
GTCGCTTTAC GCAACAATGT GACTACGCCA ACCACTATTG GGGTAACATC TTCCATTCCT
TCAACCATAG CAGGCAGTAA CACCTTGTGC CGCCGTGGTT CGGGAGGGCT AACTACAGCA
AGTTGTACCT TAAGCTTTGC CGAGAGCGGT TTTATTTTTG TTGTGCCAGA TAAGCTGGCA
AACAAGCCTA CTGACAACAT TACTATTAGT GCAGTGAAAA CCTCAGATAT CACTCAACAG
TGCGTACCTC TGTTTTCCAA AACCACTAAA AATGTCAATT TTTGGAGCTC TTATATCGAC
CCCATCAATC CAATTAATGG CCAGTCATTA ACAGTAAATA GTACCGTGGT GGGTAAACAG
AGTAGTGCAG CAACCACGCT TGCGTTGGCA TTTGATGCAG AAGGTAAAGC AGATATTATT
GTTAACTATC CAGATGCAGG AAAAATGCAG CTAGATGCAA AGTTTACTGG CACAGGTGAT
GAACAAGGCT TGGTGATGGT TGGTTCAGAT CAGTTTGTGA GCTTTCCGGT AGGTTTATGC
GTTACCCCCA AAGATAATGC TGCACAGTGG TCTAAAAATA ACGGTATTTA TAATCCATAT
AAAAAAGCAG GCGAGTCATT TGATCTAATT ATTCAAGGCA AAGCATGGCA AGTGGATGGT
GACACAAATT ACTGTGATAA TTTAAATACC CCTAATTACG CCCATGAAAA AATTGAGTTA
GGCCATCAAT TGATTGATCC GCTCGGAGGA GTGTTGGGTG CTGTGGGCTC ATCGCGATAC
AATCATGTTG CGCAAACCAC TAACAGTAAT ACCGTGTCTC AGTCGGTAAC CGAAGTTGGT
GTGTTTCAGT TTACAGCTAA CCCACCACTT GGCTATTTGG GTTCGAATTT TCATGATATT
CCACTCGCTG TATCACCTAC CATGGGTCGC TTTGTGCCAG ACCGATTTGT TGTGAGTAGT
TCAAGTGTGT TGCCATCTTG CGGTAGCTTT ACTTATATGG ATCAACCTTT TGGCCTGACG
TTGACTTTGA GCGCATTTAA TACCGGTACT TATATCACCA AAAATTATCA AGGTGCTTTT
GCTAAAGGTA CTGCAAACCT TGTGGGTGAA AACATTAACA ATGGTGTAGA TTTGAGTGGC
AGATTAAGCA CTCTACCTAT TAATGCTGGG TCTTGGGCGT TGGGTGAAGC AAACGTAGGA
TTATCTTATC AAGCTAATTT TAGTCGTACA GTGTCCCCAA GTGTTGATGG ACCATTTAGT
CAGTTAGCTA TTGGTGTGCA AGCTTTTGAT AATGATGGTG ACTGGTCGTT TATTGCATCA
CCAGATATGC GAGCCAACAG CAGTGCTATT TGTGCTGATA ATAGTAACTG CAACGCGAAA
CTGTTGTCGA CTCAGGATTT TCGTCATGGC AGAGTGGTGA TGGACAATAC TTATGGCCCT
GAAAATGAAA TTTTACGCAT GCCAACGTAT GCCCAATATT GGAATGGTAG TACTTGGGTA
ACGAACATTA GTGATAGCTG TACTCAAGTT ATCGATCCGC TTGATGGCAG CGAAATATAC
ACACCATTAT TAACTTTTGG CCAAACGGTT ACCCGCAGTG ATGGCAACAG TACCGTCAAC
ATTCCGATGA CCAGTGGTCA GCTCCCTTTA TTATGGCAAA ACACTGGTTC TGCAGCATAT
CGGGGTCAAG TGACTGCACC GCTACAAGTG GAGGATTGGC TTAAGTGGTA TTGGGACCAA
GCAAGTCCGA CTCAACTCTA TGATCCAAGA GCAAGTGCGT ACTTTGGTCG CTACCGAGGA
CATGATAAGA TCATTTATTG GCGTGAGGTG AATCAATAA
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| Protein sequence | MGINSISRFV ASSFVVMALL VQSVFAFDII DESVMWPDVA QGHHQYNNNS CHKITNPQLM
MQSGSRINGT LGDSLAFCSI NTGSGLPSDS CDTATGGDRY CDVMKSDISG LQLTGGNKFQ
SSKGTSGGLG SCTGNQNIVL GNTGLNQFNS ITLYSACTVT MSSTQQEYYF NKIEAGNGAK
LIFPAGDYWI DSLILNQNAE IVLQGDVRLF IGSDSELNNG KINAVNSSAL QLIAYKNLTL
NTGSVIGGYI YSDEKLTLNN NSIINGRVTS KYLWLNSNNQ INDTVSTPAV FHIQYGKATA
NSITFDKQFP TGVTPLVFLM PTVENSNNDG PASVFIDSVS EQGFTWSKKE PESPNNRYVA
SKEMAEIHWI AVTPGTYKLP NDTKLIAGAV DYDQALIGSN SPYTPVALPS TQDVLLNQIQ
TKNNNCWFTS TSEFTKSGIQ LALDTSEVRS NNRKCQPGDL NNNQIQNETI GYLSFKSGSG
TMKLNGVDTN YHFGKAQTFT DNGTKDISDQ CRYTTPLIGF KGVPILVAGK NSRLGGDGGW
LRRCQLTNDK VSMVVDEDTF RDNDRKHRWE NYSFVAFEKK VDTLTCFTDD FNRTDVGDDW
ALKVLGSSLP PSIKEGRLRF TSASGNQATS STYQRLFPAA NNLVELEFDY YAWSSLSGTG
ADGIAIILSD ASITPQPGSF GGALGYAQRN NGTPGFAGGW LGIALDEYGN FSSPNEGKVG
GPGFRSQAVA IRGSSGTNYQ YLTGTNANIS PRIDVRNTAS AQPNHKYKII IDSRTPGKAM
VSVLRDTLNR DNPADFVTLI APFDALSFSG QAPVPKDFYL SITGSTGGSN NNHEMDNFKV
CALKSNPVGQ QIHHFEFDYT SSPFTCKAET MTVRACKDAV CNLFTDPVEA NLSLAPNSNG
AWYVDSSKTN VVRFENGSAT VALRNNVTTP TTIGVTSSIP STIAGSNTLC RRGSGGLTTA
SCTLSFAESG FIFVVPDKLA NKPTDNITIS AVKTSDITQQ CVPLFSKTTK NVNFWSSYID
PINPINGQSL TVNSTVVGKQ SSAATTLALA FDAEGKADII VNYPDAGKMQ LDAKFTGTGD
EQGLVMVGSD QFVSFPVGLC VTPKDNAAQW SKNNGIYNPY KKAGESFDLI IQGKAWQVDG
DTNYCDNLNT PNYAHEKIEL GHQLIDPLGG VLGAVGSSRY NHVAQTTNSN TVSQSVTEVG
VFQFTANPPL GYLGSNFHDI PLAVSPTMGR FVPDRFVVSS SSVLPSCGSF TYMDQPFGLT
LTLSAFNTGT YITKNYQGAF AKGTANLVGE NINNGVDLSG RLSTLPINAG SWALGEANVG
LSYQANFSRT VSPSVDGPFS QLAIGVQAFD NDGDWSFIAS PDMRANSSAI CADNSNCNAK
LLSTQDFRHG RVVMDNTYGP ENEILRMPTY AQYWNGSTWV TNISDSCTQV IDPLDGSEIY
TPLLTFGQTV TRSDGNSTVN IPMTSGQLPL LWQNTGSAAY RGQVTAPLQV EDWLKWYWDQ
ASPTQLYDPR ASAYFGRYRG HDKIIYWREV NQ
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