| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2841 |
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| Symbol | |
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| ID | 4842982 |
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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 baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 3342754 |
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| End bp | 3345831 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640120091 |
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| Product | hypothetical protein |
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| Protein accession | YP_001051195 |
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| Protein GI | 126175046 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0744] Membrane carboxypeptidase (penicillin-binding protein) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | TTGCCTAATT CCCCGTCAGA GATGAAGTTC GAAAATTATC GTCCTCGTCC ACCACAACCC
GAACCTAAGG TGAAGGTTAA GACTCCGCGT AAAGCCAGAT CAAAGGGCAG AGTCTGGTTC
TTATTTTTTA TTTTGATTTG CTGTATCGCA TTATTGATTG GCCTTGAAGT GAAAACCTCG
TTTTATCAAG CCAAATATAT CAATCAATAT GCTAAGACGC TCACCTATGA ATTAGAAAAC
TCACCGAGCA CAGCGGTGAT TTATCCAAGT TATGGCCCCT TTGATGAGCG CCATGGTTAT
AGTAAGTTAC CTCAGTATAT CGACCGATTA ATGCAACGGA ATTTTCAGGT GACGCAGCAA
GTGGCATTTT CGCCTGCCTT GCAGGAATAC GCGCAGCTGG GATTTTTCCC GCCTTACCAC
GAAAAGGCAC AATCTGGCTT AACGCTGCTC GATTGTCGCA ATACCGATTT GTACGAGTTC
GCCTATCCCA AACGGGTTTA TCAGGACGAC GATAAGATCC CCAATGAAAT CGTTAATACC
TTATTATTTA TTGAAAACCG CGAGTTATGG ACCACGGAAG ATAAACTCAA TCCCGTGATC
GACTGGCCAC GTTTTGTGGT GGCGGGGATG AGCCAAATTG CAGAGATGGT CGGCATGAAT
GTGTCTACCG CCGGTGGCAG TACGCTGGCG ACTCAGATTG AAAAATTCCG CCATTCTTCC
CAAGGCTTAA CCTTAAGCAT CAAGGATAAG TTATTACAAA TTGGCTCGGC CAGTGTGCGC
GTGTACCAGC AAGGTGAGAA TACCGAACCC GCTCGTAAGC GCATCGTCCA AGATTATTTA
AACACAGTGC CATTATCCTC GGCGCCAAAT CATGGTGAAG TGCATGGTAT TGGTGATGGG
CTGTGGGCTT GGTTTGGCAC CGATTTCGAT ACCGCAAACA AGCTGTTAGC ATCGCCACAA
ATCAAGGGTA ATGCCGCCAA GCGTGGACAA GTATTCCGCC AAGTGGTCGC GCTGATGATC
GCCCAGCGTC GCCCTTCATA CTATTTATTG CAAGGTCATG AAGATCTTGA AAATTTAGTC
GATAGCCATA TCCGCTTACT CGGCCAATAT TACCTTATTG ACCGTGGTCT GCGTGATGCC
GCACTCGCGC AGAAATTGCA GTTTAGGGTC ACTAAGCCGC AACGAAATAC GCAATCGGGT
GCCGATAAGG GCGTGAATAC AGTGCGTATT CGTACTGCGG GCATGTTAAA TGTGGGGCTC
TACGATTTAG ACAGGCTCGA CTTGACGGTC AACAGTAGCT TACACAGTGA TTTACAGCAG
CAAGTGAGTC ACTACTTACG CAGCCTGGCG CAAGTGTCGA CCGCTGAGCA AGTGGGTTTA
TTGGGCGAGC GTTTACTCGA GCCAAGCCAA CTGCAAAACG TGCTGTATAG CTTTACGCTT
TACGAGCGTA CCGACACCGC CAACCGAGTT CGTGTGCAGA CCGACAGTAC CGACCAACCC
TTTGATATTA ACGAAGGCAG TAAGTTGGAA CTGGGTTCAA CCGCTAAATT GCGGGTGATG
GCGACCTACT TAGAAATCAT TGCCGAGATC CACGAAAAAT ATTCTAAAAA ACATGGTATT
GAACTGGAAT CTATCATTAT CGAACCTAGG GATCACTTAA CCCGTTGGGC GATTGATTAC
TTGATTGTGA ATCCTGATAG ACGTTTAGAT CGCATGTTAG ATGCGGCGCT ACAGCGGGAA
TATTCAGCCT CAACCAGTGA GCAGTTCTTT ACCGGTGGTG GTTTGCATGT GTTTAATAAC
TTCAAAAAAT CGGAAGATGT TAAAACACCG ACACTCTACC AAGCATTGCA GGATTCGATT
AACTTACCGT TTGTGCGCCT CATGCGCGAC ATAGTCAATT ACAGCAGCAG TATGCAAAAC
GAGGGCAATA TGGCCCAGTT GCTGCGTAAC GATAAAGATC CGCGCCGCGA CGAATACCTG
CGGGTATTTG CCGATAGAGA GGGTAATACC TTCGTCACTA AGTTTTATCG CAAGTATAAA
AAAGTGGCTG CGAATGAGCG TTTTGGGATG TTCTTCGACG GTTTATCCCA GTCGGAGCAA
CAATTAACGT CGGCGTATCG CTACCTCTTA CCCGATGAAC CTATGTCGGC ATTTAAGGCT
TTTCTGCAGC AAAGATTGCC GCAGGTGAGT TATACCGATG GTCGTATTAA GAGCTTATAT
AACAAGTACG GCCCTGATAA ATATAACCTG CCGGATCAAG GTTATATCGC ACGGGTGCAT
CCGTTGGAAT TGTGGGTGCT GGATTATCTT AATCACAATC CCGAGGCTAA TTTGAACGAT
GTGAAACAGG CGAGTGAAGC ACAACGCCAA GAGGTTTATC GTTGGTTGTT TAGGACGCGA
CATAAAAACG CCCGTGACGT TCGAGTGCAA GTGATGCTCG AAGTGGAAGC CTTCCTCGAT
ATACATCAGC GTTGGGCGCG TTTAGGTTAC CCCTTTGATG CTATGGTGCC ATCCTTAGGT
TCGGCGCTCG GCAGCTCGGG AGATAGACCT GCGGCCTTGG CCGAACTCAT GGGCATTATT
CAGAATGATG GTTATCGTTT GCCTACCGTG CGTATCAATC AGCTGCATTT CGCCGCCGAT
ACGCCCTATG AAGTGACGCT GGAGAATCAG AACACCCAAG GTGAGCGAGT CATGCGCCAT
GAAGTCGCGC AAGCCCTAAA AGCGGCGCTG GCGAACGTAG TGCAAAATGG TACAGCTCGT
CGTTTGAAGG GCATTTTTAC CGATGAAAAA GGCGAGATGT TAGCCATAGG CGGGAAAACC
GGCACCGGTG ATAACCGTAT CGTGACTCAG ATGCAGCAAG GTAAAAAAGT GGCGACGACT
GCCATGAACC GCACCGCGAC CTTCGTGTTT TATCTGGGGG ATAAATACTT CGGCACTTTG
ACGGCCTTCG TGCCCGGCAG TAAATCCGAT GATTTTAGTT TTACCTCGGC GCTGCCATTA
CAAGTGATGA AAGGCATGAT GCCTATTCTG TCTCCCTATG TGAAAACAGA GCAGGGGATG
TGCGTGGTAA ACGAATAA
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| Protein sequence | MPNSPSEMKF ENYRPRPPQP EPKVKVKTPR KARSKGRVWF LFFILICCIA LLIGLEVKTS
FYQAKYINQY AKTLTYELEN SPSTAVIYPS YGPFDERHGY SKLPQYIDRL MQRNFQVTQQ
VAFSPALQEY AQLGFFPPYH EKAQSGLTLL DCRNTDLYEF AYPKRVYQDD DKIPNEIVNT
LLFIENRELW TTEDKLNPVI DWPRFVVAGM SQIAEMVGMN VSTAGGSTLA TQIEKFRHSS
QGLTLSIKDK LLQIGSASVR VYQQGENTEP ARKRIVQDYL NTVPLSSAPN HGEVHGIGDG
LWAWFGTDFD TANKLLASPQ IKGNAAKRGQ VFRQVVALMI AQRRPSYYLL QGHEDLENLV
DSHIRLLGQY YLIDRGLRDA ALAQKLQFRV TKPQRNTQSG ADKGVNTVRI RTAGMLNVGL
YDLDRLDLTV NSSLHSDLQQ QVSHYLRSLA QVSTAEQVGL LGERLLEPSQ LQNVLYSFTL
YERTDTANRV RVQTDSTDQP FDINEGSKLE LGSTAKLRVM ATYLEIIAEI HEKYSKKHGI
ELESIIIEPR DHLTRWAIDY LIVNPDRRLD RMLDAALQRE YSASTSEQFF TGGGLHVFNN
FKKSEDVKTP TLYQALQDSI NLPFVRLMRD IVNYSSSMQN EGNMAQLLRN DKDPRRDEYL
RVFADREGNT FVTKFYRKYK KVAANERFGM FFDGLSQSEQ QLTSAYRYLL PDEPMSAFKA
FLQQRLPQVS YTDGRIKSLY NKYGPDKYNL PDQGYIARVH PLELWVLDYL NHNPEANLND
VKQASEAQRQ EVYRWLFRTR HKNARDVRVQ VMLEVEAFLD IHQRWARLGY PFDAMVPSLG
SALGSSGDRP AALAELMGII QNDGYRLPTV RINQLHFAAD TPYEVTLENQ NTQGERVMRH
EVAQALKAAL ANVVQNGTAR RLKGIFTDEK GEMLAIGGKT GTGDNRIVTQ MQQGKKVATT
AMNRTATFVF YLGDKYFGTL TAFVPGSKSD DFSFTSALPL QVMKGMMPIL SPYVKTEQGM
CVVNE
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