| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_2340 |
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| Symbol | |
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| ID | 5080363 |
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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 | 2689483 |
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| End bp | 2693439 |
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| Gene Length | 3957 bp |
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| Protein Length | 1318 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640499503 |
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| Product | cobaltochelatase |
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| Protein accession | YP_001183860 |
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| Protein GI | 146293436 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGTTCCAGA CTAAATATTA TAAAACATCA TTTACTCTAT TCCTTTGTGT GTTTTTGCTG
TTCGTTACTC AACTTGCATG GGCTAAAACG ACGCGTGTCA GTTTATTACT GGGTGATAGT
TCACTACGAC AATCCTCCTC AGTGATAAAA GATATTTACT CAGAATTTGA TCTAATCACG
GATACTGATA TTCGTATTTA CTCGAGCACT AAGCTAAACG AGCAAGATTT AAGTCATCTT
CGCCAATCAG ATTTAATTAT CATACAAACG ATTGGAAGAA ATCTAATAAA CCGTGTGCAG
CTCGATCTAC AACAGGCAAT GAATAATGGT GCCAAAGTAT ATGCGTTTGG CACTAGTATT
AATGAAACCG ATAAAAATGC TGGCATTATT GAGGATCCTC AAGTCCAACA GTATTTTGTC
AATGCTGGAG CAAATAATAT CCGTAATGGA TTGCTTTACG CACTTAATCA AATAGGAGTT
AACCTGCCCT ATCAGCCACC TGAAACTGTA CCTGAAATAG GTTTATATCA TGCAGGTACG
GGAACGATTT ATGCTGATTT TGATCGTTTT AAGCAAAATT ATCATCAATA CAAACCTGGT
AAACCTTGGG TTGGATTTGT GGTTTATCAA AGTAATATTA TTGCAGGCAG TACCTCCCAT
ATTGATGCTG TCATTAACGC TCTGGAGAAT CGGGACCTAA ACGTGATGAC AGTATTTGGT
TATCCTGCAC AACTTCCCAT CGAGCGCTAT TTTTTCGATG ACCAAGGCCA TTCAAGGGTA
GAAGTCATTA TTGCTGCAAG CATAAAAATT GGCGTCACTC CAGAGATCCT GACACCATTA
TTTCAACGCC TCAATGTTCC AGTGATAAAT GCTATTTCAC TGTTTTCAAC ATCAATCGAG
GAATGGGAGG CTTCATCGGT TGGGATGGAT ATTACCGAAC GCTCTTGGCA ATTAGCCATG
CCGGAAATGG CCGGGTTAAT ACAACCTACC GTATATGCTG CTAAACAGAT GATACAAGAT
CCTCTAACTG GTATGACTTA TATAGAAGAG CAGCCCATAC CAGAACGCGT TGCCATGTTG
GCAAACAGAG TCAAACGATG GGTAACCTTG CGTCAAAAAC CTAATTCAGA AAAGCGCATT
TTTTTGCAGT ATTTTAATTT TCCTCCTGGA CGAGACAATG TTGGTGCCGC ATACCTTAAT
GTGTTGCCGC AAAGCATTTG GCAAGTGGTT AAACGCCTCG AGCAAGAAGG ATATCACACC
CAAAACCTGC CTCAGGATCA AGCACTATTA CGTGAAGACA TTCTCAAATA TGGTGCCAAT
CTCCCCAATT GGGAGCAATC ACAAATTGAT ACTCTCGCCG CCTCAGGTGA GCCTGTTCTT
TTACCAATAT CGACCTATCA ACAATGGTTT TCAGCATTAC CACAGTCAGC ACAGGAAATG
GTGACAAATA CTTGGGGAAG TCCAGAAGAA AGTAACACCA TGACCTATAA AGACAGTGCA
GGAATGGCAT ACTTTGTTTT ACCTGTACGC CGCTATGGTA ATGTCCTACT TGGACCACAG
CCCTCCAGAG GGAAAACTGA AAATCCTGAA AAACTCTATC ACGACCTAAA ATTTCCACCG
TCACATCAAT ATATTGCGTT TTACCTTTGG CTGCACAACG TTTTTAGAGC CGATGCCATG
TTTCAATTTG GCACACACGG CACCCATGAA TGGCTTCCTG GCCGAGAAGC GGGTATGAGC
ATTACCGATG CACCCGAATA TCTCATTCGA GATCTGCCAA ACTTTTATAG TTTTATCATG
GATAATGCCG GAGAAGGTAC CATTGCAATG CGTCGTGGTA TGGGCATTAT GATCACCCAT
TTAACCCCTC CCATGGATCG AACCGCCTTA AACCCTGAGC TACAAACCCT TAAGGAACTG
ATCGAAAGTT ACCAGCGTGC GCGGCAACAA AACCCACAAT TAGCAGAATC ACAAATTAAA
GAAATTGAGC TACAGGCAGA AAAACTCGGA ATTTTACAAG ACTTGGGTAA AACCCCCACT
GCAATCGGCG CAAACACATC GACATTAATC ACTCAGGAGA ATGAGCCATC CCATCAACTC
GTTGAGGATA TTCATCATTA TCTTGAAGAA ATTTCAGACC GTATTAATCC GATGGGACTG
CATAGCTTTG GAGTGTCTCC AAGTGCAGAC CAAATCCAAA AAACGGCGCA AGCGATTCTA
TCAATTGAGC CTTCACTGGA TAAACAGCAG TACAAACAAC GCATAGCACA ATTAACGTCA
GCTATTTCAT CTAGCGCTAA ACAAGAACTC GATGCTCTTA TTGCTGGTTT TTCAGGCCAG
TACATTCCAG CAGGCGTAGG GGGGGATCCA TTGCGTAATC CCGATGCGTT ACCCACTGGA
CGCAATTTTT ACTCCTTTGA CCCACGCCGA ATTCCAGCTA AATCAACTTA TGAAATAGGT
AAAAAGCTCG CCAATCAACT CATTGAGGAC TATCGACAAC GCCATAACGA ATACCCTAAA
AAGCTAACCT TTACCCTTTG GGGCGTTGAA ACTATGCGTA ATGAAGGAGT TCAAGAAGCG
CAGATCATGT ATTTGCTCGG TATACGCCCT CGCTACGATG AAAGAGGCAT AGTGCGCGGC
GTTGAAGCCA TATCGCGTGA AGAATTAGGC AGACCTCGAA TTGATGTCAC AGTGATCCCA
TCCGGATTAC ATCGGGATCT CTTTGCTAAT GTAGTTACCT TACTAGACCA AGCTTTTACG
CTTGCCCAAG CACAGGATGA GCCGGATAAC CAACTACGTA TCAATACGAT AAAAACACAA
GCTATGCTTG AAGCCAAAGG CGTTGAAACC ACCTTAGCCA CCAGAATGGC CTCGGTTAGG
CTATTTTCCG TTCCCTCTGG AGCCTATGGC ACAAACTTGG AAAGCGCGAT AGATCGTTCT
GATACTTGGG ATAACGAGCA GACGCTGACA GAGATGTACT TTAATCGAAT GAGCCATCTC
TATGGACAAG GCTTTTGGGG AGAATCTGGA GATACGGCTG AAACGGGTAA ATCCTCCCAA
GTTGGGCAAA TACTACTCAA AAATGCCTTA TCGGGAACCG CCATCACTGT TCATGCGCGC
TCTAGTCATG TATTTCAAGT CCTTGATGGC GACGATCCCT TTGCATCCTT TGGCGGCGTA
TCCATGGCCG TCAGAGCCGT AGATGGCAAA AGCCCCGAGG TGATGATAAG TAACCTTGCG
GATCCGAACC AAGCTCAACA AGAAACCCTA GAACGGTTTA TGGGGCGCGA ATTACGCTCT
CGCTACCTAA ATCCAGAATG GATAAAAGCA ATGCAAGCAG AGGGCTATGC TGGCGCTAAG
TTCATTAATA GTGTGGTGCA GAATATGTGG GGATGGCAGG TCACAGTGCC AGACGCCGTG
GATGCAAGCA AGTGGGATGA GATGTACCAA ACCTATGTAC AGGATCGCTA TCAATTAGAT
ATGGAACAAT TTTTCCGTGA TTCTGAAAAT TTAGGGGCAT ACCAAATGAT GATGTCCCGT
ATGCTGGAGG CCGTCCGAAA AGGCTATTGG CAAGCGGATG CAAAAACCAT TCAAGATCTG
AGTGAGCGCA TCACCCAACT GGCAGAAGAG CAAGGCGTCC ATTGTGACGA CCAAGGATGT
GAAGATCCCA TATTAGCAAA GCTGATCCAG ACAAAATTAG TGGCAGCCCC TAAATTAGCA
CCGCAGCCAA TGATGCCAGC GCCCCCAATT TCGCCAAGCA AAGCATCACC TGAAACGCTC
AAAAAGCCGA ATGAGGCAAC ACAAGCCATC CAAGGATATG CAATCGAAGA AGTCAATTTG
ACACATCCAA CTGACCAGCA AAATACCTCA GTTTGGTTTC ATTGGCTTAG CTACCTGTTG
CTGTGCTTAG CCTTTATCTT TGGTTTCAAC CGATCCCCGA AAGCAATTAA TCCATAA
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| Protein sequence | MFQTKYYKTS FTLFLCVFLL FVTQLAWAKT TRVSLLLGDS SLRQSSSVIK DIYSEFDLIT
DTDIRIYSST KLNEQDLSHL RQSDLIIIQT IGRNLINRVQ LDLQQAMNNG AKVYAFGTSI
NETDKNAGII EDPQVQQYFV NAGANNIRNG LLYALNQIGV NLPYQPPETV PEIGLYHAGT
GTIYADFDRF KQNYHQYKPG KPWVGFVVYQ SNIIAGSTSH IDAVINALEN RDLNVMTVFG
YPAQLPIERY FFDDQGHSRV EVIIAASIKI GVTPEILTPL FQRLNVPVIN AISLFSTSIE
EWEASSVGMD ITERSWQLAM PEMAGLIQPT VYAAKQMIQD PLTGMTYIEE QPIPERVAML
ANRVKRWVTL RQKPNSEKRI FLQYFNFPPG RDNVGAAYLN VLPQSIWQVV KRLEQEGYHT
QNLPQDQALL REDILKYGAN LPNWEQSQID TLAASGEPVL LPISTYQQWF SALPQSAQEM
VTNTWGSPEE SNTMTYKDSA GMAYFVLPVR RYGNVLLGPQ PSRGKTENPE KLYHDLKFPP
SHQYIAFYLW LHNVFRADAM FQFGTHGTHE WLPGREAGMS ITDAPEYLIR DLPNFYSFIM
DNAGEGTIAM RRGMGIMITH LTPPMDRTAL NPELQTLKEL IESYQRARQQ NPQLAESQIK
EIELQAEKLG ILQDLGKTPT AIGANTSTLI TQENEPSHQL VEDIHHYLEE ISDRINPMGL
HSFGVSPSAD QIQKTAQAIL SIEPSLDKQQ YKQRIAQLTS AISSSAKQEL DALIAGFSGQ
YIPAGVGGDP LRNPDALPTG RNFYSFDPRR IPAKSTYEIG KKLANQLIED YRQRHNEYPK
KLTFTLWGVE TMRNEGVQEA QIMYLLGIRP RYDERGIVRG VEAISREELG RPRIDVTVIP
SGLHRDLFAN VVTLLDQAFT LAQAQDEPDN QLRINTIKTQ AMLEAKGVET TLATRMASVR
LFSVPSGAYG TNLESAIDRS DTWDNEQTLT EMYFNRMSHL YGQGFWGESG DTAETGKSSQ
VGQILLKNAL SGTAITVHAR SSHVFQVLDG DDPFASFGGV SMAVRAVDGK SPEVMISNLA
DPNQAQQETL ERFMGRELRS RYLNPEWIKA MQAEGYAGAK FINSVVQNMW GWQVTVPDAV
DASKWDEMYQ TYVQDRYQLD MEQFFRDSEN LGAYQMMMSR MLEAVRKGYW QADAKTIQDL
SERITQLAEE QGVHCDDQGC EDPILAKLIQ TKLVAAPKLA PQPMMPAPPI SPSKASPETL
KKPNEATQAI QGYAIEEVNL THPTDQQNTS VWFHWLSYLL LCLAFIFGFN RSPKAINP
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