| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_4038 |
|---|
| Symbol | |
|---|
| ID | 5755857 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Shewanella baltica OS195 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009997 |
|---|
| Strand | + |
|---|
| Start bp | 4750858 |
|---|
| End bp | 4754091 |
|---|
| Gene Length | 3234 bp |
|---|
| Protein Length | 1077 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 50% |
|---|
| IMG OID | 641290384 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001556458 |
|---|
| Protein GI | 160877142 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 14 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 11 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAGGATTA GACTGCTGTG CGCCTCCATC GCCATACTGC TTAGCGGATG CGGTGGCGGC
TCAGAAGATG CTGGCACGAC CACACCACCG ACTCAGCCGC CAGTCCAACC TCCCGCGCCG
GTGCAATACA TTGCTAGTAG TGTGTCAGTA AATGGCGGAG CCTTAGATCC AAGCAGTCAA
AAAGTGGAGT CGGGTAAAAG CGCTATTTTT AGCATTACTG CCGATACTGG CTTTACGCTT
GAGGCCATTA CAGGCTGTGG TGGTACGCTC AATGCGCTAA CTTACACCAC GGCGGCAATA
ACGGCAGATT GCACTATCAC GTCGACATTT ATTGCTAACG CCGAAAATGC CATTAAGCAT
CAAGACCACA GGCTTGCCAG TGCGAGTGAG TTAATTGATT TCAGCATCGC CAAACTCGCT
AGTATCGACA TCAAACGTAA AGCCCAGATA AATCAGCTAT ATCAAGGTGT CGGTAGCAGC
ATCACTTGGC ACCCGACCCA CGACTCAATT ACCTTTTCGA GCTTTATGCC GGAGAACACT
TTTACTGTTT TGCCATCGAA TGTGGATGGC AGTGGTGCAA GCGCGGTTCG CGGTTTAGTG
ATGGCGGGCG AGCAACAGGG GCAAAGATAT GCGGCCATGG GAGGAAATCT CTTTTCCGTC
AACACTTCAG CTCAAACCGA TACTTTGCTG AAAAATCTTT TAGGCTGGCT GACCAAAGGC
GCCGATAAAA CCGACGGCCT CAACATAGTC ACCACCCAAA TGCCGAGCAA AGCCGACAGT
TGGTACTTTC CCCATAACGA GGGTATTCGT ACTTGGCTTG CAAACAACTA CCCCGCTGCC
CATAACATTA ATGCGGCAAA CACTTGTGAC TACAGCGAGC TAAGCAACTG TATCGATACA
CTCAAGCCCG ATGTGATAGT GATTAGTGAC ATAGACCGTC AGTCCCTCGG TTTTGCAGGC
ATTAAAGCTG CTATCGCTAA GGCCAAAGCG GCGGGCATTC CCTTGCTACT CTCAAACTAC
TGGCGCAATC AAAGCCCAAT GCTATCGCCG CTTTATCTTG AAATGGGGCT TTCAACCTCA
GGTAATTATT GGTCAAAGCT GAATGCCAGC GACCTCAGTG TGACTGATGT TTTGGCCGAA
GATACCGCCC TGACCAAGGT AAATAATTTG CTCGGCAAGC TCAATGAAGC AAGCTTCGAT
ACCTCAGTGC TTAACGACTG TACAGGCAAT TATCTCAACT GTAATGCTGC CGCCTTTGTT
GACTCATTCA AAGCGGGTGC TGATTGGTAT CGAGCCAATG CTGAAACCTT AGATAACAAT
GCAATTGATG TGTTTACCAA GACAGACTTC CCTTTGATGA AGGCCGGACT GTTACTCGCC
GATAAGTATC GCAGCGAGAT TGATTACCCC ATAGCCTACA GCGAGCACGC ACAATGGCAG
CAGGCACTGT TTGCCGATTG GACCGTAAGC TATGCCCGTA CTCATAACTT AGCCCAGCCA
GATTTGGGTG AATATGTTAC CGACAGAGCC AACCTCAGCA AGGGCAGCAA TGCGCACTAC
GCTTATCCTG CGACAGTCTC AGAGCGTAAA ACCATTAGCG TGCCCTATAC CGGCCAATGG
ACGACCACGG GCTGGTATGC ACTACCGGGG CAAACCATCA AACTCACTCG CCTCGATAGC
AGCGCTGCGA ATGTGGAGAT CAAACTCAAC TACCACAGAC GTAACACTAA CCGCGCCTAT
GAGCAGAAAG TCTATCGCGG CCCCTTGGAG CTGGCGCAGC AACGCCTGCG CTTAGCGCAA
GGGAAAAGTA TTGAGTTTTC CTCCCCCTAC GGCGGACCTA TTTATCTATA CATCAATGGT
GATGCTTCGA GTGTTGATGG CGCGTTAAGT GTTGATGTCA ACGCTGAGCA TGTCACTAAA
CATCCGACCA TTATGGATTT CTCCAATCCA GCTGAAATCG CGGCCTTTAA CGATCGCATC
CAAAATACCG AATTACCCCA TGTGGACTTG CGCACCGATG GTGCAGAGCA GCATCTACGT
CGCGACCGCT TCTTAAACAC CATCGGTACC GATGTGCCCG ATGTCAACGC GCTACTCAAC
AGCATTGTCG ATGACCATAT CAACAGCGTT TACACCTTAG CTGGCCTTAA AATTCAAGGT
AAGAGTTTAA GTGAATCCTT ACCCGCCGAT GTACTGGCGG CCTGCAAAGG ACTGTTTGGC
GACGACTGTA TCGACAATAG TCTGCATACC CGCACTATTA TTCAACACGC TAATTATGAC
CAAAATGCCC AGTGCGGCGC CGGTTGTAGC GGTAATCCTT GGGATGCGGC ATGGAATATC
GATCCAACGG GTTGGGGTGA TAACCATGAG TTAGGCCATA ATCTGCAAAC GAACCGCCTC
AATGTGCAAT ATGCCGCGGC AAACAATAGT GACAACTGGG CAGGTTATAG TAGTCGCGCG
GGGGAAAACT CCAACAATAT CTTCCCTTAT GTAGTGAAGT GGAAAACCCA TTATCTGCGC
GATAATAATA CCGATACGGT TACTGATGGC CACATGAACC ATAAAGATCT CTTCTATGTG
TTTATGTCCG ATGCTGCGGG CACAACAGAT ACCAGCGGTA AGCGCGTGGT GGTTGGCGCT
AACTGTAAAG TGCTCGATGC AGGTGAAGAC AGATACACAG CGCCTTGGGC CAGCAATACT
TATGCTGTGC ATAACGGTTA TCGCATGGCG TTTTACATCC AAATGGCGCT TAAGGCTCAC
GGCATGACGC TGAGCGATGG CACCATGCTG AACAATGGCT TTAATCTCTT TACCTTGCTG
TATCAACACA GTCGTATTTT CGGCAAATAT GCCAATAACG CCAGTGATTG GGAAGCGAAC
CGCAGCAAAC TGGGCTTTAG CCAATTTCCG TTTGACGGCA ATAGTGTCTA CGGCGGAAAA
ACCGTGAAAG ATATCCCCGG CAACGACTTT ATGCTGGTGT CTTTGAGTCA GCTCACAGGC
AAAGATTGGC GTAGCCACTT TGATATGTTG GGTCTGCGCT ACTCAAGCCT TGCAGCCGCG
CAAACGGTCG CTAATGCGAC CTCGGGTACT ATGCCCATGG GCATGTATGA GCTAGAAACC
GACTTGCCGC CAGCGAACAT GAGCCAAGGT TTAACCTTTG TGCCACTGTC ACTCACTGAT
GATACAACAC AGTGGAAAGG CGTGGGTTCG CCAACCCAGT GCACTAAACC ATAA
|
|---|
| Protein sequence | MRIRLLCASI AILLSGCGGG SEDAGTTTPP TQPPVQPPAP VQYIASSVSV NGGALDPSSQ
KVESGKSAIF SITADTGFTL EAITGCGGTL NALTYTTAAI TADCTITSTF IANAENAIKH
QDHRLASASE LIDFSIAKLA SIDIKRKAQI NQLYQGVGSS ITWHPTHDSI TFSSFMPENT
FTVLPSNVDG SGASAVRGLV MAGEQQGQRY AAMGGNLFSV NTSAQTDTLL KNLLGWLTKG
ADKTDGLNIV TTQMPSKADS WYFPHNEGIR TWLANNYPAA HNINAANTCD YSELSNCIDT
LKPDVIVISD IDRQSLGFAG IKAAIAKAKA AGIPLLLSNY WRNQSPMLSP LYLEMGLSTS
GNYWSKLNAS DLSVTDVLAE DTALTKVNNL LGKLNEASFD TSVLNDCTGN YLNCNAAAFV
DSFKAGADWY RANAETLDNN AIDVFTKTDF PLMKAGLLLA DKYRSEIDYP IAYSEHAQWQ
QALFADWTVS YARTHNLAQP DLGEYVTDRA NLSKGSNAHY AYPATVSERK TISVPYTGQW
TTTGWYALPG QTIKLTRLDS SAANVEIKLN YHRRNTNRAY EQKVYRGPLE LAQQRLRLAQ
GKSIEFSSPY GGPIYLYING DASSVDGALS VDVNAEHVTK HPTIMDFSNP AEIAAFNDRI
QNTELPHVDL RTDGAEQHLR RDRFLNTIGT DVPDVNALLN SIVDDHINSV YTLAGLKIQG
KSLSESLPAD VLAACKGLFG DDCIDNSLHT RTIIQHANYD QNAQCGAGCS GNPWDAAWNI
DPTGWGDNHE LGHNLQTNRL NVQYAAANNS DNWAGYSSRA GENSNNIFPY VVKWKTHYLR
DNNTDTVTDG HMNHKDLFYV FMSDAAGTTD TSGKRVVVGA NCKVLDAGED RYTAPWASNT
YAVHNGYRMA FYIQMALKAH GMTLSDGTML NNGFNLFTLL YQHSRIFGKY ANNASDWEAN
RSKLGFSQFP FDGNSVYGGK TVKDIPGNDF MLVSLSQLTG KDWRSHFDML GLRYSSLAAA
QTVANATSGT MPMGMYELET DLPPANMSQG LTFVPLSLTD DTTQWKGVGS PTQCTKP
|
|---|
| |