| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_0916 |
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| Symbol | |
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| ID | 3764090 |
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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 | Sulfurimonas denitrificans DSM 1251 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007575 |
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| Strand | + |
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| Start bp | 950861 |
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| End bp | 953986 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | cytochrome c assembly protein |
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| Protein accession | YP_393429 |
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| Protein GI | 78777114 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.307598 |
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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 | ATGAAGAAAT TTCTTTCGAT TTTTGGCTCT ATGAATGGCA TGGTTATTAT GATGCTCATT
TTTGCAGCAG CTATTGGTTA TGCTACTTTT ATAGAGAACG ATTATGGGAC AATGACTGCA
AAAGCAGAAG TATTTAATGC CCTTTGGTTT GAGGTGCTAA TGGCACTCTT AGCCATAAAC
CTAATGATAA ACATGTACAA GTTTAAAATG TTTAGCGTTA AAAAAGCCCC TATTTTTATC
TTTCATCTCT CTTTTTTAAT CATTCTTCTT GGTGCTGCAA TAACTAGATA TGCAGGATAT
GAGGGAACTA TGCACATCCG TGAGGGCGAA GTTGCAACTA CTATGATAAG TATGGAAAAT
TATTTCAACG TATCTGCTAA AGTAGGCGAT AAAGTTGAAT CAACCTCAAA GCCTATTTTT
CTATCAAAAA AGAGCCAAAA CACTCTCTCC TCAAACTTGG AGATTGATTC AAAAAAAGTT
GAAGTTGATT TGATTAAATA TATTCCAGAT GCCATTGAGA TGCTTGAAGA GTCAACTGAG
GGTGGAGTTG AAGCTCTTGA TATGATGGTT GCTGCAAATG ATTCTAGTGA ACCAATTAGG
CTAAAAAAAG GTGAATTTTA TGAAAATGAT GAGTTCGCAA TAGATTTCGA ATCAGGAAAA
ATCTTCTTAA GACCAACAAT CTCTATCTTT TCAAAAGATG GTGAAGTATA TATGAAACAT
GATATGACTC TAAAATTTCT TAAGATGGAT AGCAAAGAGC AGGGAGAAAT TACTCCCTCG
CCAATGAGCA AGTTAGAGCT AAGAACTCTT TTTGGTACTC AAAGTAGTAA TTTTGTTGTT
CGTAAACATT ACAAGCATGC AACAGTTAAA ATAGTTTCAA ACCCTAACGC TTCAGCTATG
AAACCATCTA AAGACGCATT TGTGTTTAAT ATAAAAGTTG GAGACATTTC ACAAGAGGCG
ATGATTTTTG CTCAAGCTGG AAGAATGGCA AAAGAGAATC ACTATGATAT AAATGGAGTA
CATGTAGATA TTTCATACGG AGCGAAACTG CTTAATCTCC CTTTTGGCAT AAAACTACTT
GATTTTCAGC TTGATAGATA TCCAGGGTCT ATGTCTCCAG CATCTTATGC TAGTGAAGTT
GAACTTGTAG ATGAGGAGAA AAATATACAT ATGCCATATA GAATTTTTAT GAACAATATT
TTAGAACACC GTGGTTATAG ATTTTTCCAA TCTTCATATG ATCAAGATGA GATGGGAACA
GTTCTCTCTG TAAACAATGA TCCAGGAACC TTGCCATCTT ACATAGGTTA TATACTTCTA
GGAATCGGTA TGTTCTGGTC AATATTTTCA AGAGGTAACA GATTTTCTCA ACTCTCTAAA
AAAGCAAGAG AGGCAAGCTC AACAAGAGCA CTTAGCCTAC TATTTGCTTC AGGGTTGCTC
TTTAGCGTTG CACCATCTTA TGCAGAGGAT TTAAATCCAG CTATAAAAAC TGTTTTAGCT
TTTGATAAAG AGCATGCTGC AAAATTTGGC GAGTTGATTA TTCAAGATAG TGGCGGAAGA
ATGAAGCCTC TTGACACACT CTCAACAGAG ATAGTTGCAA AGATACATAA AAAAGCTTAT
GTAAATGTAG GCGAAGAGAA GTTAAACGCA AACCAAGTTA TTCTTGGAAT GATGAGTAAA
CCAGATATCT ATAAAAACTT AAAAATTATC TCTACAAAAA ATGAAGAACT CAATAAAATG
ATTGGTGTAG AAAATAGCGC AAAATATGCC TCTTTTTCTC AGTTTTTTAC AAGTCCAGAA
ACCTTAGAAG GGTACAAAAT AGCAGTGGCA GTAGATGAAG CTGTAAGAAA AGAGCCTAAG
CATAGAGACC TTTTTGACAA AGCTGTTTTA GAAGTTGATG AGCGTGTAAA TATCTCGTAT
GCTGTATTTT CAGGAGCGTT AATAAAAATA TGGCCAAAGC CAAATGATGT AAACAACAAA
TGGCATGAGA CTATGGAAGC GCTTCAAGAT TTTGATCCTA AAACATCTCA AAAAATTAGA
GATATTGCTT TTGAATACTT TAGCGCTATA GAAAATTCAC TTAAAAGCGG CGATTGGACT
GAAGCAAACA GAGCAATAGA TAAAATTGTG AACTATCAAA GATTTTACGG CTCATCTGTT
CTTCCAGCTG ATGAGAGAAT TAAAGCAGAG GTGTTTTACA ACGAGGCAAA TATTTTTGAG
AGAATTTACC CTCTATATTT TCTTATAGGA TTTGTTCTTT TAATTGCTAG TTTTATAAAG
ATTTTAAAAC CAACTCTTAA AATAAATCTC TTATCAAAAA TCTCTCTGTT TTCATTAACT
CTGCTCTTTA TCGCCCATAC TGTAGGTTTA GGACTTAGAT GGTACATCTC TGGTCACGCT
CCTTGGTCTG ATGGATATGA GTCTATGATA TATATTAGCT GGGCAACTAT TTTAGCTGGT
TTTATCTTCT CAAAACGCTC ATCTATGACT ATGGCTTCAA CTGCAGTACT AACTGGGCTT
ATCCTCTTTG TAGCGCATCT CAACTGGATG AATCCACAAG TTACAAACCT AGTTCCAGTT
TTAAACTCTT ACTGGTTAAG CATACATGTT GCGGTAATTA CTGCGAGTTA TGGCTTTTTA
GGGCTTGGCG CACTTTTAGG ATTTATTACT ATTTTACTAT TCGTATTTAA GACAGAGAAT
AATCAAAAAC ATATCTCATC TTCCATCAAA GAGCTTAACT CAATTAATGA GATGAGCCTA
ATGATTGGTC TTGCATTTTT AACACTTGGT AACTTTATCG GCGGTGTTTG GGCAAATGAG
AGTTGGGGTA GATATTGGGG TTGGGATCCA AAAGAGACAT GGGCGCTAGT TACAATTTTA
GTTTATGCCG CTGTAATTCA TCTTAGATTT ATCAAGTCTT TATATAGCGA GTTTAATTTT
AGTGTAATAT CGCTTCTGTC TTATACATCA GTAATCATGA CTTACTTTGG AGTAAACTAC
TATCTAGCGG GAATGCACTC ATACGCAAAA GGCGACCCTG TGCCAATCCC AGACTTTGTA
CCGATAACTT ATGCGATACT CTTTATAACA ATAGCAATTG CTTCGAGAAA TAGAAAATTG
GCTTGA
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| Protein sequence | MKKFLSIFGS MNGMVIMMLI FAAAIGYATF IENDYGTMTA KAEVFNALWF EVLMALLAIN
LMINMYKFKM FSVKKAPIFI FHLSFLIILL GAAITRYAGY EGTMHIREGE VATTMISMEN
YFNVSAKVGD KVESTSKPIF LSKKSQNTLS SNLEIDSKKV EVDLIKYIPD AIEMLEESTE
GGVEALDMMV AANDSSEPIR LKKGEFYEND EFAIDFESGK IFLRPTISIF SKDGEVYMKH
DMTLKFLKMD SKEQGEITPS PMSKLELRTL FGTQSSNFVV RKHYKHATVK IVSNPNASAM
KPSKDAFVFN IKVGDISQEA MIFAQAGRMA KENHYDINGV HVDISYGAKL LNLPFGIKLL
DFQLDRYPGS MSPASYASEV ELVDEEKNIH MPYRIFMNNI LEHRGYRFFQ SSYDQDEMGT
VLSVNNDPGT LPSYIGYILL GIGMFWSIFS RGNRFSQLSK KAREASSTRA LSLLFASGLL
FSVAPSYAED LNPAIKTVLA FDKEHAAKFG ELIIQDSGGR MKPLDTLSTE IVAKIHKKAY
VNVGEEKLNA NQVILGMMSK PDIYKNLKII STKNEELNKM IGVENSAKYA SFSQFFTSPE
TLEGYKIAVA VDEAVRKEPK HRDLFDKAVL EVDERVNISY AVFSGALIKI WPKPNDVNNK
WHETMEALQD FDPKTSQKIR DIAFEYFSAI ENSLKSGDWT EANRAIDKIV NYQRFYGSSV
LPADERIKAE VFYNEANIFE RIYPLYFLIG FVLLIASFIK ILKPTLKINL LSKISLFSLT
LLFIAHTVGL GLRWYISGHA PWSDGYESMI YISWATILAG FIFSKRSSMT MASTAVLTGL
ILFVAHLNWM NPQVTNLVPV LNSYWLSIHV AVITASYGFL GLGALLGFIT ILLFVFKTEN
NQKHISSSIK ELNSINEMSL MIGLAFLTLG NFIGGVWANE SWGRYWGWDP KETWALVTIL
VYAAVIHLRF IKSLYSEFNF SVISLLSYTS VIMTYFGVNY YLAGMHSYAK GDPVPIPDFV
PITYAILFIT IAIASRNRKL A
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