Gene Sbal223_2668 details

Gene Information

• Locus tag: Sbal223_2668
• ID: 7089953
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Shewanella baltica OS223
• Kingdom: Bacteria
• Replicon accession: NC_011663
• Strand: +
• Start bp: 3135196
• End bp: 3138651
• Gene Length: 3456 bp
• Protein Length: 1151 aa
• Translation table: 11
• GC content: 47%
• IMG OID: 643461557
• Product: protein of unknown function DUF748
• Protein accession: YP_002358581
• Protein GI: 217973830

Plasmid Coverage information

• Num covering plasmid clones: 5
• Plasmid unclonability p-value: 0.347388
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 15
• Fosmid unclonability p-value: 0.0417996
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCTGACCC AGCTATCGCA ATTCAAACAC ACTTTTTTTG CTCTCCCAAG GTACCTGCGT 
GTGCTTGCTT ACCTCACCGC CGTCTACCTT AGCTATGTCT GCACATTAGG CTTAATCCTG 
CCCTATGCGA TAACCACGCT GGCACCCGAA AAACTATCTG CTTTACTCGG CCGTCCCGTC 
ACCCTCGGGG ATATCCGCAT CAATCCCTTT AATTTCAAAG TCGCAATCGA CCAACTGGCC 
ATTAAAGAAA AAGACGAAAA ACCGTTTGCA GGCTTAGCGC AAGTCCAATT CGAAGTGAAC 
TTTTGGCAAT CTGTTTTTAA TCGCGCCGCC GTTATCGAAA ATATACACAT ACAAGCGCCC 
TACGCACACA TCATCCGCGT GCAGAAAAAA GGCAAAGCTG GATTCAACTT CGACGATATT 
CTGCAGACCT TGAACGAGCA TTCATCCGCG AGCACAGAAA CAACACCCGC AGAAACCAGC 
GCCCCCGTTC GTGTCCTGCT CAGCCAATTT GTATTAGATG CAGGGCAATT TAACTTCGAT 
GACAAAATTA CCCATGCTCA AGTTAATTAT CCCAATATCA ATTTAAAACT CAGTCAGCTC 
GATACTGAAT ATTTGATGTC GGCATTGTCG GCCTCAGTAG CACCAGCCAC AAAAGCAAAT 
AAGACTGAAG CCAACCCGAC ACCAAACGCC CAATCAGCCT CTGACACTGG CTCTGGCTCC 
CAAGTTATGC CAATTCAGCA CAATCACTAT GTGATACAAC TCAGTGATGA TCATGCTGGT 
GAAATCAGTT CGCAGGGGCA ATTCCAACTG TTCCCATTAA AAATCGCAGG TGACGTCCAC 
ATCGCCAAAC TGAAACTGAC ACCCCTGTGG CGGTTTATCG ACGATCAATT TAAGCCAGCA 
CTTACCGATG GCCAAATCAC TGCCAAGACT CAGTATCAAG TGGATCTTGC CGAGAATGGC 
GAGTTACAAG TCACCAGCAA CAATGGCCAG TTTATTGTTG AAAAACTGAA CTTTAACGAC 
CAAGAGCGCT CAGTGGTCAA GCTGCCAATC TTTGCCCTCG ACGGTATTTC GATGGATCTG 
AAGCAGCAGC AAGTGCACAT CAATAAGCTT CACAGTGATG GCCTCACTGT AAACGCCATT 
TTGAATCAAG ACGGACTCGA TCTCGCCGGC TTGTTCATGC CTAAATACGC CAGTGCGCCT 
ACAAGTGCAG CGCCGCCAGT TGCTAATTCC ATCAATGCTA ATTCGATAGA AACTAAGCCG 
GCAGATGCTA AGTCACTAGA GGCCAAAAAT GTTGAGAGCG TACAAGTCGC GCAAGTGGAA 
GAAAAGCCTC AAATAACCGG GACGGCAACT GATGCAAGCG AGACCGCAGA CAAACTAACA 
GAAAGCGAAT TAGCCACAGC CAGCGAGAAC AATAAAACGG AGCAAAATAC TGAGGCCGCC 
GCAAACATCA CAGCTGATGC CACTCATGAA GCCACTGCAG AAGTCGCTTC TGAGGCAGAT 
CCACAACAGA CAATCAAGCA AACACCAGTA ACGAAGTCAA CAGACACTTG GTTCGTACAA 
CTCGATGCGC TCAATATTGA AAACTACGAT CTTAATCTGT CGGAGCAAAA GTTAACTGAG 
ACACCGCAGC AATGGCGTGT GTATCCACTT AACTTTTCAA CAAAAACTAT CACCAGCACC 
TTGGCCGAGC CGATTGATTA TGCGCTACAA CTCAGCATTA ATGACAAAGG TACTTTAAGC 
TCCCAAGGCC AGGTCGATGT GCCAGGCGAA GCCATAGATG CCGATATTCA ACTCGATAAG 
CTCGCGTTAA TCCAATTCCA ACCGTATCTC GCGCCCTACG TGAATATCCA GCTCAAGAGT 
GGTTTATTAA GCTCTGCAGG CAAGCTCACG GCTGATGCCA AGGGCAAAGC CATTTACGGC 
GGCAGTGTTG AGCTCGATGA TTTAGCCATT CATGACAAAT TGCGTAATGT CCCGCTGGTC 
AAATGGCAAA AGATGAATAT CAATCAGCTG GATTTTGACC AACAAAAAAA TCAAATCAAA 
ATCGATCACT TAGCCTTTAG CCAACCCTAC GCCAAAGTGG TGATCGCTAA AGATAGAAGC 
ACTAATATCA GCGACCTTAT CGTCGAAGCG CCTATTGCTG CTGCGACGAC AAATAGTACG 
ACTACGAACA GCACGCCCCC TGCTAAGCAA ACCGCAACCG AGCCGCAAAT GGCGAGCAAG 
TCAGCAACGC CTGAGCTGAG CCTCGATATT CAAAAAATTA GCTTTAGCCA AGGCTCGGCT 
TACTTTGCCG ATAACTCACT AACCCCTAAT TTTGCTTCGG GAATTGAGCT GCTTGAAGGC 
AATATCACTC ACCTGTCATC CACGCCAGGC ACTAAAGCCT CGGTCGATAT CAAAGGTAAG 
ATTGACAAGT ACGCGCCTGT AACCCTAAAA GGCGATATTA ACCCTTTGTT AGACATGCCA 
TATTTAGATC TCGATTTGGT CTTCAAAAGT GTTGAGCTAA CCTCAGTCAA TCCTTACTCA 
GGCACCTATG CGGGTTACTA CATAGATAAG GGACAGTTAT CACTGTCGCT GAACTACAAA 
CTCGATCAGA TCAAACTCAA GGGCAATAAC CATCTAGTCA TAGATCAACT GAAACTCGGT 
AAACCCAGTA ATAGTGACCT TGCCACTAGC TTACCTATCA CGCTCGCCAT TGCGCTGCTA 
CAGGACCGTA ACGGCGTGAT TGATTTAGGC ATGGAAGTCT CAGGCGATTT AGACTCACCC 
AGCTTTAGTG TCGGCAGCAT CATAATGACG GCGATTACCA ATGTGATCAC TAAAGCCGTC 
ACTGCGCCCT TCACTTTCTT AGCTGGGCTG ATAGGTTCAG ATGAAAGCTT AGACAAAATC 
AGCTTTGCCG CTGGTCAATT CAGCCTAAGT GAAGATGAGC AGAAAAGTTT AGACAAACTC 
GCCAGCGCCT TACTCGACAG ACCTATGCTT AAGCTCAGCG TTGAAGGTGA AGTCGATGCC 
ATCAATGACA GCCAAGCGAT TGCTGAGCGT ATCATGAAGC GTAAATTGGC TAAGTTAGCC 
AATATCGAGT TCAGTGCGTT ACCTAATGAT TTAAGTCCAA GCCAATTCCC GACCCAAGGG 
CCGCTAGCCG ATGCGCTAGT GAAGCTTTAT GAGCAGGAAG TTAAAGCCGA TCCGGCACGA 
ATAAAAGACA CAGTTATAGC TGAGGCCAAA GACGCGCAGC TTTCCGATGA CGAGATCACC 
ACCCGCTGGC ATATCGCTTT ATATAATCTG TCGGTAAAAG CGCAGAATGT TAACGATGGC 
ATGTTGGGTA ATTTGGCCCA AGAAAGAGCT AAAGCCGTTA AAGCTTACCT TGTAGACGTG 
AAAGAGATTG CCCCAGAGCG GATCTTCTTG CTCGAAAGCC GAGTGAATTT AACCCAGAAT 
GTGGCCCAAG TGAGCCTCAC CATAGATGTG CAATAG 

 

Protein sequence

MLTQLSQFKH TFFALPRYLR VLAYLTAVYL SYVCTLGLIL PYAITTLAPE KLSALLGRPV 
TLGDIRINPF NFKVAIDQLA IKEKDEKPFA GLAQVQFEVN FWQSVFNRAA VIENIHIQAP 
YAHIIRVQKK GKAGFNFDDI LQTLNEHSSA STETTPAETS APVRVLLSQF VLDAGQFNFD 
DKITHAQVNY PNINLKLSQL DTEYLMSALS ASVAPATKAN KTEANPTPNA QSASDTGSGS 
QVMPIQHNHY VIQLSDDHAG EISSQGQFQL FPLKIAGDVH IAKLKLTPLW RFIDDQFKPA 
LTDGQITAKT QYQVDLAENG ELQVTSNNGQ FIVEKLNFND QERSVVKLPI FALDGISMDL 
KQQQVHINKL HSDGLTVNAI LNQDGLDLAG LFMPKYASAP TSAAPPVANS INANSIETKP 
ADAKSLEAKN VESVQVAQVE EKPQITGTAT DASETADKLT ESELATASEN NKTEQNTEAA 
ANITADATHE ATAEVASEAD PQQTIKQTPV TKSTDTWFVQ LDALNIENYD LNLSEQKLTE 
TPQQWRVYPL NFSTKTITST LAEPIDYALQ LSINDKGTLS SQGQVDVPGE AIDADIQLDK 
LALIQFQPYL APYVNIQLKS GLLSSAGKLT ADAKGKAIYG GSVELDDLAI HDKLRNVPLV 
KWQKMNINQL DFDQQKNQIK IDHLAFSQPY AKVVIAKDRS TNISDLIVEA PIAAATTNST 
TTNSTPPAKQ TATEPQMASK SATPELSLDI QKISFSQGSA YFADNSLTPN FASGIELLEG 
NITHLSSTPG TKASVDIKGK IDKYAPVTLK GDINPLLDMP YLDLDLVFKS VELTSVNPYS 
GTYAGYYIDK GQLSLSLNYK LDQIKLKGNN HLVIDQLKLG KPSNSDLATS LPITLAIALL 
QDRNGVIDLG MEVSGDLDSP SFSVGSIIMT AITNVITKAV TAPFTFLAGL IGSDESLDKI 
SFAAGQFSLS EDEQKSLDKL ASALLDRPML KLSVEGEVDA INDSQAIAER IMKRKLAKLA 
NIEFSALPND LSPSQFPTQG PLADALVKLY EQEVKADPAR IKDTVIAEAK DAQLSDDEIT 
TRWHIALYNL SVKAQNVNDG MLGNLAQERA KAVKAYLVDV KEIAPERIFL LESRVNLTQN 
VAQVSLTIDV Q