Gene Sbal_3726 details

Gene Information

• Locus tag: Sbal_3726
• Symbol: dipZ
• ID: 4843366
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella baltica OS155
• Kingdom: Bacteria
• Replicon accession: NC_009052
• Strand: +
• Start bp: 4359396
• End bp: 4361255
• Gene Length: 1860 bp
• Protein Length: 619 aa
• Translation table: 11
• GC content: 50%
• IMG OID: 640120993
• Product: thiol:disulfide interchange protein precursor
• Protein accession: YP_001052069
• Protein GI: 126175920
• COG category: [C] Energy production and conversion; [O] Posttranslational modification, protein turnover, chaperones
• COG ID: [COG4232] Thiol:disulfide interchange protein

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 0.53604
• 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

ATGAAAAAAC TACTCAGCCT TATTTTTACG TCTTTATTGC TCCTCACGCC CTTAGCGCAC 
AGTGAAGGGG TTTTCGGTAA CAAATTCGAC TTCATGAAGA GTGAGCCGGA ATTGATGCCT 
GTCGATCAAG CATTTGCCTT CGATTTTAAG CAAGAAGGTA ATCAGGTCAA ACTCAATTGG 
GTGATTGCCG ACGGTTACTA CATGTACCGC GACAAGCTTA AATTTACTGT CAATGGCGCC 
GAGCTAGGCA CAGTGGCGCT GCCCAAGGGC AAGCCCCATG AAGATGAGTA TTTTGGCGAG 
CAAGAAGTCT ATTACACCTA TGTGGATATT CCCGTTGCGC TGAAACAGGC CGATGAAAAT 
GCCACGCTTA CCGTCACTTT TATGGGCTGC GCCGAAGGCA AGTTGTGTTA TCCACCGACC 
AAACGTGACG TGGTGCTAAA AGCGATTGCC GCCAACGATG GGTTAATCGC AGGTGCCGAA 
GCGAGCGAAT CGACCGCCGC AGCAAAGCCA GCAAGCACTG AGTCAGCCAG CATTGAACCG 
AGCACGGCCG ATAAAGCCAA TACCCAACCT ATTACTCAGC AAGATACCCT GAGCCAAATG 
CTGTCAAACG ACAGCCTGAT TTGGACCTTA TTGATCTTCT TTGGTCTAGG TGTCGGTCTG 
GCATTAACGC CTTGCGTGTT CCCTATGTAC CCGATTTTGT CAGGCATTAT TGTCGGCCAA 
GGGCAAAAAC TCTCAACCGC GAAAGCCTTT ACCTTGTCTA TGGCTTACGT GCAAGGCATG 
GCAATCACTT ACTCTATCTT AGGGTTAGTA GTCGCATCGG CGGGACTGAA ATACCAAGCG 
GCGTTACAAC ATCCCGCCGT GTTAGTGGTG CTCGCTATCC TGTTCTTTGT GCTCAGCTTA 
TCTATGTTTG GCCTGTACGA TTTGAAACTG CCATCGAGCT GGCAGGAGAA GATGAACTCA 
GTATCGAACA ACCAAAAAGG CGGCAACTTA GTTGGCGTAT TCTTGATGGG CGTGATTTCT 
GGCCTGGTCG CATCACCTTG TACTACCGCG CCGCTATCGG GTGCGCTCGT TTATGTGGCG 
CAAACCGGCG ACTTACTCCA AGGCTTCTTA GCCCTGTATG TGCTCAGTAT GGGCATGGGT 
TTACCTCTGC TGATTATCGG CACCTCGGGC GGTAAATTAT TACCCAGAGC GGGCGCTTGG 
ATGGACATCA TCAAGACCGT CTTCGGCTTC CTGTTGATCG CTGTGTCTAT CGTAATGCTC 
GGTCGTATTT GGACGGGCGT GGTATCCGAT GTGCTTTGGT CACTGTGGGG CGTGAGCTTC 
ACCGGCTACT TGATGCATCA GAACAAACTC AGTCCCTTCA ACTGGAAACA GACTGTCCGT 
TCAGTGCTAT TAACTCTGAC GCTACTGGCA AGTTTCTCCT ACGGATTCCA AGCTGTGATG 
GGCCACTTTG GTTTTAATCA CAATCCCGTA GGCACCGCGG CGACGACCGA AGAAGCCCAT 
GGCTTTAAAC GGATTAAATC CATTAAAGAT CTTGATCAAG AAATCGCCGC CGCTGCCGCC 
CAAGGTAAGC CTGTGATGCT GGATCTCTAT GCCGATTGGT GTGTTGCCTG TAAAGAGTTT 
GAAGCCATCA CCTTTAAGGA TGCCGACGTG TTAGCCCGCA TGAATAAAAT CGTGCTGCTG 
CAAGCCGATG TGACTAAGAG TGACAAGGTC GATGTGGCCT TACTCGAAAA ATACAATGTG 
CTCGGTTTGC CTACGTTGTT GATGTTTAAC GAACAAGGTG AGCAAAGGGA AGATTTACGA 
GTGACTGGTT TTATGGGTCC TAAAGATTTT GCCGCCCATT TAGATCATCT GGTGAAATAG 

 

Protein sequence

MKKLLSLIFT SLLLLTPLAH SEGVFGNKFD FMKSEPELMP VDQAFAFDFK QEGNQVKLNW 
VIADGYYMYR DKLKFTVNGA ELGTVALPKG KPHEDEYFGE QEVYYTYVDI PVALKQADEN 
ATLTVTFMGC AEGKLCYPPT KRDVVLKAIA ANDGLIAGAE ASESTAAAKP ASTESASIEP 
STADKANTQP ITQQDTLSQM LSNDSLIWTL LIFFGLGVGL ALTPCVFPMY PILSGIIVGQ 
GQKLSTAKAF TLSMAYVQGM AITYSILGLV VASAGLKYQA ALQHPAVLVV LAILFFVLSL 
SMFGLYDLKL PSSWQEKMNS VSNNQKGGNL VGVFLMGVIS GLVASPCTTA PLSGALVYVA 
QTGDLLQGFL ALYVLSMGMG LPLLIIGTSG GKLLPRAGAW MDIIKTVFGF LLIAVSIVML 
GRIWTGVVSD VLWSLWGVSF TGYLMHQNKL SPFNWKQTVR SVLLTLTLLA SFSYGFQAVM 
GHFGFNHNPV GTAATTEEAH GFKRIKSIKD LDQEIAAAAA QGKPVMLDLY ADWCVACKEF 
EAITFKDADV LARMNKIVLL QADVTKSDKV DVALLEKYNV LGLPTLLMFN EQGEQREDLR 
VTGFMGPKDF AAHLDHLVK