| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_3242 |
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| Symbol | |
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| ID | 5370124 |
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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 OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 3876969 |
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| End bp | 3880292 |
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| Gene Length | 3324 bp |
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| Protein Length | 1107 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640831492 |
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| Product | hypothetical protein |
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| Protein accession | YP_001367432 |
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| Protein GI | 153001751 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | ATGGTAAAAG CTAAAAGAGC TGTAAAAAGA ACAAAAGGTA GAAACCAAGC TAATGTTACA
AGGAATAACT TAAAAGCTAG CTTTGTAGAA GAAATTAATG GTTTGAAAAA AATAAAAAGT
TTAGAAGCCT TCAAATCAGC TCTAGATAAA AAATTGTTAA ACCCTAATTT TCAAGCTAAT
TTCTTTTACA CCCCAGACTT ATTTAGAGAG AACTTTAGAA AAGAGTCTTT CGCTCTTAAA
AGCTCCGATT TACTTAAAGA GCTTCATATA TCAATAGTAA AAATAAATAA AAGCAAGAAT
GTAATAAATA AATTTGCCAA AATTAAATTA GATTTTGAGC GTTTTGTTTT AAGTGGCCAA
ATCGAACAAG CTGCTGAATG TTTGGAATCA GTAAGAGATC TCTATGGCTT ATCATATTGG
TATATCGAAA ATAAATTAGC GATATTAGTT AGGCAAGGTA GCAAATCGTT AATTACAGAC
TTTTATGATG AAGTGTCAAC CGAAAAATTG CGGCCTGTAG AAAAAAGGGA CTTTGATCTT
CTTTTTGACA AATCTTTAGA GACTATTCCG GCAGATAGAA TCGACTTTTC ACTTGATTCA
ATAATTGAAG GTTTATCACC TGATAGCACT GATTATTCTA CAATCGATTT CTTATTTCGT
TTTAATCCAG CCAAAGTAAG TGATTTTGAA GCAATCCTTA GATATTACGG ATCATGTAAT
ATTATAGATA TATATTTAAC CACAACGAGA ATATTTTATA CGCATTATGC AAATAAATTA
ATAAATGATG AAATGTTGGA TTTAATTTAT AGTGTGATAG GTATTGAAGA TGGTAAATGG
CTAAATTTTA TTTCCTTGTT AAAAGAAGAT TTTAAAATTA CAGATAGAGA AGAATCTTTT
TTGGAAATTT GTGACGAATA TATAAAAGGT AATTTCATAA AGGTTATAAC ATTAAGTGAA
TTAACTCTCA GAAAGTGGCC TGAAATGGTT GCGATATATG AGTTCTATGC TAATTCACTT
TATAATACTG GGGCTAAGTG TCAACTTAAC TCTAGTGGTC TTTTATTTCA ACTTATTGAT
ACAGCTTTAA TTTATATTGC AGCTCGTGGT GACTTGGATA TAAACACACT TAACAAAATA
TTTTATCAAC ATACGACTAT AGATGCTTGT CAGTTCATAA ATTTAATTAA ATCTAAAAGT
AACATTCTCA CACAAAAGAA AACATCTGAA ACTATCTATA GATTTATGGA TGTTAGCTCT
ACTTCTGTTA ATCCCTTCCG ACAGAATTCT TTTAATGATG GATCTTTTTG TCATAAGCTA
TTGACCAATG AACACTCCGA TGAAGTAATC GAGTCATTAC CTGAATATAG GGCTTTAAAA
AGAAAGGCCG ATCAGTTTTT TGAACAGAAA GATTATAAAG ATGCGAGTTT ATTATATGAA
AAAATTACAA CGCCTCCTCT ACACTTTAAA GACGAGCTAA TAATCAAGAA AATACTCTGT
TCTCTTAAGT CTGGCAATAT TGAAAGGGCT ACCATAGAGC TTTGTGAAAA GTATTTTTCA
AAAGATATCA ATATGAGGAG GTTTCCCTGT AAAGAGTTTT TGCAGGAGTT GGAAAACTTC
CCTGAAGAAT TACCATGTCT AATTCAAATT ACAATAGCAA TTTATATATT AACTAAAGTC
ACTAATGGGG ATATGCATAC AGTAGCTTTG TACTTCGATG ATTACATGGA CGATAAATCA
ATAAGTTTTC CAAGTGAAAT AATCCCTGAT ACAGTAGAAA AACGATTTCT ACTTGAATTT
GCTTTAAATA CAGATGTCTT GGAAGGTATT CATATATGTC GAAAAATTTA TGATGGTTCA
AGTCACTTGA TGTTCGACCG TGTACTTATT TTATCAAGCT TGCTTGACTC TGAACACGAT
GAGCAAAAAA AAGAGTTATT TAAAAATGAA ATTAGCTTTC TAGGACACCA ATATGCGAAG
AACTTTAGCT TAAAAGATTT AAGCCCCGGA AAGATTGAAG TTGACCGCGC AGTTTTGACA
AGTATGGCAC TAGAGAGCAA TAAGGATTTA TTTTCTATTA TATTGGACTC TTTAAAGTCG
GAACCACCTT TACCTGATTT TGATGAAACT GGTACATTTA AAGGCAATGA GAAAACCTCG
CATAGAGGTT CGTTTACTTT TGCATATCAG TTGCTCCTTG ATATTAGGGA TTTGTACACG
TTGGATGGGT ATTATGGTCT TGATTATTCT TTAAACACTG ATATTAGGCA TAATGGAATT
GTCCCTGTTA TAAGATCTGT ATTTGAGAAG CATAATTTAA TTTCAAATAA GGTAGATGGG
GAATATACTG ATAATGTCGA ATTTGAGATC CGATATAAAA GAGGTTTGTC ACCTTATTAT
TATGAACAGT TTCAAAATGA ACTGAAAGAA TTCTCTGCAT TTATAGATCT AAGAATCAAC
AATTTAAAAA CACGCGCCAT CAAGATAATT ACAAATGATA ATGATGATAA AGAACGTGTT
TTTAAATTTA TAATTTTAGA AGAAGATGTT AATAAACTTC TTTGTCTTAT TAGTGCAGGT
AGTAGTTACG AAGATTGTAT AAAATGGTGT TTTGATCATT TAGAAAACTT AACCGAAAAA
TCTATGGCGG TAGGTCGTGC ACTTATTTTG GACGGTTTAG ATTCAGAATT CACAGGTAAA
TTGACTAAAT TAAGTCAGTC TTTAAATAGT ATTGGTCGGG GTAACAAAGA TTTCCTAGAA
CGGATATCTT TAGTAAAAAA CGATCTAAAA AATACATTAA CGGAAGTTTC AGATTGGTTA
GCCTTTTCTA AAAAAACAGG AAAAGACTTT ACTTTAGATT TCCCTATATA TGAAGCTAAG
CTATTTGTTG AAAAGATATT TCCTAAAGTA AAAATCAATA TTTCTATAGA AAATAATGAT
GTTTCAGCCC TATATGATGG AAGAAGTTTA AAAAGCTTTA TTAAAGTATT TATTATGCTA
ATTGAAAATG CAGCCAAAAG AAGACTTTAT GATAGCAAGG TTAATGTAGT TGTAGACATA
TTCCAAGAAG GTCAAAGCGT TGTTATAAAC ACTTCAAATC CAACAAAAAA AATTGATGAA
GAAATTATCA ATAATATTAA TAAAAATATT AATGGGTTAG ATATAGTTTC TGAAGCAAAT
AGAGAAAAAG GAAGTGGTTT ATATAAGGTT AAAAAGATTT TTGATATTGA TCTAAAAATA
GAAAATGAAA TTAAAATAAT TACTCAGGCG AGAAAATTTA CAGTTTCAAT TAAATATTTA
AATAACTCAC TTCTAGTGGG GTAA
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| Protein sequence | MVKAKRAVKR TKGRNQANVT RNNLKASFVE EINGLKKIKS LEAFKSALDK KLLNPNFQAN
FFYTPDLFRE NFRKESFALK SSDLLKELHI SIVKINKSKN VINKFAKIKL DFERFVLSGQ
IEQAAECLES VRDLYGLSYW YIENKLAILV RQGSKSLITD FYDEVSTEKL RPVEKRDFDL
LFDKSLETIP ADRIDFSLDS IIEGLSPDST DYSTIDFLFR FNPAKVSDFE AILRYYGSCN
IIDIYLTTTR IFYTHYANKL INDEMLDLIY SVIGIEDGKW LNFISLLKED FKITDREESF
LEICDEYIKG NFIKVITLSE LTLRKWPEMV AIYEFYANSL YNTGAKCQLN SSGLLFQLID
TALIYIAARG DLDINTLNKI FYQHTTIDAC QFINLIKSKS NILTQKKTSE TIYRFMDVSS
TSVNPFRQNS FNDGSFCHKL LTNEHSDEVI ESLPEYRALK RKADQFFEQK DYKDASLLYE
KITTPPLHFK DELIIKKILC SLKSGNIERA TIELCEKYFS KDINMRRFPC KEFLQELENF
PEELPCLIQI TIAIYILTKV TNGDMHTVAL YFDDYMDDKS ISFPSEIIPD TVEKRFLLEF
ALNTDVLEGI HICRKIYDGS SHLMFDRVLI LSSLLDSEHD EQKKELFKNE ISFLGHQYAK
NFSLKDLSPG KIEVDRAVLT SMALESNKDL FSIILDSLKS EPPLPDFDET GTFKGNEKTS
HRGSFTFAYQ LLLDIRDLYT LDGYYGLDYS LNTDIRHNGI VPVIRSVFEK HNLISNKVDG
EYTDNVEFEI RYKRGLSPYY YEQFQNELKE FSAFIDLRIN NLKTRAIKII TNDNDDKERV
FKFIILEEDV NKLLCLISAG SSYEDCIKWC FDHLENLTEK SMAVGRALIL DGLDSEFTGK
LTKLSQSLNS IGRGNKDFLE RISLVKNDLK NTLTEVSDWL AFSKKTGKDF TLDFPIYEAK
LFVEKIFPKV KINISIENND VSALYDGRSL KSFIKVFIML IENAAKRRLY DSKVNVVVDI
FQEGQSVVIN TSNPTKKIDE EIINNINKNI NGLDIVSEAN REKGSGLYKV KKIFDIDLKI
ENEIKIITQA RKFTVSIKYL NNSLLVG
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