| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_2208 |
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| Symbol | |
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| ID | 5080330 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | + |
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| Start bp | 2543855 |
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| End bp | 2546500 |
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| Gene Length | 2646 bp |
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| Protein Length | 881 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640499370 |
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| Product | hypothetical protein |
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| Protein accession | YP_001183728 |
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| Protein GI | 146293304 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3008] Paraquat-inducible protein B |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACACAAA TTGAATCGCC AAAAGTTGTG AAGAAAAAAC TCTTTTCGCC CATTTGGCTG
CTGCCGATTG TCGCACTCGC GCTCGGTGCT TGGCTTGGCA TAAAAAGCAT TAAAGAATCG
GGGATTGAAA TTCAAATTCA CTTTCCCAGC GCCACAGGGA TTGATGTGGG TAAAACCTTA
GTGAAATATC AAGGCCTGAC CGTCGGTAAA GTCAAAGACA TTGGTATAGA TGACGATCTC
AAAGGTGTGA ATGTCAAAGT GGTAATGGAT TATCGCGCTA AGCCATTCTT AAATAAAGAA
ACCTTATTTT GGTTAGTGAC ACCTAAAGCC AGTATTACTG GTGTTGAAGG TTTAGATGCG
CTGTTTTCTG GCAATTATAT TGCGATTCAG CCAGGAAAAG GTAATGCGTC TACGTTCTTT
GAGGCAGAAC GACAAGCGCC GCCGATGCAA ATAGGCTCTG AAGGCGTAAT GATTGAATTA
ACTTCGGATA AACTCGGCTC TCTGGATGTG GGCTCACCTA TTTTCTTTCG TCAAATCCCC
GTCGGTAGTG TAGTTAGCTA TCGATTAGCA GGTAATACTA ATGTTGTTAT CAGCGCCTTT
ATTCAAGAGC AATATGCGAG ATTAGTGAAG AAAAACTCCT TATTTTGGAA TGTATCAGGC
GTTAAAGTTG ATGCCTCACT CTCGGGCATT AAGGTCAGCT CAGAAAGCTT AGCGTCAATC
CTTGCAGGTG GGGTTACTTT TAGTTCAGAT GATACTGCGC CAGTCGCACA AAACGGCGAC
AGTTTTTCAC TCTATGATTC AGAGGCTAAC GCTATTGGTG GTGTCGATAT CAATCTCACC
ATGGATGATG GTAATGGTGT AGAGAAAGGC ACACACATTG TTTATCGGGG AATTCATGTT
GGTACGATTG TAAGCAAGCA ATTAACCACA AACGGCGTGA CTGCAATTGC AAAGTTTGAA
AATCAATACA CCCATTTATT AACTAATGAT GGCGTATTTT GGTTAGAAGG GGCTGAAATC
TCACTTTCTG GCATAAAAAA CCCTGGACGC TTACTCACTG GTAGCGTGAT CAACTTCTTA
CCCGGTACTG GGTACCAAAA CGTCCTACCG AGTAATTTCG TCCTGCAATC TAAAGCGCCC
GATATGTTGA AGTCGAAAAA ACGTTTTTTA ACGATAACTT CTACCGAAAA TATGGGTATT
GCCGCAGGTG CAGAGGTTCG TTACAAGCAG CTCCCTATCG GCACTGTATT GAGTGTTAAA
TTGACCCAAG ATTTATCTGC TGTCGAATAT CAACTCGAAT TACAGCCCGA GTTTGCCAGC
CTAGTGCGGA GTGATAGCTA CTTTGTGCCA GAATCGGCTC TCGCAATTGA AGCATCACTT
GACGGTGTAT CCGTCAAATC GAGGGATTTT ACCACGCTCA CTAAAGGAGC TGTCAGCCTT
ATCCTAGGTA AGAGTGAAAC GCCTCTTGCG GCCAATACCA GTCTTCCCTT ATTCAGCTCA
ATCGATGCGG CAACCGCCTT TTTTGATCGT CAACATAAAG TTCATTTGAC CTTAATCAGT
CAAGATGGTG CAGATGTTAG CCAAGGTTCA CCGGTTTATT ATAAAAAAAT GCAGATTGGT
ATAGTCAAAT CCATTAATTG GCAAAGCAAA ACAGAAGATT TTGTCATTAA ACTCGCCATC
GACAAAGAGT TTCAACCGCT GTTGCAAAAA CCTAAGGTCT TTTGGCGTAA TAGTGCAATA
GAAGTAAACG CCAGTCTTGC AGGTATCGAT GTCGCGGTTG CGCCGCTGCA AGGCGCATTA
AAAGGCAGTA TCAGTTTAGG CTTACTCGAT AGTGATAATG TTAAGCCCAC TAAAACATCT
ACAAGTTTAA AACTCTATGA GAATAAGCAA CTTGCGTTAA CACAGGCACA ACCTATCAGG
CTCACGTTAC CCGCTTCAGC CAAACTTGAT GCAAAAGCCG CCATTCGTTA CCAAGGCCAT
CAAGTAGGCG AAGTGTCACA AGTGAAACTC AATGCTGACC TAAATACATT AACGGCTACA
GCTTACCTTT ATGGGGAATA TGCCGATCAT TTCAGCCGCA GTGATTGTGA ATATCATTTA
GTGGATGCAC AAATTTCACT CGCGGGGATC AAAGCGCCAG AAACCCTCAT AACAGGTCCA
TATATTGGTG TACTACCGGG TAAAAGTAGT CAAACAGCGA CTCAGTTTAT TGCAAATGTG
GTCGCTAGCA GTTACGCCAA TGTACCCGAA GATGCGCTAA AGTTCACCTT AGAAGATGCG
AGCTTAGGGT CAATGAAAGT AGGTACGCCG CTCTTCTTCC GTGGGATTAA AATCGGCCAG
ATCGACGGTT ATGGCTTATC AAAACAGGGC AACAGTGTGC TGATGCAAGC TCATATTGAA
CCTCAGTATA GCCATCTTGT TAATCAAACT AGCCAGTTCT GGGATGCTTC AGGCATCAAA
GTGGATGTGG GAATATTCTC AGGCGCTAAG ATTGAAGCGG GTTCACTGGA GACCTTGCTT
GCCGGTGGGA TTAATGTGGC CACAAAAGCA ACAACCCAAG ACAATAATCG ACTCGCCAAT
GGCTCAATTA TCAAATTGCA ACATAAAGTT CAAAATGAAT GGCAGGAATG GGCTCCAATT
CAATAG
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| Protein sequence | MTQIESPKVV KKKLFSPIWL LPIVALALGA WLGIKSIKES GIEIQIHFPS ATGIDVGKTL
VKYQGLTVGK VKDIGIDDDL KGVNVKVVMD YRAKPFLNKE TLFWLVTPKA SITGVEGLDA
LFSGNYIAIQ PGKGNASTFF EAERQAPPMQ IGSEGVMIEL TSDKLGSLDV GSPIFFRQIP
VGSVVSYRLA GNTNVVISAF IQEQYARLVK KNSLFWNVSG VKVDASLSGI KVSSESLASI
LAGGVTFSSD DTAPVAQNGD SFSLYDSEAN AIGGVDINLT MDDGNGVEKG THIVYRGIHV
GTIVSKQLTT NGVTAIAKFE NQYTHLLTND GVFWLEGAEI SLSGIKNPGR LLTGSVINFL
PGTGYQNVLP SNFVLQSKAP DMLKSKKRFL TITSTENMGI AAGAEVRYKQ LPIGTVLSVK
LTQDLSAVEY QLELQPEFAS LVRSDSYFVP ESALAIEASL DGVSVKSRDF TTLTKGAVSL
ILGKSETPLA ANTSLPLFSS IDAATAFFDR QHKVHLTLIS QDGADVSQGS PVYYKKMQIG
IVKSINWQSK TEDFVIKLAI DKEFQPLLQK PKVFWRNSAI EVNASLAGID VAVAPLQGAL
KGSISLGLLD SDNVKPTKTS TSLKLYENKQ LALTQAQPIR LTLPASAKLD AKAAIRYQGH
QVGEVSQVKL NADLNTLTAT AYLYGEYADH FSRSDCEYHL VDAQISLAGI KAPETLITGP
YIGVLPGKSS QTATQFIANV VASSYANVPE DALKFTLEDA SLGSMKVGTP LFFRGIKIGQ
IDGYGLSKQG NSVLMQAHIE PQYSHLVNQT SQFWDASGIK VDVGIFSGAK IEAGSLETLL
AGGINVATKA TTQDNNRLAN GSIIKLQHKV QNEWQEWAPI Q
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