| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_1246 |
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| Symbol | |
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| ID | 4436962 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | - |
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| Start bp | 1151151 |
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| End bp | 1153814 |
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| Gene Length | 2664 bp |
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| Protein Length | 887 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 639676877 |
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| Product | aconitate hydratase |
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| Protein accession | YP_820630 |
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| Protein GI | 116628011 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1048] Aconitase A |
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| TIGRFAM ID | [TIGR01341] aconitate hydratase 1 |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGCAAGAAT ACTGTTCAAA TCTAACTGTA AATGGTAAGA TATTCTCTTT TTATGATCTC
GAAAAAGCAG CAAAATCCTA TGATGTTAAG GTCGAAGAAC TACCTTATAG CATTCGAATA
CTACTTGAAA GTCTCCTCCG AAAAAAAGAT GGCATTGATG TTAAGGAATC TCACATTTCT
GATCTGATAA AATTTCCGAA TTTTCCAACA ATTTCTGAGA TACCATTTAA ACCAAGTCGC
GTCATTTTAC AAGATTTCAC AGGGGTTCCT GTTGTCGTTG ACTTGGCCTC AATGCGGGAT
GCTATAGTGG CTAATGGTGG TAAAGCAGAA CTTATTAATC CAGAGATTCC AGTAGATTTA
GTCATTGACC ACTCTGTTCA AGTCGATTCA TATGGATGTG ATACAGCGCT TGAAGATAAT
ATCAATCTAG AATTTAAACG TAACAATGAG CGCTACGAAT TTCTTAAATG GGCCGAACAA
TCTTTTGAAA ATTACCGTGC GGTTCCACCA GCTACAGGTA TTATCCATCA GGTTAATATT
GAATTTCTAA GTGATGTCAT TATTGAAAAA GATGGGCTAC TATATCCCGA CTCTATGTTT
GGTACAGATA GTCACACAAC GATGATTAAT GGTATTGGTG TTCTGGGCTG GGGTGTCGGC
GGAATTGAAG CTGAAGCAGC TATGCTAGGT GAAGCTTCCT ATTTCCCAAT TCCAGAGGTT
ATTGGTGTAC ATTTAACAGG TGAACTTCCT AAAATTGCTA CGGCAACAGA CTTGGCTCTC
AAGATTACTC AAGTACTTCG TTCTGAAAAT GTTGTTGGTA AATTTGTAGA GTATTTTGGT
TCTGGCTTAA AGAGCCTATC TCTAGCTGAT CGTGCTACAA TCGCTAATAT GGCACCAGAG
TATGGGGCAA CTTGTGGTTA TTTTCCTATT GATGACGAAA CTCTTAACTA CATGCGTTTA
ACTAATCGTG ATGAGGAACA TATCCAGGTC ACTGAAGCCT ACACAAAAGC CAATCATCTG
TTTTATGACC CAAGTAAAGA AGCCAAGTAT ACTAAGGTTG TTGAAATTGA TTTGTCAACC
ATTAAACCTT CTATCTCGGG TCCCAAACGT CCACAGGATT TGATTCTCTT GTCCGATGCT
AAGCAAGAAT TTCAGGATGC AGTGGTACGA GAAGCAGGTG TGCGTGGCTT TGGATTGGAC
AAGAAGGAGT TAGAAAAAAC GGCAAAAGTT GATTTTGAGG ATCATTCAGA AACAATTCAA
ACGGGGCATG TGGCCATTGC AGCGATCACA TCATGTACCA ATACCTCAAA TCCTTACGTT
CTTATGGCGG CTGGTCTTTT AGCTAAAAAA GCAGTTGAGA AAGGGTTAAA GGTATCTCCA
ACGGTGAAGA CATCTTTGGC ACCAGGTTCT AAAGTTGTTA CTGGTTATCT TAAAGCTTCA
GGCTTGCAAA GCTACTTAGA CAAGCTTGGC TTCAATTTGG TAGGTTACGG TTGTACGACG
TGTATTGGTA ACTCGGGAGA TCTACGTCCT GAGGTAGCTA AAGCTATTGT AGACACGGAC
TTACTAGCGA GTGCCGTTCT GTCAGGAAAT CGTAACTTTG AAGGGCGTAT TAATCCTCTC
GTAAAAGCAA ATTTCTTAGC TAGCCCACCA TTGGTTGTTG CCTACGCTTT GGCCGGTAAC
ACCAATATTG ATTTGACAAG GGAGCCTTTA GGTTTTGACG ACAATGGGCG AGCCGTCTAT
CTAGAAGATA TTATGCCATC ACGTGATGAA ATTGAAGCTT ATGTTGATAA ATACGTAACC
CGTCAACTTT TCCGAGACGA ATACGCTAGT GTCTTCTCAG ACAGTGAGAA GTGGAATGCC
ATTACTACTG AAAAGAGCCA AAATTATAAA TGGAATGAGA AGTCTACCTA TATTCAAAAT
CCACCTTACT TTGATGCTTT AGGAGATGAT TTGACCATTA AACCATTGAA TAATTTGAAG
GTATTGGCTA AATTTGGAGA TACGGTTACA ACAGACCATA TTTCTCCAGC TGGTAATATT
GCTAGAAACA GTCCAGCAGC ACGCTATTTG TCTGAAAATG GTATAGATTA TCAAGAATTT
AATTCTTATG GTAGTCGTCG TGGAAACCAT GAAGTCATGA TGCGAGGAAC TTTTGCTAAT
ATTCGTATCA AAAATGAGTT GGCAGAAGGA AAAATTGGTG GATATACTAA ATATGAAGGT
GACATTCTAC CTATATATGA TGCTGCTATG AAATATAAAG AAGCTAATCG AGATACACTT
GTAATTGCTG GTAAGGATTA TGGTATGGGC TCAAGTCGTG ACTGGGCAGC TAAAGGGGCA
AATCTCCTTG GTGTGAAAGT AGTACTTGCT GAGAGTTTTG AGCGTATTCA CCGTTCAAAT
CTAGTCATGA TGGGAATTTT GCCGGTACAA TTTATGGAAG GAGAAAATGC TGGAACTCTT
GGATTGACAG GACATGAGAT TTTTAGCTTT GATCTTTCAG AAAATCCAGG TGTTCATGAT
GTTATTACTG TTACAGCTTC AACACCTGAA CAAACCAAAA CTTTCAAAGT ACTGGTTCGT
TTTGATGCAG ATGCTGATAT TCGCTACTAT AAAAATGGTG GTATCTTGCC AATGGTTGTA
AGAAAAAAAT TAAAGGGAGC CTAA
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| Protein sequence | MQEYCSNLTV NGKIFSFYDL EKAAKSYDVK VEELPYSIRI LLESLLRKKD GIDVKESHIS
DLIKFPNFPT ISEIPFKPSR VILQDFTGVP VVVDLASMRD AIVANGGKAE LINPEIPVDL
VIDHSVQVDS YGCDTALEDN INLEFKRNNE RYEFLKWAEQ SFENYRAVPP ATGIIHQVNI
EFLSDVIIEK DGLLYPDSMF GTDSHTTMIN GIGVLGWGVG GIEAEAAMLG EASYFPIPEV
IGVHLTGELP KIATATDLAL KITQVLRSEN VVGKFVEYFG SGLKSLSLAD RATIANMAPE
YGATCGYFPI DDETLNYMRL TNRDEEHIQV TEAYTKANHL FYDPSKEAKY TKVVEIDLST
IKPSISGPKR PQDLILLSDA KQEFQDAVVR EAGVRGFGLD KKELEKTAKV DFEDHSETIQ
TGHVAIAAIT SCTNTSNPYV LMAAGLLAKK AVEKGLKVSP TVKTSLAPGS KVVTGYLKAS
GLQSYLDKLG FNLVGYGCTT CIGNSGDLRP EVAKAIVDTD LLASAVLSGN RNFEGRINPL
VKANFLASPP LVVAYALAGN TNIDLTREPL GFDDNGRAVY LEDIMPSRDE IEAYVDKYVT
RQLFRDEYAS VFSDSEKWNA ITTEKSQNYK WNEKSTYIQN PPYFDALGDD LTIKPLNNLK
VLAKFGDTVT TDHISPAGNI ARNSPAARYL SENGIDYQEF NSYGSRRGNH EVMMRGTFAN
IRIKNELAEG KIGGYTKYEG DILPIYDAAM KYKEANRDTL VIAGKDYGMG SSRDWAAKGA
NLLGVKVVLA ESFERIHRSN LVMMGILPVQ FMEGENAGTL GLTGHEIFSF DLSENPGVHD
VITVTASTPE QTKTFKVLVR FDADADIRYY KNGGILPMVV RKKLKGA
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