| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_1952 |
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| Symbol | |
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| ID | 3762956 |
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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 | 2035506 |
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| End bp | 2040122 |
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| Gene Length | 4617 bp |
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| Protein Length | 1538 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_394461 |
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| Protein GI | 78778146 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.0131034 |
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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 | ATGGCACTAA CTACAGCGCA AAAAGAGACA ATAATCATGA AAACTGCTTC GGCACTTTTC
AACAAGGCAT TTAGTCAAGA AACGTCAGCG AACTTCGTTA CATTTTATGA CAATAATGAA
AACGATTTGG GGAAACTCTC AGATGCATTT ATTGGTTCAT CAGTATATGA AGCTCAGTAT
GCAAATGCTA CTACAAAAGC AGACTTCGGT ACTATTTTGA TGGCAAAATA CAACATGACT
TATGGTGGCT CATCAGATGC TGATATGAAA ATGACAGCTT TTGTTGACTA CAGCTTTGCG
CATGCAGCTG ATTCAAACTC TCTTCGCACT ATTCAAGCAG TAGATAAGTT TATCGTTGCA
ACACTTATCC CATCTATGAC AGTAGATAAT GTTTTTGAAA AGATGCATTC AGCTATTTCA
AACAAAGCAG AAGTTGCTAT AGCATTTAAA AACGATGCTT CAAGTGTAGG ACAAGAGTTA
AGTCTTGTTA CTATTACAGA TGATCACATA ACAGTTGATA CTGCAAAGGT ATCTATAAAC
CCAACAGCTG CTACAACAGG TATTTTACTT GATGGCTACA TCTCTGGCGG TACAGTATTT
GCAGATGCAA ATGGTGATGG CATCTGGAAC GCAGGCGAAG CAAAAGCAAC AACAGATGCA
AATGGTAACT TTACTCTCAT AGGTGCAAAA GGAACTATAG TAGGTTCAGG TGGTACTGAT
ATCTCTACAG GTTTAGCTTT TACGGGTACA TTTAGCGCTC CATCAGGTTC TACAACTATC
TCACCTCTTA CAACACTCAT AAATGAAGTT ATGAAATCTT CAGGTACAAC AGCCTCAGCT
GCTGCAGCAA CAGTTGCAAA TGCATTAGGA TTAAGCTCAA CTACAAACCT AATGACATTT
GACCCAATCA CAGCAGCGTC AAGCTCTACT CTTAGTGCAG CAGAAAAAGC AGCGGCAATC
AACATCCAAT CAGCTGCCGT TCAAGTAAAC AACATGATTG CTCAATCAGC TGCTATGTTA
AATGGTGCAG GTGCAGGAAG TATAGCTAGT GGTTCAACCG CAGCTTCAAA AGCTTTAGCA
GATATGATAG TCTCAAGCGC AGCAACTGCT ACAAAAACTC TCGACCTCTC TTCAGCCGCA
ACTATTGAGT CTTTCTTAAA TGCCTCAGCT ACAAAAGCAG GAGCTACTGT AGAGCAAGTT
GCAAAAGTAT CAGCAGTTGC TTCAAGCGTT GCTACTTCAA CAGCAAACAT AAACACAGCT
ATGCAAACAG CAGTAACAGG CGCAGCAGTT GGAACAAGTG CAACAGACAT ATTTGCCTCT
CTAGCTAAAA CTCAAGTAGC AGCAAATGAT ATTGCAGCAT TAACTACTAC AGCAGCATCT
TCTGGAAGTA CAACTGCATT GGTAGCGGGT TCTAGTACTG CTGCTATAAA TAGTGCGGCG
GCTGCGGCTG TTATTACTCC AGTTGTTACT CCGCCTGCGA GTGGTGGTGG TAGTTCTACG
CCTGCAACTA CATTTACAGC AACAGAAGAT GATAGCACAC ATGTAGTAAC TTTTGGTGGA
ACTGCAACAG GTGATATTTC TGTTGCTTGG GCAGGTACTG TTGGTGATTC ATTAGCGACT
TTTACAAGAG GTGGCAAAAC TGCAACAGCA GATATCACCA CTACTGATAA GATTACATTA
GTTAGCGGAC AGACACTAGC AGATACTGCA GCTGATTTGG CAGGACTAAC CATCGACGGT
ACAGGTACGG TAAATGTAAC GGCACTTGAA GATACTTTAG ATGCAGATTT AAGCGGGATT
GCGGCTACTA CTGTTACGGC AGCAATGACA GGCTTGGTAG GTGAAGGTTC AGTACCGCAA
TTCACAGGAA ATTTAGGAAA TGCGGCACTG ACTTTAACTG GTTTTGCAGA TTTTTTAAAT
AGCTCTCCAA CGATTGGTGT TGATGCTTCC TTTGTAGTTA ATGCAAGCTC TTATATCATG
CTTAGTGCGG CAAATGCAAG TGCTAAAACG ATTACAGGTA GTGGCTCTCT TTCAGTATTT
GCACTTGCAA GTGATACAAA TACTGCAGGT TTTGCTTCTT CTTTAACAGT GACTGATATT
GTTACTGCTT CTGCAGATGT ATCTGCATTT ACAAACCTAT CAACTATTGA TGGATTCAAT
GTTCATTCAG AACAGACACT AACAATTACA GCCGCTCAAG CAGCGAGCAA ATCTATTTTA
GGTTCAGGAA ATGTAACAGT AAAAGACCTA GCCGTAGATA CAGACCTTTC AACTATTACT
GCTAGCGGTA CTTTATCGGC AACAGTTACA GAAACGCTCG ATCTAACAGA GGCTAATCTT
AGCGGACTCG ATGCTTTAAC AATTTCTGAT GAAGCAGGCA CTGCGATTAC AGTTACAATA
ACCCCTGCGC AATACGCAGC ATTAGTCGGA AAAGTCATAC TGGGTGCGAA TGATACACTG
GTTTCTACAG ATACAACAAT CCCGACTTCG ACTATTACTT CGGCTGCATT TGATGAAAAC
ACAGGCACAC TGACTATCAC GGGTACAAAT TTCGATACTA TTTTAGAAAC TACGGAAGAC
GCTGCTACGG ATGTTAAAGC GAGACTAGAC TGGAGCAAAC TGAGCTGGGA TATCAACGGC
GACGACGGCT CTACGGCAAA TGTAAGTTTT GAAGTGGGCG ATATCAGTTC AGTAAAAGTT
ACAGATGCTA CTACACTCAC TATCACGCTG ACAAATACAA AAACAGCGGC ACTCATAGCT
ACAGCAGGAT ATGGAGCTAC GGGCAATGCT GATACACTCG ATGTATCAAC AGGATTTATC
AGAGACATGT CACACAACGC GGCAACCACA GATGCCGCAG CAACTGATGC TATCGCGATT
ACGGCGGATA ATACAGCTCC GACTATAGCA AGCGTAACTG TAGCAGACGG TACTTATAAG
ATTGGTGACA CGGTGGCAGT AACTGTAACG GCAGGAAGTA GCGAAACGGG ACTCACTCTG
GCAGGAACAT TCAACGGACA AACATTGAGT GCAATCACGG ATAATGAAGA TGGAACTTAT
ACGGGTACAT ATACCGTGGT TTCTGGCGAT ACAGGCATTG CGGATGAAGG AAGTGTGACA
ACAAGTATTA CATTGACCGA CGCAGCGAGC AATATAAGTA CAGCAACTAC AAGCGTAACG
CTATCGGGAG AGAGCATCGA TGCTACCGCT CCGACAGCAC CAACAGCCGT AACACTAACC
ACAGTAGGTG GAACATTAGT TGAAAATACC TTGAACGGTA CAAATACTAA CTTAACGGCA
TCTGCGACTA TTACCGCAGG AGAGGCTACG GGAGGCTCTG CCGTGCTAAA AGTAGATGGC
ACAACCATTG CGACCGACAG CACGATTGCA GCTGAAGATA CGACAGTGAG TTTTGACCTT
GAAAAAACTA CGGCAGAAGA ACTCCAAGCA GCAGTTGCAG CAGGCGGTAC GGTTACGGTA
GAGGCGATAG ACGCGGCAGG AAATGCTACG GCAAGCACAG AGAGTAATCC GACACTTACG
GTTGATTATA CGGCTCCAGT CGTTAGTAGC GTTGCCATCA CAAGTGCGAC AGGACATCAT
GCTACTAATG GTACAATTAA TGGCGGCAGT TTGATTACAG TTACTGTAAC TTTTGATGAA
GCAGTAACAA TAACAGGTAC TCCTCAACTT GGTTTAGCTG TTGGTGGTGA TACGGTTCAA
GCATCGTATC TTTCAGGAAC GGGTACAACT GAGATAGTGT TTAAAACTAC AGATTATTTA
TTTAATAAAA ATGATGCAGA TGGTGTTGCT ATTGCACAGA ATGCTTTGTC ATTGAATAGC
GGTACAATTA AAGATGCAGC AGGAAATGAT GCAACAATAA CACATGTTGC TGTTGCCGAT
AACAGTGCTT ATAAACTTGA CGGCACTGTA CCGACGGCTT CTAATTTTAC AGTTACTTCA
ACGACAGTGG GTGCAACTTT AAATGAAATT GGCGAACTTG TTGTTTTTGA TACTTCAGGC
AGTAAAATCG ACAATATTAG TAGTGTTGTT GGCTTAGCAG CAGGCACTCC AGGCACTGTT
ACTGTAGCTG CTCAAAGTAA CATTACTAAT GCAAGTTTTC AACCTATGGA TGCCGCTGGT
AATGGTTCAG TTGAAAATGT CAGCATGATT TTAGGTACAA CAGAAATCGA TGCGATTTCA
GAAGCATCGT TTGGACAATT CATCTTTGGT TTTGCAGGGG CAGATGCTTT TACACTCAAA
GCTGGCAACG ATGGTACAGC ATTGACTCAA ATCGCTGATT ATGCAGTGAA TACAACAGGA
GAAAGCATTG CCTTTGGCAG TACGGCAGCT GTTTGGACTA CAGCAGTTGA GACTTGGACA
ATCGACAACG GTGTGGCTAC AAAAACTGGT GCAACCGTTT CAGACTTCTA CACAGCATTT
GTTACAGCTA CAGGAGCTGC TGGTGAGGTA GTTGCATTCG TAGATGGCGG CAATACCTAT
CTTTTCGGTG AAGGTGCTGG AACTGATGAT GCTGATAATA CTGCAGTTGT ACTTGTAGGT
GTTGAAGCTA CTGCAGTTGC TATAACTGCA GCTGCAGGTA CAGTTTTAAT AGCTTAA
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| Protein sequence | MALTTAQKET IIMKTASALF NKAFSQETSA NFVTFYDNNE NDLGKLSDAF IGSSVYEAQY
ANATTKADFG TILMAKYNMT YGGSSDADMK MTAFVDYSFA HAADSNSLRT IQAVDKFIVA
TLIPSMTVDN VFEKMHSAIS NKAEVAIAFK NDASSVGQEL SLVTITDDHI TVDTAKVSIN
PTAATTGILL DGYISGGTVF ADANGDGIWN AGEAKATTDA NGNFTLIGAK GTIVGSGGTD
ISTGLAFTGT FSAPSGSTTI SPLTTLINEV MKSSGTTASA AAATVANALG LSSTTNLMTF
DPITAASSST LSAAEKAAAI NIQSAAVQVN NMIAQSAAML NGAGAGSIAS GSTAASKALA
DMIVSSAATA TKTLDLSSAA TIESFLNASA TKAGATVEQV AKVSAVASSV ATSTANINTA
MQTAVTGAAV GTSATDIFAS LAKTQVAAND IAALTTTAAS SGSTTALVAG SSTAAINSAA
AAAVITPVVT PPASGGGSST PATTFTATED DSTHVVTFGG TATGDISVAW AGTVGDSLAT
FTRGGKTATA DITTTDKITL VSGQTLADTA ADLAGLTIDG TGTVNVTALE DTLDADLSGI
AATTVTAAMT GLVGEGSVPQ FTGNLGNAAL TLTGFADFLN SSPTIGVDAS FVVNASSYIM
LSAANASAKT ITGSGSLSVF ALASDTNTAG FASSLTVTDI VTASADVSAF TNLSTIDGFN
VHSEQTLTIT AAQAASKSIL GSGNVTVKDL AVDTDLSTIT ASGTLSATVT ETLDLTEANL
SGLDALTISD EAGTAITVTI TPAQYAALVG KVILGANDTL VSTDTTIPTS TITSAAFDEN
TGTLTITGTN FDTILETTED AATDVKARLD WSKLSWDING DDGSTANVSF EVGDISSVKV
TDATTLTITL TNTKTAALIA TAGYGATGNA DTLDVSTGFI RDMSHNAATT DAAATDAIAI
TADNTAPTIA SVTVADGTYK IGDTVAVTVT AGSSETGLTL AGTFNGQTLS AITDNEDGTY
TGTYTVVSGD TGIADEGSVT TSITLTDAAS NISTATTSVT LSGESIDATA PTAPTAVTLT
TVGGTLVENT LNGTNTNLTA SATITAGEAT GGSAVLKVDG TTIATDSTIA AEDTTVSFDL
EKTTAEELQA AVAAGGTVTV EAIDAAGNAT ASTESNPTLT VDYTAPVVSS VAITSATGHH
ATNGTINGGS LITVTVTFDE AVTITGTPQL GLAVGGDTVQ ASYLSGTGTT EIVFKTTDYL
FNKNDADGVA IAQNALSLNS GTIKDAAGND ATITHVAVAD NSAYKLDGTV PTASNFTVTS
TTVGATLNEI GELVVFDTSG SKIDNISSVV GLAAGTPGTV TVAAQSNITN ASFQPMDAAG
NGSVENVSMI LGTTEIDAIS EASFGQFIFG FAGADAFTLK AGNDGTALTQ IADYAVNTTG
ESIAFGSTAA VWTTAVETWT IDNGVATKTG ATVSDFYTAF VTATGAAGEV VAFVDGGNTY
LFGEGAGTDD ADNTAVVLVG VEATAVAITA AAGTVLIA
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