| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_1726 |
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| Symbol | |
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| ID | 3762753 |
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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 | 1806726 |
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| End bp | 1810160 |
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| Gene Length | 3435 bp |
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| Protein Length | 1144 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | hemolysin-type calcium-binding region |
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| Protein accession | YP_394236 |
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| Protein GI | 78777921 |
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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 | 0.57086 |
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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 | ATGAAAGCAA TGTTAGAAGC AGCTGGCGCA ACAGGTAATA CTGATGGTAT TCGTTTAGCT
AACCAAGCAG AATTTGCTGT TCAAGCTGTT ATCGTTGATG GTGTTTCTGA TGATATCGCT
ACTGCTCAAT TAGCAAATAT CACTTCTGAT CATGCAACAG TTGATGCTGC AACTGAAGCA
GTTTCTGGGG CTATTAATGT TGGTGAGACT TTTAATTTAA CTAAAGGTCT TGACAACTTA
GTAGGTACTG AGGCTAATGA CACTTTCAAT GGTTCAATCT CTACTTCTGC AGAATTAAAT
ACATTAAGTT CACTTGATGC AGTAAATGGT GGTAATGGTG TAGATACACT TAAGATTTCT
ACAGATACTA TAGCTACTAC TGCTATTCTT ACTCCTAGCA TGAGTAATGT AGAAGTTATT
GAAGTTACTG CTACTTTAGG TGCTAATATC AATACTTCAG CTATTACTGA TTTAACAGAT
TTAAAAATTG TTAAAGCTGG TGCTGGTGCA ATAACTGCTA CTGCTGCTGC AACTACTAAT
GTTACTGCTG CAATTTCAGA AGATAATGTA GGTGCTTCAA CTCTTGCTAA CACTATTTTT
GGTGCTAAAG ATGTAACAGT TAATGCTACT AAAATGGGTA CAGCTGCTGG TACAAATGCT
GACACTATAG CTGTTGGTAC TGGTGGAACT GCTCCAGTAG GTGATGTAGT AGTTAACCAA
ACAGGTGCTG CATATACAGC TGCAACAGCT GACTCAACAT TAAGTGCTAT TGGCGTAACT
GGTGGTAAAA CTATCTCTGT AACACAAGTA GCTACAAGTG ATGCTTCTGC TGCTGCAACT
GATACTGGTA ACAACACAAT CACTCAAGGT GCTGTAACTA TAGTTGCAGG TGCTACTACA
ACTAATGTAA CAGTTAAGCA AGATACTGCA GTAAATAAAA TAGATGCAGT TATAGCTAAA
GCTGGAACTG CAGGAACTCA AGAAATTACT TTCACAGATA TGGCAAAGGG AGCAGTAGCT
TCATTAGCTA TCAACGGTGG AACTCTTACA TTCACAGCAA ACAAAATATT AACTGCTGCT
GAAGCTGCAT CTGCATTCGT TAGCTTAGTA GCTGGTGATA AGCAAGGTAA TGCTGCTGCA
ACATTAGGTG TTTATTCTGA TGGTGCTACA ATTATAACGG CTGACAAATT CACTTCTGCT
GCAACAGCAA CAGTTGTAGA TTCAACACAC TCTAAAGTAG TGTTCTCAAC TTCACTTAGC
ACTGCAACTG CAATTACAAA CAATGGAGCA TCTGTTGGTG TATCTTCTGT TGGTGCTTTA
GTAGCTGCTG TAGATGCTGT TGTTGCTAAA ACAGGTGTTA TGGGTGTTAC TGCAGGTAAA
GTTTTAATTG ACGATAATGC TGCTCACACA TTAACATCTA TCACTCTTGA TAGTTATGGT
GCAACTTCTG ATATTGGTAC AACAGCACTT GCTACAACTA AACTTGCAAC ACTTAACCTA
TCAAATGTAG CTGAAACAGT TGATTTGACA GTTGCAGACA CTGCAGACAC GCTAGCTCTT
ACACTTTCAA ATGTAGGATA TGATTTAAAC CTTAATGGTA CTGCTGTTGC ATCAGATTTA
ACATTTACAG CTGCTCCAAA AACTTTAAAT GTTACTTCAA CTGGAGCTAA CAATGTTAAA
TTAGTAAATA CAGACAATGG ACTTGAAACA TTAAATGTTG ATGGTACAGG CTTACTAAAC
TTATCTGCTG CTTCTGTAGG TTCAGGACTT AAAACAGTAA CTGTTACAGG TACTGCTGGT
CTTACATTAG AAGGTTCAGA ATCTGCTAAT ATCACTTCTG TTACAACAAC AGGAACTACA
GGTACTGTAA CTACTACTAT CGATGCTACA AATGCTACTT ACACTGGTGG TGCTGGTAAC
GATATGGTAA CAATAGGTAC AACTGCAACT AAAGCAATCG ACTTAGGAAA CGGTGATAAC
AAATTAACAT TAGTTGGAAC TGTAGTAGTA CCAACTGTTG AAGTTAAAGC TGGAACAGGT
ACTAAAGACA CAATCGCTAT GGCAGCAGCA AGTGCAGCTT CTTTAACTGC AAGTGATAAA
CTATTCGCAG ATAAAATCAG TGGATTTGAA AGATTAAGTG TTGGTACAGT AGCAACAGCA
GCTACAGTTA AGCTAGAGAA CATGGATGCT ATCAACTATG TTATAAGTAA TGGTACATCA
GGTTCTACAT TTACTGGCGC TGTTACTGCT GCTACATCAG GTGAAACATT TACTTTCGTT
TACAATGGTA CTCTTTATAC TGCTACTTTA GCAGGGACAG CTATAGGAGA CTTTAACACA
GCGATTAATG CTGCAGTGGA TTCTAAAGCT GTTGCACTTG GTGCAGGAAA AGTAACTGCT
ACTGGTGCTG CAGACTTAGT ACTAGCTGCT GATGATTTAA GTAATACACT TCAAGGTGTT
GCATATAATG ATACTACAGG AGGCACTACT ATCGCTGTAG CTAATGTAGG TATATTATTT
GATAAAATGC TTGCAAACGC AACAGTTCAA TTAGATAAAG CTGGTAGTGT AGAAGCAAAA
CTTACTACAG ACACTGGTCT TACAGATGTA GTTAATGTTG TTACAAACGG TACAACGGGT
GCGAATCTTG GTTCATTCAA AGCTAATAAT ATTGAAACAA TCAATATTAC TGCAAACGAT
ACAGATTTAA CTAAAACGGG AACTGTTGAA AATGTTTCTA CAAACACTTT AGCAATTGAT
GCTAATAAAG CAACATTATT AAAAGTTGAT GGAGCTGGTA ACTTAACGTT AACATTAAGT
GCTGCTACAA CTGAAGTTGC AACTATCAAT GCATCAACTA TGACAGGTGC TATTACTGTT
ACAACTAATG CAAGCGATAC AGGTGCTACA ACTGTAACAG GTGGATCTGC TAATGACACT
ATTACACTTA AAGGTGCAAA TGATGTTGCT ATCGGTGGAG ACGGTAATGA TACACTTATC
GTATCTGGAA GCGTTGCAAG CTTTGTTCAA TTAACAGGTG GAAACGGTAT TGATACATTT
GATGTAAGTG GATTCTTAGC TGCAAACTCA GGTGCAGGTG CTTATATTAC AGATTTAGCT
GTTGGTGAAA CTATCAAGTT TAACACTGCT GCAACTAACT TTGTTTCATC AAAAATTACA
CTTGACCCTA ACTCAACTCT AGAACAATAT GCTCAAGAAG CTGCATCAGT TGCAAATACT
GGTAATACTT CAGGTATCGC TTGGTTCCAA ATTGGTACAG GTGCTACTGC AGCAACTTAT
ATCGTTCAAG ATGTTAGTAA CAATGGCGTA TTTGATAATG GTGCAGATAC TATCATTAAA
ATAAATGGTC TAGTTGATCT TTCAACTGCA TCATACAGTA CAACAAACGG AACATTAGAC
ATAATCAGTC TATAA
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| Protein sequence | MKAMLEAAGA TGNTDGIRLA NQAEFAVQAV IVDGVSDDIA TAQLANITSD HATVDAATEA
VSGAINVGET FNLTKGLDNL VGTEANDTFN GSISTSAELN TLSSLDAVNG GNGVDTLKIS
TDTIATTAIL TPSMSNVEVI EVTATLGANI NTSAITDLTD LKIVKAGAGA ITATAAATTN
VTAAISEDNV GASTLANTIF GAKDVTVNAT KMGTAAGTNA DTIAVGTGGT APVGDVVVNQ
TGAAYTAATA DSTLSAIGVT GGKTISVTQV ATSDASAAAT DTGNNTITQG AVTIVAGATT
TNVTVKQDTA VNKIDAVIAK AGTAGTQEIT FTDMAKGAVA SLAINGGTLT FTANKILTAA
EAASAFVSLV AGDKQGNAAA TLGVYSDGAT IITADKFTSA ATATVVDSTH SKVVFSTSLS
TATAITNNGA SVGVSSVGAL VAAVDAVVAK TGVMGVTAGK VLIDDNAAHT LTSITLDSYG
ATSDIGTTAL ATTKLATLNL SNVAETVDLT VADTADTLAL TLSNVGYDLN LNGTAVASDL
TFTAAPKTLN VTSTGANNVK LVNTDNGLET LNVDGTGLLN LSAASVGSGL KTVTVTGTAG
LTLEGSESAN ITSVTTTGTT GTVTTTIDAT NATYTGGAGN DMVTIGTTAT KAIDLGNGDN
KLTLVGTVVV PTVEVKAGTG TKDTIAMAAA SAASLTASDK LFADKISGFE RLSVGTVATA
ATVKLENMDA INYVISNGTS GSTFTGAVTA ATSGETFTFV YNGTLYTATL AGTAIGDFNT
AINAAVDSKA VALGAGKVTA TGAADLVLAA DDLSNTLQGV AYNDTTGGTT IAVANVGILF
DKMLANATVQ LDKAGSVEAK LTTDTGLTDV VNVVTNGTTG ANLGSFKANN IETINITAND
TDLTKTGTVE NVSTNTLAID ANKATLLKVD GAGNLTLTLS AATTEVATIN ASTMTGAITV
TTNASDTGAT TVTGGSANDT ITLKGANDVA IGGDGNDTLI VSGSVASFVQ LTGGNGIDTF
DVSGFLAANS GAGAYITDLA VGETIKFNTA ATNFVSSKIT LDPNSTLEQY AQEAASVANT
GNTSGIAWFQ IGTGATAATY IVQDVSNNGV FDNGADTIIK INGLVDLSTA SYSTTNGTLD
IISL
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