Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Suden_1200 |
Symbol | |
ID | 3763561 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Sulfurimonas denitrificans DSM 1251 |
Kingdom | Bacteria |
Replicon accession | NC_007575 |
Strand | - |
Start bp | 1261963 |
End bp | 1267557 |
Gene Length | 5595 bp |
Protein Length | 1864 aa |
Translation table | 11 |
GC content | 37% |
IMG OID | |
Product | hemolysin-type calcium-binding region |
Protein accession | YP_393713 |
Protein GI | 78777398 |
COG category | |
COG ID | |
TIGRFAM ID | |
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Plasmid Coverage information |
Num covering plasmid clones | 0 |
Plasmid unclonability p-value | 0.0007986 |
Plasmid hitchhiking | No |
Plasmid clonability | unclonable |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | ATGGCATTAG AAGTAAATAG CAAAAGTATA GAGTACAAAG ACAATAAAGT TATTATAAAG AGCATGCCAA AAGATGGCGA GAATCTATCA GTTTTTATAA GACCGGGAGA CGAAGTTGTT TTTGATATAG ATGGTGTTAC TTCTGATGAA CTCGATTATG CTCTTGTTGG TGGAGATATC GTTGTTGAGT TTCCAGGACT TGGTGCTTTA ACGTTCCCAT CTATGGGATT AATGAGCTTT AGCAGTAATC CTCCTCAGTT TAATTTTAGC GGAAAATTAT TTTCGGTAGA AAATCTTCTC TCAAAAATTC AAGAGATAAA TGAGCTCCCT ATTACTTCTG TTGATGCCAG TTTTAAGGTT AGGGTGAGCG ATACTGATGA AGATAAAGGA TTGATGCACA ATAAGCCAGA CATGGCATCT CCAGCTCCAA TCATCATAGT CCCACAATCT CAAGTTTTAC CAGATTCCTA CAATAAAAAA GAAGATTTTA CTCAAACTCA ACAAGAGGTT AGAAAAGATT ATAGAAGCGA TTCCGAAGCT ATAGCAAAAA GCAACACTGT ACCAAATTCC TACACAAAAC CGTATGCAAG CTACGCAAAA CCAAATGATT TTGATGCCTA TAAACCTAAA GAGGAGATGA TTCCAAAGCC AGATGTGGAG ATGATTCCAA AGCCAGATGT GGAGATGATT CCAAAGCCAG ATTATGAAAC TATGCCAAAA AATGATTTCA CTGACTATTT TCCAGAAAAT AATTATACTG GTTATGGCGA TGGCAACGGA GATGGCGTTG GACCTGGAGA AGGAATCCCA AGTTTTGGGT TTAAAGCAAC TGCGCATCAA GTAAGGTTTA GTGAAGTCTT AAATGCAGAT AACACACCTG AAATATTAGG TGGTGGCGGA AGCGTGGCTG GATATAAGTT TGACTCTGTT AGTGATCAGT ACAAACCAGA GACCATAGAC ATAAGCAATA GAACTGAAAA TATGGTTATA AGAGCTGAAA ATAGCGACTA CTTTAGTAAT GCTCCTTCAG CTAAAACAGG AGTAAATGTT TTAACTTTTA AAGACCTAGC AAATGGAGAA TCAGTCACTA TAGATGGACT TACTCTAACT GCTAGTGGGG CTATTAGTGC AGCGGCTGTT GCCACAGGAT TTGCAAGTTT AGCAGCAAGT TCAGATGGAA TTTTAAATAC AGTAACTAAC GGTGCATGGA GCGGAACATT ATCCGCTGGA TGGAGTTCTG CTGCTGCAGC TGGAGATAAA GTCACTTTTA CAAGTACAGC AGCAAATAAT AATATAACTA CTTTTGTAAC CTCTTCATTA GGCTCAACAC CAGTAGATGT CGTTCATTCA GAACCTTCTA CAGATGTTTA TTTATCAAGA GTTTTACGTT TTGAGCCTAA TATGCCTGAG GGTTTTTATG TTGATAGCTT CTCTATCAGT GGTCTTCCTT CTGGGGTTAA GATTTTAGAT AAAGATTCCA ATGAAATATC TGGTTCTAAT ATTTCAAAAG AGAATATGAT TTTTAAAAAT GCACTAGGTG AAGTTATTGC ATATGATAGC GTAGATTTTT TGACTAACTT TAAAAGTGCA GAATTTACTA TAAAATATCC AAACAATATA TCAGCTCCAT TTAATGTCTC CATAACTGCT AACTACAAAG TAGATGCAGC TTTTGCTGAT AGTGTAACAG AGAGTGAGCA GTCTTTCACG AATGAGTACA CTTTTGCACT AAAAGATATA ACTTCTGCTG ATGATTATAC ATATAAAAAA GCTGATTTCG CAGGTGGCAA AGATGAGGGA TTTATCTTAT CAAAAGAACC AAACTACAAC ATTATAAAAG ATGGTAGCGG AGATAACATC ATATATGGCG GAATAGTAAA AGATGTTGTT TATGACGCTG CAGGAGATGA TACTTACTAC CTTAGTGCAG GCGATGATAC TCTTTATGGT GGAAGCGGAA CAAATCGTAT ATATGGCGAT AATGATAATG GTAGTGCCGA GACTAAAAAA TATGATGGTA AAGATACCGT CAGTTATGAA AATGTAAATA GTTTTGGGAT TAGTGAAATT GAGCTTCTTA GCAATGAGGG GGCTATCACT GCACAAGAGA GTCAAAAATT AGGTGGCTCG TATGATGAAG ACAGTGATCC AAGCACATCC AATCCGCTAA ATGTAGATAT GTTAGTCTCT TACAAAGGTG TGTATGTTGA CTTAGATGGC GTACATGTAG ATGGTTTAAA TATTGATGTT GATGGTGATG GTGATATAGA TGCAGATGAT AAAATAAATG CAATTTCAAA ATTTGCCAAC AGAGATGGGA GATTTACTTA TGATGCTGAT GGCTATGCAA TTGGTACCTC TATAGGTAAA ACAATAACTT TTACAAGCAT AACGTCAAAT GCGCAAGTTG ATGATATTAC TGTTGTAGCC TCAGGAGTAG AAACAGTTGC AGCACCTACA GCACTTGGTG TAGTATCTAT TCAAGGAGTT GATGCAACTA CAACAGAGAG TCATGAGATT ACATTTCAAG ATTTAATCGC TGGACAGTCT GTAACTGTAG ATGGACTAAA ACTAACTGCT ACTGGAGCGA TTTCTGCAGC TGATGTTGCT GCTGGTTTTT CCTCTCTTGA TAATAGTGCT GCAACAGCTG GTTCTGCTGT AACTAACGGT ACATGGAGTG GTGCAAAAAC TACAGCATGG ACTTCAGGCG GAGCCACTGG TGCTGTTGTG ACTTTTACAA GCCAAACTGC GACAACAGCT GTTGATGACA TAGTTACCGC ATCAGCTGGT GTTAGTGGTA TTGACACTCC AGCTATTGAT GTTGCTATCA CTCAAGGAAG TAGCGATATT GACACAAAAC AGAGTGAAAA AGCAACTATT GTTTTTAAAG ATTTGATAGC TGGACAATCA CTTAGTGTTG GAGGATTAAC ACTAAGCGCA ACGGGAGCCA TTAGTGCGGC TAGTGTTGCG GCAGGCTTTG CTTCTTTAAG CGCTGGTGCA ACTGCTGGTA ACGCTGTGGC AAATGGTACT TGGAGTGGAA CCCTTGGCTC TTTTTCATCA TCAAAGCAGG AGAGTGGACT AGATAGCATT CAAGCAACTG GATATGATAT TTATAAAGAT ATTGAAAATA TTACGGGAAG TAAATACAAC GATACTATTT ATGGAAATTT AACTAAAGAT AATACTCTTA GTGGACTTGG CGGAAGTGAT ACTATAGATG GCAGAGGTGG AAACAATAAA CTCTATGGCG GAGATGGAGG CGATACTCTT ATCTCTGGAA GCGGCAAAGA TTATATAGAT GGAGGAGCTG ACACTGACAC TGTAAGTTAT GTAAATATGA TTGAGGGTGT GAGAGTAAGA CTTGATAGAC CAAATGGTGA AGAGTATGAT TATGCGCATC TCAATAGTGA CCTTGTTAAC GAAAAAGACA GGATTCTTAA TGTAGAAAAT ATTACAGGTT CTTCATATGA TGATACTATT TATGGGAATG CAAATACAAA CTTTATCAAA GGTGGCGCTG GAGATGACCG CATCTTTGCT GGTGGAGGTT ATGACTTCAT AGATGGTGGA GCTGGAAGCG ACTGGATAAC ATATAAACCT TCAGATTATG ATTTCAATAC TACTAAGCCT AGTTTTATGG AGACATTTCA AGGTATTACA GTTGATTTAA ATAGTAGTGA TTTTGTTATG GTAAAAGAGA CAGCTACTGA CAACTTGATA GATTTGATAA AAGATATAGA AAAAATTAGT GCAACTGATG GTATAGATAA AATATATGGT TCAAACAGTG CTGATGAAGA GTTTTGGGGA TGGGGTGGAA ATGATATACT TTATGGAAGA GGCGGAAATG ACATACTTCA TGGTGGAAGC GGAGATGATT ACATCAGACC TGGACGTGGA GTTGATAAGA GTTATGGAGA TACTGGAGAT AACTATCTAG AGTTATATGA TGATGGAGTA AAAGATAAAG CGTTTCAAGC TATTAGGCTT AACTCAGATG GTAAAGTTCA GCATAAACTT GTAGCTGGTG ATGGCAGTTG GATTGATGGG TACAATTCTA TTGATGGACT CGAAATTGCA GAAGGATTTA GCGGTATCGG TTTGGGCAAT GGTACTAATG ATGAGATACA TGGAAATGAA CTTGCTAATA TCATTAATGG TTATGGCGGA GATGATGATA TTTATGGTTA TGGCGGAGAT GATACCATTA GAGGTGGTTC TGGTAAAGAT AAGATTTACG GTGGAGCTGG TAAAGACATA ATATATGGTG ATCAAGATGA TGACACCATA GACGCAGGGG ATGGAGATGA CACTGTTTAT GGTTATGGCA GATATACCAC AGGTCAAACA AATAATGACA AAATAGATGG TGGAGATGGA TTTGATACAA TCGACTATAG CACAACTTCT GATGCGATAA CGCTTAATTT AGGAAATGTT GTAGGTGGTT ATGCAACAGT AGAGTTTCTA TCAGCCACTG GAACAGCTGG AATATATAAT GACTTAATCA AAAATTTTGA GTCAGTTGTC GGCTCAAGAG GAAATGATAC TATAACTGCG AACGATAGTG GTATGACGCT AGATGGCTGG AGTGGAGTAG ATAAGCTTTA TGGTGGAGCT GGAGCTGATA CTATCATAGC TAGAAATCAA GCAACTGAAA TTTTAGATGG AGGAGGGGGT AGCGATACTC TTAAACTTGC GCAAAATGTT GATTTTAGAA ATCAAACTAT TAGTAATTTT GAGATATTGG AACTTGGAAG TTATAACTCT TACTTTAATC TATCTCAATG GAGTTTGAAT AGCTTTACAA AAGTAGTCGG TGGAGATAAT AGTAGAATCT ACATGTATTC AACAAATACA GTTACTGATG ATAATTTTAA TTTTACTAAC ATTGACTTCA GTGATTTTAG TGGTAGCTTA TATGTTTCTG GATACAACGG AAATGATACA TATAATTTTA CAGGTTCTAC ACTAAGTGCA AATATGAACT TCTACTTAGA TGCTAGTAGT GGAACAGACA CCCTGATAAT GGGTGTAAAT CAAACCATAA ATATGCTAGA CAACTACTAC AACACATTTG AGACGTTTCA AATAGGTACA GATTCAAATT TAAACATTAA GGCTTATAAC GATAATGGAA GAACTTTTTA TGCTCACAAC AAAGATTTTA GTGCTGTAGA TGGTGATGTA AACCTTATTG GTGGAAGCGG AAATGATACT TTTTATGCAA ATTATGAAGC ACTTTTAGCT GGAAAACTAA ATATTGATGG GGGAAGCGGC AGTGATATGG TTGATGTTAG AACAACTCAA ACCAATGCAG CTTTGACATT TAATGATGCA GATATATTTA ATAATATTGA AAGATTAGAA CTTGACACAA TTTCTAGTAC AAATAGTATA AATATAGATG CAAGAGCTAT GAAACAATGG ATTGGCAGTT CAAGTGAACT CACACTTGAT ATAGCAAATA ATACACAAGG TACTAAAGTC ACTATTGACA ATACCAAAGG TGATGATATG ACAAACTTTA CAATAGGACA AAGCTACACT ATCACATTGG ATGATAATAC AAGTTTTGCT ATGCATGTAG TTTAA
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Protein sequence | MALEVNSKSI EYKDNKVIIK SMPKDGENLS VFIRPGDEVV FDIDGVTSDE LDYALVGGDI VVEFPGLGAL TFPSMGLMSF SSNPPQFNFS GKLFSVENLL SKIQEINELP ITSVDASFKV RVSDTDEDKG LMHNKPDMAS PAPIIIVPQS QVLPDSYNKK EDFTQTQQEV RKDYRSDSEA IAKSNTVPNS YTKPYASYAK PNDFDAYKPK EEMIPKPDVE MIPKPDVEMI PKPDYETMPK NDFTDYFPEN NYTGYGDGNG DGVGPGEGIP SFGFKATAHQ VRFSEVLNAD NTPEILGGGG SVAGYKFDSV SDQYKPETID ISNRTENMVI RAENSDYFSN APSAKTGVNV LTFKDLANGE SVTIDGLTLT ASGAISAAAV ATGFASLAAS SDGILNTVTN GAWSGTLSAG WSSAAAAGDK VTFTSTAANN NITTFVTSSL GSTPVDVVHS EPSTDVYLSR VLRFEPNMPE GFYVDSFSIS GLPSGVKILD KDSNEISGSN ISKENMIFKN ALGEVIAYDS VDFLTNFKSA EFTIKYPNNI SAPFNVSITA NYKVDAAFAD SVTESEQSFT NEYTFALKDI TSADDYTYKK ADFAGGKDEG FILSKEPNYN IIKDGSGDNI IYGGIVKDVV YDAAGDDTYY LSAGDDTLYG GSGTNRIYGD NDNGSAETKK YDGKDTVSYE NVNSFGISEI ELLSNEGAIT AQESQKLGGS YDEDSDPSTS NPLNVDMLVS YKGVYVDLDG VHVDGLNIDV DGDGDIDADD KINAISKFAN RDGRFTYDAD GYAIGTSIGK TITFTSITSN AQVDDITVVA SGVETVAAPT ALGVVSIQGV DATTTESHEI TFQDLIAGQS VTVDGLKLTA TGAISAADVA AGFSSLDNSA ATAGSAVTNG TWSGAKTTAW TSGGATGAVV TFTSQTATTA VDDIVTASAG VSGIDTPAID VAITQGSSDI DTKQSEKATI VFKDLIAGQS LSVGGLTLSA TGAISAASVA AGFASLSAGA TAGNAVANGT WSGTLGSFSS SKQESGLDSI QATGYDIYKD IENITGSKYN DTIYGNLTKD NTLSGLGGSD TIDGRGGNNK LYGGDGGDTL ISGSGKDYID GGADTDTVSY VNMIEGVRVR LDRPNGEEYD YAHLNSDLVN EKDRILNVEN ITGSSYDDTI YGNANTNFIK GGAGDDRIFA GGGYDFIDGG AGSDWITYKP SDYDFNTTKP SFMETFQGIT VDLNSSDFVM VKETATDNLI DLIKDIEKIS ATDGIDKIYG SNSADEEFWG WGGNDILYGR GGNDILHGGS GDDYIRPGRG VDKSYGDTGD NYLELYDDGV KDKAFQAIRL NSDGKVQHKL VAGDGSWIDG YNSIDGLEIA EGFSGIGLGN GTNDEIHGNE LANIINGYGG DDDIYGYGGD DTIRGGSGKD KIYGGAGKDI IYGDQDDDTI DAGDGDDTVY GYGRYTTGQT NNDKIDGGDG FDTIDYSTTS DAITLNLGNV VGGYATVEFL SATGTAGIYN DLIKNFESVV GSRGNDTITA NDSGMTLDGW SGVDKLYGGA GADTIIARNQ ATEILDGGGG SDTLKLAQNV DFRNQTISNF EILELGSYNS YFNLSQWSLN SFTKVVGGDN SRIYMYSTNT VTDDNFNFTN IDFSDFSGSL YVSGYNGNDT YNFTGSTLSA NMNFYLDASS GTDTLIMGVN QTINMLDNYY NTFETFQIGT DSNLNIKAYN DNGRTFYAHN KDFSAVDGDV NLIGGSGNDT FYANYEALLA GKLNIDGGSG SDMVDVRTTQ TNAALTFNDA DIFNNIERLE LDTISSTNSI NIDARAMKQW IGSSSELTLD IANNTQGTKV TIDNTKGDDM TNFTIGQSYT ITLDDNTSFA MHVV
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