| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_0805 |
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| Symbol | |
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| ID | 3764249 |
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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 | 835845 |
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| End bp | 839126 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_393319 |
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| Protein GI | 78777004 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.199281 |
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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 | ATGCAAAAAT TGTTTTTATT TTTTATCTTA TTTTCCGTAA GTCTATTTGC TGCAGAATCA
TCAATTTACA CATGGGGATA CGGCGAACTA TTTTACCGTG TCTTACAAGC TGTAACAATT
CTATCGCAAG ACAACTATAT TTTTAAATCA GCTGTTGCCA TCGGTGGGTT TTTATTGATG
ATAAAAAATA CCGTAAGCGG TGCTAGCAGT TCTGATATGG CTGTTACGAT GGGTAAATAT
TTATTTACCA TAACTTTAAT AATTGGACTT TTTTCTACAA GCACAAAACG TTATATTATC
GAAGATGAAG TAACTAATCA AACATTTATT GTTAACAATG TCCCTATAGG AATCGGTGAA
ACTTTCTCTT TATTTACAAA CTTAGAAAGA AACCTAGCAC GTGGGTTTCA GTCTGCGATG
GCAACTCCAA ACTCTTTAAA TTACACAGAT GTGGGTCTTG GTTTCACCAT GGCAGCGCCA
CTGAATGTAA AATCATTAAT TGCTGCAGAT GGTCATACGA GAAGAACCTT TAATGAGTAT
ATGGGAAATT GTATATTTAG CGCAATCGCA ATGAACGAAA TTTCTGCAGA TATTATAAAT
TTCAGTACTA TATTAAAAGC AGATCTTAAA GTAACTGGAT ATCTCACTCC TTATTATAGT
ACAGCAAATC CTAATGGAAT AGATAAGCAA TGTGAAGATG TATGGGAATT ATTAGTTAAC
ACTGATATAA GACAACAGCT TGACGTCTTA GAACCTCTTC TTGCTCAAGA GATGGGAATT
ACACAAGACA AATACCAGGG CGCAATGGCA GCAACATCAC AATTACTTTT TAGTACATCT
AAAAACTCAA AAGACTATCT CATGCAACAA ACATTAATAA ATATGACAAA AGATGGCATA
AAAGCTACTG CACTTGCAGC AGGTGGAGAT GTTCAAGCTC TAGCATATGC AAGTGCGGCA
GCAGAGGCAA ATCAACAACA AACATTAATG ACTATGGGAA AGATGGCTCA AAAAAACCTG
CCACTTTACA AGGCAATTTT AACTGTTCTT GTGCTTGGTA TTTTTATACT TCTTGTACTG
CTCTCCGTTA TTTACGGCGA TTTAGGGCAT ATTAAAATGG GATTTACACT ATTGTTTGCA
ATGATACTTT GGACGCCGCT TGCTATAATA TTAAATGCTA TGACATTTAT TACAATCGAG
TCTCAATTGA TTTGGCCACA AGTTGATGGC GGTCTCACTT TTTTTAGAAC TCATAAAATG
CATGAAGACT TAGCACTTCT AATAGCTCTC ATTGGCTATG TTGGCACGAT GATTCCAGTT
CTTGCGTACT CAATAGCTAA AAAATCAGAA CAAGGATTTG TTAGCTTCTT TAGCGGAGCA
GGCGCAGTTG CAAATAGTTC AGCATCATCT GCCGCTGCAC AAACTGCAAG CGGAAATATA
AGTGTTGGAA ACAGCTCTTT AGGCAAGTTT AGCGCTACAG ATATGCATGG AACGCATGAT
TATCTCGGAC AAGATTCATG GAGAGCCTCA CATGTTGCTA ATGATGGTTC TCTCAGAACT
AAAACAACAA ATGCTCAAGG CATTGGAACA CAAACATCTG ATTCTGCTGG ACTTGGTCAA
ATCACTGCTG ATGCACATGG TACAAAAATC ACATCAGTTA AAGATACAAC CATCAGCGCA
GGTTTAGTTA ATGACATATC TGCTAGCACA GGCAAAACTC TTCAGGAACT TGCTTCAAAT
AGCGCTGCAT TTAACTCAAG CTTTGCTCAC AGCTTGGCGA ACGGCTCAAC TGCAGGAGGC
ACGAATATTG ATACAAATAC ATTCTCAGAT ACAAACACAT GGGGTCATGC AACTGGGGAG
GCTCTCACTA AAGTTACGCA AGAAGGTATC ACAAACACAT TAAAACAGAT GACGAGTAAC
GGGCATAAAT TTAATTTTTC AAGTGATCAT AACGCAAACG CTGGAGCAAA TGCAAATCTT
ACTATTGGCT CCCCTGATGG TGTTTCTCTG TTTACTGGTA TGTCCGTGAA GGGTAACGCA
ACCATAGGCT ATACAGTAAC TGGTAAAAGT TCTGATTCGA AAGATTTTAG CACAACCATA
ACTGGAGATG ACGCTAAAAC ATTTGGTGAC ACTTTCTCAA AAAATCTTAC AAGCTCTATC
AATGAAAACG AGAGTTTATC TCTTGGACTT GCAAAACAAG CTCAAAAAAC AGGCGGATTT
AATGATTCTG ATATTCTTAC AAAAGCTGAT AATTATGTTA AATCTTGGAG CGATTCAGAA
TCAATTACAA AGCTTCATAA TATTACATCA CGTCAAGGTT TATCGATGAC ACATGATCTA
CTTCCTGATG CTCTAAATAA CTATATCAAT AATAGCCCTG AACTTTCAAA AATAGATTTA
TTAGACGCAG GTAAAATTGC AATAGAACAA ATGCGAGGCG GAATGCATAT TGACGAAACG
AGAAAAGCTT TTGAGGCAGC TAGCGGTACT AATCTCAACT TAGATATGAG TGGAGTTCAA
AAGGCTAAAG ATGTTATCGG CGAAGCTGAA GACAAATTTA AACAACAAAG AGAGCATTAC
AAAGCTCAAT CAACCAATGT TGAAGAGAGA GTTGAAGCCA TAGTTCCAGA TATTATCAAA
AACACAAGCA ATGTGCCAAA AAACAACTCT GACATGGCAA ATATCAACGA CAGTATAACG
AAGAGATATC AGCAAGCTCA TGAAGAAAAA CGAGCAGAAG CAAGCGGCGA TATGCAGGAC
TTCACGAAAC AAAACAAAGT AAATACCAAA GATGAAATTG ATGGCGGTAA AGATAAGATA
CAAGAAAACT TCTATCATGC TAAAGATGAG CTGGGAATCT GGGGCACTTT GAAGCAAAAT
CCGATGATAG ATAGCACAGC AAAAGCTATA GGACTTGAGG GCGAATTTGA CAAAATGATT
AACACGATTG AAAATAAAGA CTATGCAAGG ATTGAAACAG CACATGATAA AGCACTACAG
GATGGGCTTA TCGGCACAAA GAATCCAGCA AGCTCTGCGG CGAACACTAG AATAAATACC
GAAAAAGTTG AGAATTTTTC TACACAAGAA TTAAAAGACA TGCTGACTTG GGAGAAAATG
CATCCAGAGA GAGATGAGAT AAATAACGCT GCAGAGAGAC AGTTAGAACA AGCTGTACAA
AATAGAGAAA ATAAAGTTAT GCAGGATAAA GTGCAAAAAG CAGAGAAAAG TGTCAAAACT
ATTACTGAAG CAGTTGCAGA GATGAAGCAA AATGAACAAT AA
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| Protein sequence | MQKLFLFFIL FSVSLFAAES SIYTWGYGEL FYRVLQAVTI LSQDNYIFKS AVAIGGFLLM
IKNTVSGASS SDMAVTMGKY LFTITLIIGL FSTSTKRYII EDEVTNQTFI VNNVPIGIGE
TFSLFTNLER NLARGFQSAM ATPNSLNYTD VGLGFTMAAP LNVKSLIAAD GHTRRTFNEY
MGNCIFSAIA MNEISADIIN FSTILKADLK VTGYLTPYYS TANPNGIDKQ CEDVWELLVN
TDIRQQLDVL EPLLAQEMGI TQDKYQGAMA ATSQLLFSTS KNSKDYLMQQ TLINMTKDGI
KATALAAGGD VQALAYASAA AEANQQQTLM TMGKMAQKNL PLYKAILTVL VLGIFILLVL
LSVIYGDLGH IKMGFTLLFA MILWTPLAII LNAMTFITIE SQLIWPQVDG GLTFFRTHKM
HEDLALLIAL IGYVGTMIPV LAYSIAKKSE QGFVSFFSGA GAVANSSASS AAAQTASGNI
SVGNSSLGKF SATDMHGTHD YLGQDSWRAS HVANDGSLRT KTTNAQGIGT QTSDSAGLGQ
ITADAHGTKI TSVKDTTISA GLVNDISAST GKTLQELASN SAAFNSSFAH SLANGSTAGG
TNIDTNTFSD TNTWGHATGE ALTKVTQEGI TNTLKQMTSN GHKFNFSSDH NANAGANANL
TIGSPDGVSL FTGMSVKGNA TIGYTVTGKS SDSKDFSTTI TGDDAKTFGD TFSKNLTSSI
NENESLSLGL AKQAQKTGGF NDSDILTKAD NYVKSWSDSE SITKLHNITS RQGLSMTHDL
LPDALNNYIN NSPELSKIDL LDAGKIAIEQ MRGGMHIDET RKAFEAASGT NLNLDMSGVQ
KAKDVIGEAE DKFKQQREHY KAQSTNVEER VEAIVPDIIK NTSNVPKNNS DMANINDSIT
KRYQQAHEEK RAEASGDMQD FTKQNKVNTK DEIDGGKDKI QENFYHAKDE LGIWGTLKQN
PMIDSTAKAI GLEGEFDKMI NTIENKDYAR IETAHDKALQ DGLIGTKNPA SSAANTRINT
EKVENFSTQE LKDMLTWEKM HPERDEINNA AERQLEQAVQ NRENKVMQDK VQKAEKSVKT
ITEAVAEMKQ NEQ
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