Gene Shew185_1674 details

Gene Information

• Locus tag: Shew185_1674
• ID: 5371263
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella baltica OS185
• Kingdom: Bacteria
• Replicon accession: NC_009665
• Strand: -
• Start bp: 2020521
• End bp: 2023985
• Gene Length: 3465 bp
• Protein Length: 1154 aa
• Translation table: 11
• GC content: 47%
• IMG OID: 640829872
• Product: hypothetical protein
• Protein accession: YP_001365882
• Protein GI: 153000201

Plasmid Coverage information

• Num covering plasmid clones: 8
• Plasmid unclonability p-value: 0.248662
• 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

ATGCTGACCC AGCTATCGCA ATTCAAACAC ACTTTTTTTG CTCTCCCAAG GTACCTGCGT 
GTGCTTGCTT ACCTCACCGC CGTCTACCTT AGTTATGTCT GCACATTAGG CTTAATCCTG 
CCCTATGCGA TAACCACGCT GGCACCCGAA AAACTCTCTG CTTTACTCGG CCGTCCCGTC 
ACCCTCGGGG ATATCCGCAT CAATCCCTTT AATTTCAAAG TCGAAATCGA CCAACTGGCC 
ATTAAAGAAA AAGACGAAAA ACCGTTTGCA GGCTTAGCGC AAGTCCAATT CGAAGTGAAC 
TTTTGGCAAT CTGTTTTTAA TCGCGCCGTC GTTATCGAAA ATATACACAT ACAAGCGCCC 
TACGCACACA TCATCCGCGT GGAGAAAAAA GGCAAAGCTG GATTCAACTT CGACGATATT 
CTGCAGACCT TGAACGAGCA TTCATCCGCG AGCACAGAAA CAACACCCGC AGAAGCCAGC 
GCCCCCGTTC GTGTCCTGCT CAGCCAATTT GTATTAGATG CAGGGCAATT TAACTTCGAT 
GACAAAATTA CCCATGCTCA AGTTAATTAT CCCAATATCA ATTTAAAACT CAGTCAGCTC 
GATACTGAAT ATTTGATGTC GGCATTGTCG GCCTCAGTAG CACCAGCCAC AAAAGCAAAT 
AAGACTGAAG CCAACCCGAC ACCAAACGCC CAATCAACCT CTGACACTGG CTCCCAAGTT 
ATGCCAGTTC AGCACAATCA CTATGCGATA CAACTCAGTG ATAATCATGC TGGTGAAATC 
AGTTTGCAGG GACAATTCCA ACTGTTCCCA TTAAAAGTTG CGGGTGACGT CCACATCGCT 
AAACTGAAAC TGCCCCCCCT GTGGCGATTT ATCGACGATC AATTTAAGCC AGCACTTACC 
GATGGCGAGA TCACTGCCAA GACTCAGTAT CAAGTGGATC TTGCCGAGAA TGGCGAGTTA 
CAAGTCACCA GCAACAATGG CCAGTTTATT GTTGAAAAAC TGAACTTTAA CGACCAAGAG 
CGCTCAGTGG TCAAGCTGCC AATCTTTGCC CTCGACGGTA TTACAATGGA TCTAAAGCAG 
CAGCAAGTAC GCATCAATAA GCTTCACAGT GATGGCCTCA CTGTAAACGC CATTTTGAAT 
CAAGATGGAC TCGATCTCGC CAGCTTGTTC ATGCCTAAAT CCGCCAGTGC GTCTACAAGT 
GCAGCGCCGC CAGTTGCTAA TTCCATCGAT GCTAAGCCGG CAGATGCTAA GTCGATAGAA 
ACTAAACCGG CAGCCGCTAA GTCAGTAGAG ACTAAAGCTG TTGAGAGTGC ACAAGTCACG 
CAAGTGGAAG AAAAGCCTCA AATAGCTGAG ACGGCAACTA ATGCAAGCGA TACCACAGAC 
AAGCCAACAG AAAGCGAATT AGCCACAGCC AGCGAGAACA ATAAAACGGA GCAAAATACT 
GAGGCCGCCG CAAACATCAC AGCTGATGCC ACTCATGAAG CCACTGCAGA AGTCGCTTCA 
GAGGCAGATC CACAACAGAC AATCAAGCAA GCGCCAGTAA CGGCGTCAAC AAACACTTGG 
TTCGTGCAAC TCGATGCGCT CAATATTGAA AACTACGATC TTAATCTGTC GGAGCAAAAG 
TTAACTGAGA CACCGCAGCA ATGGCGTGTG TATCCGCTTA ACTTTTCAAC AAAAACTATC 
ACCAGCACCT TGGCCGAGCC GATTGATTAT GCGCTACAAC TCAGCATTAA TGACAAAGGT 
ACTTTAAGCT CCCAAGGCCA GGTCGATGTG TCAGGCGAAG CGATAGATGC CGATATTCAA 
CTCGATAAGC TCGCGTTAAT CCAATTCCAA CCGTATCTCG CGCCCTACGT GAATATCCAG 
CTTAAGAGTG GTTTATTAAG CTCTGCAGGC AAGCTCACGG CTGATGCCAA GGGTAAAGCC 
ATTTACGGCG GCAGTGTTGA GCTCGATGAC TTAGCCATTC ATGACAAATT GCGTAATGCC 
CCGCTGGTCA AATGGCAAAA GATGAATATC AATCAGCTCG ATTTTGACCA ACAAAAAAAT 
CAAATCAAAA TCGATCACTT AGCCTTTAGC CAACCCTACG CCAAAGTGGT GATCGCTAAA 
GATAGAAGCA CTAATATCAG CGACCTTATC GTCGAAGTGC CTATTGCAGC TTCAGTAACG 
AATAGTGCGA CAACGAACAG CACGCCCCCT ACTAAGCAAA CCGCAACCGA GCCGCAAATG 
GCGAGCAAGT CAGCAACGCC TGAGCTGAGT CTAGATATTC AAAAAATTAG CTTTAGCCAA 
GGCTCGGCTT ACTTTGCCGA TAACTCACTG ACTCCGAATT TTGCTTCGGG AATTGAGCTA 
CTTGAAGGCA ATATCACTCA CCTGTCGTCA ACGCCAGGCA CTAAAGCCTC AGTCGATATC 
AAAGGTAAGA TAGACAAGTA CGCGCCTGTA ACCCTAAAAG GCGATATTAA CCCTTTGTTA 
GACATGCCAT ATTTAGATCT CGATTTGGTC TTCAAGAGTG TTGAGCTCAC CTCAGTCAAT 
CCTTACTCAG GCACCTATGC GGGTTACTAC ATAGATAAGG GACAGTTATC ACTGTCACTG 
AACTACAAAC TCGATCAGAA CAAACTCAAG GGCAATAATC ATTTAGTCAT AGATCAACTG 
AAACTCGGTA AACCCAGTAA CAGTGACCTT GCCACTAGCT TACCCATCAC GCTCGCCATT 
GCGCTGCTAC AGGACCGTAA CGGCGTGATT GATTTAGGTA TGGAGGTCTC AGGCGATTTA 
GACTCACCCA GCTTTAGTGT CGGCAGCATC ATAATGACGG CGATTACCAA TGTGATCACT 
AAAGCCGTCA CTGCGCCCTT CACTTTCTTA GCAGGGCTGA TAGGTTCAGA CGAAACCTTA 
GACAAAATCA GCTTTGCCGC CGGTCAATTC AGCCTAAGTG AAGATGAGCA GAAAAGTTTA 
GACAAACTCG CCAGCGCCTT ACTCGACAGA CCTATGCTCA AGCTCAGCGT TGAAGGGGAA 
GTCGATGCCA TCAATGACAG CCAAGCCATT GCTGAGCGCA TCATGAAGCG TAAATTGGCT 
AAGTTAGCCA ATATCGAGTT CAGTGCGTTA CCTAATGATT TAAGTCCAAG CCAATTCCCG 
ACCCAAGGGC CGCTCGCCGA TGCGCTAGTG AAGCTCTATG AGCAGGAAGT TAAAGCCGAT 
CCGGTCCAAA TAAAAGACAC AGTAATCGCA GAGGCCAAAG ACGCGCAGCT TTCCGATGAC 
GAAATCACCA CCCGCTGGCA TATCGCTTTA TATAATCTGT CGGTAAAAGC GCAGAATGTT 
AACGATGGCA TGTTGGGTAA TTTGGCCCAA GAAAGAGCAA AAGCCGTTAA AGCTTACCTT 
GTAGACGTGA AAGAGATTGC CCCAGAGCGG ATCTTCTTGC TCGAAAGCCG AGTGAGTTTA 
ACCCAGAATG TGGCCCAAGT GAGCCTCACC ATAGATGCGC AATAG 

 

Protein sequence

MLTQLSQFKH TFFALPRYLR VLAYLTAVYL SYVCTLGLIL PYAITTLAPE KLSALLGRPV 
TLGDIRINPF NFKVEIDQLA IKEKDEKPFA GLAQVQFEVN FWQSVFNRAV VIENIHIQAP 
YAHIIRVEKK GKAGFNFDDI LQTLNEHSSA STETTPAEAS APVRVLLSQF VLDAGQFNFD 
DKITHAQVNY PNINLKLSQL DTEYLMSALS ASVAPATKAN KTEANPTPNA QSTSDTGSQV 
MPVQHNHYAI QLSDNHAGEI SLQGQFQLFP LKVAGDVHIA KLKLPPLWRF IDDQFKPALT 
DGEITAKTQY QVDLAENGEL QVTSNNGQFI VEKLNFNDQE RSVVKLPIFA LDGITMDLKQ 
QQVRINKLHS DGLTVNAILN QDGLDLASLF MPKSASASTS AAPPVANSID AKPADAKSIE 
TKPAAAKSVE TKAVESAQVT QVEEKPQIAE TATNASDTTD KPTESELATA SENNKTEQNT 
EAAANITADA THEATAEVAS EADPQQTIKQ APVTASTNTW FVQLDALNIE NYDLNLSEQK 
LTETPQQWRV YPLNFSTKTI TSTLAEPIDY ALQLSINDKG TLSSQGQVDV SGEAIDADIQ 
LDKLALIQFQ PYLAPYVNIQ LKSGLLSSAG KLTADAKGKA IYGGSVELDD LAIHDKLRNA 
PLVKWQKMNI NQLDFDQQKN QIKIDHLAFS QPYAKVVIAK DRSTNISDLI VEVPIAASVT 
NSATTNSTPP TKQTATEPQM ASKSATPELS LDIQKISFSQ GSAYFADNSL TPNFASGIEL 
LEGNITHLSS TPGTKASVDI KGKIDKYAPV TLKGDINPLL DMPYLDLDLV FKSVELTSVN 
PYSGTYAGYY IDKGQLSLSL NYKLDQNKLK GNNHLVIDQL KLGKPSNSDL ATSLPITLAI 
ALLQDRNGVI DLGMEVSGDL DSPSFSVGSI IMTAITNVIT KAVTAPFTFL AGLIGSDETL 
DKISFAAGQF SLSEDEQKSL DKLASALLDR PMLKLSVEGE VDAINDSQAI AERIMKRKLA 
KLANIEFSAL PNDLSPSQFP TQGPLADALV KLYEQEVKAD PVQIKDTVIA EAKDAQLSDD 
EITTRWHIAL YNLSVKAQNV NDGMLGNLAQ ERAKAVKAYL VDVKEIAPER IFLLESRVSL 
TQNVAQVSLT IDAQ