| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_0418 |
|---|
| Symbol | |
|---|
| ID | 4844405 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Shewanella baltica OS155 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009052 |
|---|
| Strand | - |
|---|
| Start bp | 473785 |
|---|
| End bp | 477000 |
|---|
| Gene Length | 3216 bp |
|---|
| Protein Length | 1071 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 50% |
|---|
| IMG OID | 640117640 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001048819 |
|---|
| Protein GI | 126172670 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 27 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGAGGATTA GACTGCTGTG CGCCTCCATC GCCATACTGC TTAGTGGATG CGGTGGTGGC
TCAGAAGATG CTGGCACGAC CACACCACCG ACTCAGCCGC CAGTCCAACC TCCCGCTCCG
GTGCAATACA TTGCTAGTAG TGTGTCAGCA AATGGCGGAG CCTTAGATCC AAGCAGTCAA
AAAGTGGAGT CGGGTAAAAG CGCTATTTTT AGCATTACTG CCGATACTGG CTTTACGCTT
GAGGCCATTA CAGGCTGTGG TGGCACGCTC AATGCGCTAA CTTACACCAC GGCGGTAATA
ACGGCAGATT GCACTATCAC GCCGACATTT ATTGCTAACG CCGAAAATGC CATTAAGCAC
CAAGACCACA GGCTTGCCAG TGCGAGTGAG TTAATTGATT TTAGCATCGC CAAACTCGCT
AGTATCGACA TCAAACGTAA AGCCCATATA AATCAGCTAT ATCAAGGTGT CGGTAGCAGC
ATCTCTTGGC ATCCGACTCA CGACTCAATT ACCTTTTCGA GCTTTATGCC GGAGAACACT
TTTACTGTCT TGCCATCGAA TGTCGATGGC AGTGGTGAAA GCGCGGTTCG CGGGTTAGTG
ATGGCAGGCG AGCAACAGGG GCAAAGATAT GCGGCCATGG CGGGAAATCT CTTTTCCGTC
AACACTTCAG CTCAAACCGA TACTTTGCTA AAAAATATTT TAGGCTGGCT GACCAAAGGC
GCCGATAAAA CCGACGGCCT CAGCATAGTT ACCACCCAAA TGCCGAGCAA AGCCGACAGT
TGGGACTTTC CCCATAACGA GGGTATTCGT ACTTGGCTTA CAAACAACTA CCCCGCAGCC
CATAGCATTA ATGCGGCAAA CACTTGTGAC TACAGTGAGT TAAGTAACTG TATCGACACA
CTCAAGCCCG ATGTGATATT GATTAGTGAC ATAGACCGTC AGTCCCTCGG TTTTGCAGGC
ATTAAAGCTG CTATCGCTAA GGCCAAAGCG GCGGGCATTC CCTTGCTGCT CTCAAACTAC
TGGCGCAATC AAAGCCCAAT GCTATCGCCG CTTTATCTTG AAATGGGGCT TTCAACCTCA
GGTAATTATT GGTCAAAGCT CAATGCCAAC GACCTCAGTG TGACTGATGT TTTGGCTGAA
GATACTGCCC TGACTAAGGT AAATAATTTG CTCGGCAAGC TCAATGAAGC AAGCTTCGAT
ACCTCAGTGC TTAACGACTG TACAGGCAAT TATCTCAGCT GCAATGCTGC CGCCTTTGTT
GACTCGTTCA AAGCGGGCGC AGATTGGTAT CGCAGCAATG CCGAAACCTT AGATAACAAC
GCAATTGATG TGTTTACCAA GGCAGACTTC CCTTTGATGA AGGCCGGACT GTTACTCGCC
GATAAGTATC GCAGCGAGAT TGATTACCCT ATAGCCTACA GCGAGCACGC ACAATGGCAG
CAAGCCCTGT TTGCCGATTG GACCGTCAGC TATGCCCGCG TCCATAACTT AGCCCAGCCT
GATTTGGGTG AATATGTCAC CGACAGAGCT AACCTCTGCA AGGGCAGCAA TGCGCACTAC
GCTTACCCTG CGACAGTCTC AGAGCGTAAA ACCATTAGCG TGCCCTATGC AGGCCAATGG
ACGACTACAG GCTGGTATGC ACTGCCGGGG CAAACCATTA AACTCACTCG TCTTGATAGC
AGCGCTGCAA ATGTGGAGAT CAAACTCAAC TACCACAGAC GTAACACTAA CCGCGCCTAT
GAGCAGAAAG TCTATCGCGG CCCCTTGGAG CTGGCGCAGC AACGCCTGCG CTTAGCGCAA
GGGAAAAGTA TTGAGTTTTC CTCCCCCTAC GGCGGGCCGA TTTATCTATA CATCAATGGT
GATGCTTCGA GTGTTGATGT CAACGCTGAG CATGTCGCTA AACATCCGAC CATTATGGAT
TTCTCCAATC CAGCTGAAAT CGCGGCCTTT AACGAACGCA TTCAGAATAC CGAATTACCC
CATGTGGACT TGCGCACCGA TGGTGCAGAG CAGCATCTAC GTCGCGACCG CTTCTTAAAC
GCCATCGGTA CCTATGTGCC TGATGTCAAC GCGCTGCTCA ACAGCATTGT CGATGACCAT
ATCAACAGCG TTTACACCTT AGCTGGCCTT AAAATTCAAG GTAAGAGTTT AAGTGAATCC
TTACCCGCCG ATGTGCTGGC GGCCTGCAAA GGACTGTTTG GCGACGACTG TATCGACAAT
AGTCTGCATA CCCGCACTAT TATTCAACAC GCGAATTATG ACCAAAATGC CCAGTGCGGA
GCCGGTTGTA GTGGTAATCC TTGGGATGCG GCATGGAATA TCGACCCAAC GGGCTGGGGT
GATAACCATG AGTTAGGCCA TAATCTGCAA ACGAACCGCC TCAATGTGCA ATATGCCGCG
GCAAACAATA GTGACAACAG GGCAGGTTAT AGTAGTCGCG CTGGCGAAAA CTCCAACAAT
ATCTTCCCTT ATGTAGTGAA GTGGAAAACC TATTATCTGC GCGATGGCAA TACAGGCACA
GTCACCGATG GCCACATGAA CCACAAGGAT CTCTTCTATG TGTTTATGTC CGATGCCGCA
GGTACAACAG ACACTAGTGG TAAACGCGTA GTGTTTGGCG CCAATTGTAA GGTGCTCGAT
GCTGGTGAAG ACAGATACAC AGCGCCTTGG TCCAGTAATG CTTATGCTGT GCATAACGGT
TATCGCATGG CGTTTTACAT CCAAATGGCG CTTAAGGCTC ACGGCATAAC GCTGAGCGAT
GGCACCATGC TGAACAATGG CTTTAATCTC TTTACCTTGC TGTATCAACA CAGTCGTATT
TTCGGCAAAT ATGCCAATAA CGCCAGTGAT TGGGAAGCGA ACCGCAGCAA ACTGGGCTTT
AGCCAATTTC CGTTTGACGG CAATAGTGTC TACGGCGGCA AAACCGTGAA AGATATCCCC
GGCAACGACT TTATGCTGGT GTCTTTGAGT CAGCTCACAG GCAAAGATTG GCGTAGCCAC
TTTGATATGT TGGGTCTGCG CTACTCAAGC CTTGCAGCCG CGCAAACGGT CGCTAATGCG
ACCTCGGGTA CTATGCCCAT GGGCATGTAT GAGCTAGAAA CCGACTTGCC GCCAGCGAAC
ATGAGCCAAG GTTTAACCTT TGTGCCACTG TCACTCACTG ATGGCACAAC ACAGTGGAAA
GGCGTGGGTT CGCCAACCCA GTGCACTAAA CCATAA
|
|---|
| Protein sequence | MRIRLLCASI AILLSGCGGG SEDAGTTTPP TQPPVQPPAP VQYIASSVSA NGGALDPSSQ
KVESGKSAIF SITADTGFTL EAITGCGGTL NALTYTTAVI TADCTITPTF IANAENAIKH
QDHRLASASE LIDFSIAKLA SIDIKRKAHI NQLYQGVGSS ISWHPTHDSI TFSSFMPENT
FTVLPSNVDG SGESAVRGLV MAGEQQGQRY AAMAGNLFSV NTSAQTDTLL KNILGWLTKG
ADKTDGLSIV TTQMPSKADS WDFPHNEGIR TWLTNNYPAA HSINAANTCD YSELSNCIDT
LKPDVILISD IDRQSLGFAG IKAAIAKAKA AGIPLLLSNY WRNQSPMLSP LYLEMGLSTS
GNYWSKLNAN DLSVTDVLAE DTALTKVNNL LGKLNEASFD TSVLNDCTGN YLSCNAAAFV
DSFKAGADWY RSNAETLDNN AIDVFTKADF PLMKAGLLLA DKYRSEIDYP IAYSEHAQWQ
QALFADWTVS YARVHNLAQP DLGEYVTDRA NLCKGSNAHY AYPATVSERK TISVPYAGQW
TTTGWYALPG QTIKLTRLDS SAANVEIKLN YHRRNTNRAY EQKVYRGPLE LAQQRLRLAQ
GKSIEFSSPY GGPIYLYING DASSVDVNAE HVAKHPTIMD FSNPAEIAAF NERIQNTELP
HVDLRTDGAE QHLRRDRFLN AIGTYVPDVN ALLNSIVDDH INSVYTLAGL KIQGKSLSES
LPADVLAACK GLFGDDCIDN SLHTRTIIQH ANYDQNAQCG AGCSGNPWDA AWNIDPTGWG
DNHELGHNLQ TNRLNVQYAA ANNSDNRAGY SSRAGENSNN IFPYVVKWKT YYLRDGNTGT
VTDGHMNHKD LFYVFMSDAA GTTDTSGKRV VFGANCKVLD AGEDRYTAPW SSNAYAVHNG
YRMAFYIQMA LKAHGITLSD GTMLNNGFNL FTLLYQHSRI FGKYANNASD WEANRSKLGF
SQFPFDGNSV YGGKTVKDIP GNDFMLVSLS QLTGKDWRSH FDMLGLRYSS LAAAQTVANA
TSGTMPMGMY ELETDLPPAN MSQGLTFVPL SLTDGTTQWK GVGSPTQCTK P
|
|---|
| |