| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0626 |
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| Symbol | |
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| ID | 5709603 |
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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 | Caldivirga maquilingensis IC-167 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009954 |
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| Strand | - |
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| Start bp | 658985 |
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| End bp | 661672 |
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| Gene Length | 2688 bp |
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| Protein Length | 895 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641275128 |
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| Product | aconitate hydratase |
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| Protein accession | YP_001540457 |
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| Protein GI | 159041205 |
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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 | 22 |
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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 | 54 |
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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 | ATGAGCATTA GCGTTAAGGA CCTTGGGATC ATTAAGGAGC AGTGGAGTTC ACCAGTGGGT
AAGTTAAGTA TTTGGAACAT AGGTAGGTTT GAGGAAATCG GGTTCAAGGT CTCTAAATTA
CCTATAAGCA TTAGAATACT CCTAGAGAGT GTGGTTAGGA ATTATGATGG TAGGGTTGTT
AAGCTGGAGG ATATTGAATC CTTACTTAAG TGGGATCCAA AGGCTCAGTA CCCTAAGGAA
ATACCCTTCA TACCCGCTAG GTTGATACTA CAGGACTTCA CCGGTGTCCC ACTTGTAGCC
GACTTAGCAG CCATGAGGGA TGCAGTGGCT AAGTTAGGTA AGGATCCCAA GGTAATCAAT
CCCCTTGTCC CAGTGGACCT GGTTATTGAC CACTCTGTTC AAGTGGATTA CTTCGGTGTG
TCGGATGCAT TAAGGTTAAA CATGGAGCTT GAGTTTGAGA GGAATAGGGA GAGGTACGTT
TTCCTTAAGT GGGCTCAATC AACATTCAGT AACTTCAAGG TAGTACCCCC TGGTAAAGGT
ATAATACACC AGGTTAACAT AGAGTACTTA GCCAAGGTGG TTTTCGTTAA TCAAAACAAT
GCCTCAGCTT ACCCAGATAC TGTGCTAGGC ACGGATAGTC ACACAACCAT GGTTAGCGGC
ATCGGTGTAT TGGGTTGGGG TGTGGGTGGT ATTGAGGCTG AGGCGGTTAT GCTTGGTCAA
CCACACTACA TAACGATACC ACAGGTTGTT GGGGTTAAAC TGGTGGGTGA ACCAAGGGAG
GGGGTTACTG CAACTGATAT AGTTCTTAAT ATTACTGAAT TCCTAAGGAA GAGGAATGTG
GTTGGTAAGA TAGTTGAGTA CTATGGCCCA GGTATTAAGG CTCTCCCCGC CTGGGATAGA
GTTACAGTAT CCAATATGGC TCCTGAATAC GGTGCAACAA CAGGCTTGTT CCCGGTGGAT
GAATTAACGT TAAGCTACTT AAGGTTAACT GGTAGGGATG AGGCTCACGT TAAGCTTGTT
GAGGATTACC TTAAGCATGT TGGCTTATTC TACACTGATG ATTATGAACC AGTCTTCAGC
GAGAGCTATC AGTTTGATTT AAGTGAAGTG GAGCCGGTGA TAGCTGGTCC AAGGAATCCT
GATGAGAAGA TACCCCTCAA GGCAGCTAAG GCAACTGTAT CTAAGCTGAT TAATGAATAC
GCCAACAGTA GGGGTGGTAA GAGGAGTAGC ATCGTGGATT TAGGGGATTT GAAAGCCAAC
TTAACGGATG GGGCTGTTGC CATTGCTGCA ATAACAAGCT GCACAAACAC CAGTAATCCA
ACGGTACTAA TTGGCGCTGG CTTAATGGCT AAGAAGGCTG TGGAGAAGGG ACTGAGGACT
AAGCCATGGG TTAAGACAAG CCTAGCCCCA GGTTCAAGGG TTGTGACTGA TTACTTAACC
GCAGCCGGGT TAATGCCCTA CCTGGAGGCC TTAGGCTTCC ACGTAACCGG GTATGGGTGC
ACAGTATGCA TAGGTAATAC AGGTCCCCTA CCTGAACCCG TGGCTAAGGC GATTAGGGAG
AATGATGTAT ACACTGTGGC TGTGCTGAGC GGTAATAGGA ATTATGAAGG TAGAATACAC
CCATTGGTTA AGGCAGCTTA CTTAGCCTCA CCAATGCTTG TGGTTGCGTA CGCATTGGCG
GGTAGGATTG ATGTGGATTT CGATAATGAA CCACTGGGCT ACGACCCAAA TGGTAAGCCT
GTTTACCTGA GGGATATTTG GCCAAGTATT AGTGAAGTTA ATTCAATAAT AAGAAGCACC
GTGGTTCCTG AATTATTTAA GAGGAAGTAC GCTGATGTAT ATAAGGGTGA TGAATTATGG
GAGGGCTTAA AGGCCCCCAG TGGTTTACTT TACCAATGGG ACCCCTCGTC AACATACATA
AGGAGACCAC CCTTCTTCGA TAACATTACC CCAGAACCAC CGCCGCTTAA GGACATTAAG
GGTGCTAGGA TACTGCTGTT GCTTGGGGAT AAGATAACCA CTGACCATAT TTCACCAGCC
GGTTCAATAC CGTTAGATAG CCCAGCGGCC AAGTACCTAA TAGAGAGGGG CGTGAAGCCT
GAGGAATTCA ACACGTATGG GGCTAGGAGG GGTAATCATG AAGTTATGGT TAGGGGTGGG
TTCAGTAATA TTAAGCTTAA GAACTTCATG GTGAATAAGG ATGGTGGATA CACTATTCAT
TGGCCTGACG GTAAAGTCAT GACCGTCTAC GAGGCTGCAG TCCAATACCA AAGTGAGGGT
GTACCCTTAG TGATATTTGC CGGTAAGCAG TATGGTTCAG GCAGTAGTAG GGATTGGGCG
GCTAAGGCAA CACTACTCCT AGGTGTTAAG GCTGTTATTG CTGAGAGCTT TGAGAGGATT
CATAGGAGCA ACCTAGTGGA TATGGGTGTG TTACCCATAC AATTACCTGA GGGGGTAAGT
TGGAGGAGCC TTGGGTTAAC GGGTAATGAG GTAGTTGATG TAATTGGTAT TGAGGAGGGT
CTTGAACCAA GGAAGAGACT TAAGATCAGG GTTACGAAAC CTAATGGTGA GGTTAAGGAG
GTTGAGGCCA TTGCCAGGTT GGATAATGAA GTTGAGGTTG AGTACTATAA GCATGGGGGA
ATACTACCCT ATATGCTTAG GAGGATCGCA TTAAGTGATG GACGTTAA
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| Protein sequence | MSISVKDLGI IKEQWSSPVG KLSIWNIGRF EEIGFKVSKL PISIRILLES VVRNYDGRVV
KLEDIESLLK WDPKAQYPKE IPFIPARLIL QDFTGVPLVA DLAAMRDAVA KLGKDPKVIN
PLVPVDLVID HSVQVDYFGV SDALRLNMEL EFERNRERYV FLKWAQSTFS NFKVVPPGKG
IIHQVNIEYL AKVVFVNQNN ASAYPDTVLG TDSHTTMVSG IGVLGWGVGG IEAEAVMLGQ
PHYITIPQVV GVKLVGEPRE GVTATDIVLN ITEFLRKRNV VGKIVEYYGP GIKALPAWDR
VTVSNMAPEY GATTGLFPVD ELTLSYLRLT GRDEAHVKLV EDYLKHVGLF YTDDYEPVFS
ESYQFDLSEV EPVIAGPRNP DEKIPLKAAK ATVSKLINEY ANSRGGKRSS IVDLGDLKAN
LTDGAVAIAA ITSCTNTSNP TVLIGAGLMA KKAVEKGLRT KPWVKTSLAP GSRVVTDYLT
AAGLMPYLEA LGFHVTGYGC TVCIGNTGPL PEPVAKAIRE NDVYTVAVLS GNRNYEGRIH
PLVKAAYLAS PMLVVAYALA GRIDVDFDNE PLGYDPNGKP VYLRDIWPSI SEVNSIIRST
VVPELFKRKY ADVYKGDELW EGLKAPSGLL YQWDPSSTYI RRPPFFDNIT PEPPPLKDIK
GARILLLLGD KITTDHISPA GSIPLDSPAA KYLIERGVKP EEFNTYGARR GNHEVMVRGG
FSNIKLKNFM VNKDGGYTIH WPDGKVMTVY EAAVQYQSEG VPLVIFAGKQ YGSGSSRDWA
AKATLLLGVK AVIAESFERI HRSNLVDMGV LPIQLPEGVS WRSLGLTGNE VVDVIGIEEG
LEPRKRLKIR VTKPNGEVKE VEAIARLDNE VEVEYYKHGG ILPYMLRRIA LSDGR
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