| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tneu_0614 |
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| Symbol | |
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| ID | 6165415 |
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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 | Thermoproteus neutrophilus V24Sta |
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| Kingdom | Archaea |
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| Replicon accession | NC_010525 |
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| Strand | + |
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| Start bp | 554874 |
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| End bp | 557510 |
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| Gene Length | 2637 bp |
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| Protein Length | 878 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 641667765 |
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| Product | aconitate hydratase |
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| Protein accession | YP_001793999 |
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| Protein GI | 171185080 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.219296 |
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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 | 33 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGGCTAG ACGCCATAGA GGTGGGGGGT AAGGCCTTCC GCTTCTACAG CCTGAGGTCC
CTCCGAGGCG AGGGGTACGA CGTTGATAGG TTGCCCTACT CCATAAGGGT CCTCGTGGAA
AACGTCATGC GGAACCTCGA CGGGAGGAGC ATAACTGAGG AGCATCTGGA GCGCCTCCTT
AGGTGGAGCC CCAAGGCGCC CAGCGGGGAG GTGGCCATAA AGATCTCCCG CGTTGTTATG
CAGGACTACA CCGGGGTGCC CGCCGTCGTC GACCTCGCCA CCATGCGAGA TATAGCTGTG
AAGATGGGTA TGGACCCCAG CGTTGTCAAT CCGCGGGTGC CCGTAGACCT AATCATAGAC
CACTCAGTCC AGGTGGACTT CTGGGGCTCC CGCGAGGCGC TTAGGAAAAA CCTCGAGCTT
GAGATCCAGA GAAACAGGGA GCGGTACCGC TTCCTCAAGT GGGCGCAGCA GGCCTTCAAA
AACCTGAGGG TCTTCCCCCC CGGCACCGGC ATAATACACC AGGTTAACCT GGAGCACTTG
GCGAAGGTGG TGGTGGCGGA TGGGGATCTG GCCTACTTCG AGACGCTGGT CGGCATGGAC
AGCCACACCA CGATGATAAA CGGGCTTGGG GTAGTGGGCT GGGGCGTCGG CGGGGTGGAG
GCCGAGGCGG CCATGCTGGG GGAGCCCATA ACGATCAAGG TGCCGAGGGT AGTCGGCGTG
TACCTATACG GCGAGCCTAG GCCCGGCGTA ACATCGACCG ACATCGTTTT GGCCATCACA
GAGACCCTCC GCAAGGTCGA CGTGGTTGAC GCCTTTGTGG AGTTCTACGG CGAGGGGGTG
CGGAGGCTGT CGGTGCCGGA CCGCGCCACC GTCGCCAACA TGGCGCCGGA GTACGGCTCA
ACCATGGGCT TGTTCCCCGT CGACGAGAAC ACGCTCTCAT ACCTCAGAGC CACGGGGCGA
CCTGAGGAAC ACGTGGCGCT GGTTAGGCGG TACTACGAGT CCCAGGGGGT CTTCGGAGGC
GTGGAGGGGG CCGAGTACAG CCAGGTGGTT GAGTTTGACC TATCCGCCGT GGATCGCAAC
GTGGCCGGCC CTACGCTTCC CTGGCAGAGG CGTCCGCTTT CAGAGGTGCC GGCGAGCTTC
GCCCTATTTC TACAGGAGAG GAAGAAGAGG ACTAGGAAGG CCGTCGAGAT AGAGATAGAT
GGGAGGCGTG TACAGTTTGG AGACGGGGAC GTGGTCATCG CGGCGATCAC CAGCTGCACA
AACACCAGCA ACCCCTACCT CCTCGCCGCG GCTGGGCTCG TGGCGAAGAG GGCTGTGGAG
CTCGGCATAA GACCTCCGCC GTATGTCAAA ACCAGCTTCG CCCCAGGGTC TAGAGCCGCC
GCGGAGATGC TGGAGAGAAG CGGCCTCCAG AGGTACCTAG ACGAGCTGGG CTTCCACGTC
GTAGCCTACG GCTGCACTAC GTGTATCGGG AACTCCGGCC CTCTGCCGCC TCCTGTGGCA
AAGGCGATAA GGGAGCACGA CATAGTCGCC GCCGCCGTTC TATCGGGCAA CAGAAACTTC
GAAGGTAGGG TCCACCCCGA CGTCAAGGCG GCGTACCTAG CCTCGCCTCC CCTAGTGGTG
GCCTACGCCC TAGCTGGCAC AGTGCTCCGC GATCTAGAGC GGGAGCCGCT GGCGTATACG
CCCGAGGGGA GGCCCGTATA CCTACGGGAC CTCTGGCCTA GGCCGGAGGA GGTGAACCGC
GTTGTAGAGG AGGGGATGGA CCCCAGCGCA TACGTAGAGA AGTACAGCAA GATAGGCGAG
CTCGTGCCGG AGTGGAGCGC CCTGGAGGCC CCCTCCGGCT TGCTCTACCG GTGGCGCGCC
GACGACACCT ACATCCAGCC CTCCCCCCTG TTTGAGGGCG AGGCGGGCGT CTCCGACATC
CTCGGCGCTA GAGCCCTGTT GATATTGGGG GACAACATAA CCACCGACCA TATATCGCCG
GCCGGCGGCA TATCGGCGGA TAACCCAGCC GGCCAGTACC TGCTCTCCCT AGGCGTTAAA
CCCGCCGAGT TTAACACCTT TGGTGCTCGT AGGGGCAACT GGCAGGTCAT GGTCCGCGGC
GCCTTTTCCA GCAAAGGCTA CCGCAACAAA ATCGGTAACC TGGAGGGCGG TCTCACCGTG
AAGCAACCTG AGGGCAGAGT GATGAGCGTG TTCGAGGCGG CGGAGGCCTA CAGGAAGGAG
GGCACCCCCG TGATCGTGAT CGCCGGCAAG AACTACGGCG CAGGGTCCAG CAGAGACTGG
GCGGCCAAAG GCCCCAAGCT CCTCGGCGTT AAGGCCGTCG TCGCTGAGAG CTTCGAGAGG
ATACACAGGT CGAACCTCGC CATGGTCGGC ATACTCCCGA TACAGCTACC GCCGGGCGTC
ACAGTGGACA GCCTCCGCCT AGACGGCACC GAAACCTTCG ACATTTTAGG CATCTCCGAC
GGCCTAGCGC CTGGAAAGGA AGTCACGCTC AGAATACGCA GAAGGGACGG GAGTGCCGAG
GAGGTGAGGG CGAAACTGGC GATATACACA TGGGCCGAGG CGGAGTACAT AAAACACGGC
GGGATACTCC CCTACGTGCT GAAGAGGATC CTCGGCGCAG AGCTTAAAAA CCGATAG
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| Protein sequence | MRLDAIEVGG KAFRFYSLRS LRGEGYDVDR LPYSIRVLVE NVMRNLDGRS ITEEHLERLL
RWSPKAPSGE VAIKISRVVM QDYTGVPAVV DLATMRDIAV KMGMDPSVVN PRVPVDLIID
HSVQVDFWGS REALRKNLEL EIQRNRERYR FLKWAQQAFK NLRVFPPGTG IIHQVNLEHL
AKVVVADGDL AYFETLVGMD SHTTMINGLG VVGWGVGGVE AEAAMLGEPI TIKVPRVVGV
YLYGEPRPGV TSTDIVLAIT ETLRKVDVVD AFVEFYGEGV RRLSVPDRAT VANMAPEYGS
TMGLFPVDEN TLSYLRATGR PEEHVALVRR YYESQGVFGG VEGAEYSQVV EFDLSAVDRN
VAGPTLPWQR RPLSEVPASF ALFLQERKKR TRKAVEIEID GRRVQFGDGD VVIAAITSCT
NTSNPYLLAA AGLVAKRAVE LGIRPPPYVK TSFAPGSRAA AEMLERSGLQ RYLDELGFHV
VAYGCTTCIG NSGPLPPPVA KAIREHDIVA AAVLSGNRNF EGRVHPDVKA AYLASPPLVV
AYALAGTVLR DLEREPLAYT PEGRPVYLRD LWPRPEEVNR VVEEGMDPSA YVEKYSKIGE
LVPEWSALEA PSGLLYRWRA DDTYIQPSPL FEGEAGVSDI LGARALLILG DNITTDHISP
AGGISADNPA GQYLLSLGVK PAEFNTFGAR RGNWQVMVRG AFSSKGYRNK IGNLEGGLTV
KQPEGRVMSV FEAAEAYRKE GTPVIVIAGK NYGAGSSRDW AAKGPKLLGV KAVVAESFER
IHRSNLAMVG ILPIQLPPGV TVDSLRLDGT ETFDILGISD GLAPGKEVTL RIRRRDGSAE
EVRAKLAIYT WAEAEYIKHG GILPYVLKRI LGAELKNR
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