| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_1908 |
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| Symbol | |
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| ID | 8391223 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 1934129 |
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| End bp | 1936738 |
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| Gene Length | 2610 bp |
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| Protein Length | 869 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644979890 |
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| Product | bifunctional aconitate hydratase 2/2-methylisocitrate dehydratase |
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| Protein accession | YP_003137636 |
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| Protein GI | 257059748 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1049] Aconitase B |
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| TIGRFAM ID | [TIGR00117] aconitate hydratase 2 |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 18 |
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| Fosmid unclonability p-value | 0.985846 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTAGAAA ACTATCATAA ACACGCAGCA GAAAGAGCAA AACTTGGCAT CCCTCCCTTA
CCCTTAAGCG CAGAACAAAC CTCCCAACTC TGTGAACTGT TAAAAAAACC CCCAGAAGAC
CAAAAAGAAG AACTTTTGAT GTTATTACGC GATAGAGTTC CCCCTGGTGT AGATGAAGCA
GCTTATGTTA AAGCAGGGTT TTTAACGGGT ATTGCCAAGG GTGAGATAAC CTGTCCCCTT
ATTTCCCGTC AAGACGCGAT AGACTTATTA GGGACGATGA TGGGCGGTTA TAATGTACAA
TCGTTGGTAG ATCTCCTCAA ATCTTCCGAT AGCACCCTCG CAGCAACCGC AGCAACCGCA
TTAAGCAAAA CTCTGTTAGT CTTTGATGTC TTCAATGAGG TTTTAGAACT CTCCGAAACC
AACCCCCACG CAAAACAAGT CATTGACGCA TGGTCTGACG CTTCTTGGTT CATTAGTAAA
CCCAAAGTAC CCGAACGCAT CATCGTCACC GTCTTTAAAG TCCCTGGAGA AACTAATACA
GACGACCTAT CTCCTGCTCC CCATGCAACC ACTAGACCCG ATATTCCCCT CCATGCGTTG
GTGATGTTAG AGTCAAAAAT GCCAGAAGGC ATCGCAACCA TTGCCAGACT CAAAGAAAAG
GGCTATCCTG TAGCCTACGT TGGGGATGTA GTGGGGACAG GTTCCTCCCG TAAATCAGCG
ATTAACTCAG TTTTATGGCA CATTGGCGAT GATATTCCCT TTGTTCCCAA TAAACGCGCA
GGAGGTTACA TTTTAGGCGG AAAAATTGCC CCTATTTTCT TTAATACAGC AGAGGACTCT
GGTGCATTCC CTATCGAATG CGATGTCAGT GAGATGGAAA CGGGAGACGT TATCATCATC
TATCCCTACA AAGGAGAGAT AACCAACGAA GCAGGAGAAT TAATCGCTAC TTTCACCGCA
AAACCTGACA CTATTCTAGA CGAAGTTCGC GCAGGGGGAC GCATTCCCCT ACTCATTGGA
CGCGGGTTAA CCGATAAAAC CCGTCATGCG TTAGGACTCG AACCTAGCAC TGTTTTTGTT
CGTCCTAGTA TTCCTGAAGA TACGGGTAAA GGCTTTACTT TAGCACAAAA AATGGTCGGA
AAAGCTTGTG GTTTACCTGG GGTCAGACCT GGAACCTCTT GCGAACCCAT CATGACTACT
GTTGGTTCCC AAGATACCAC CGGACCGATG ACCCGTGATG AATTAAAAGA ACTCGCTTGT
TTAGGGTTTA ATGCAGACTT CACCCTCCAA AGTTTCTGTC ATACTGCTGC GTATCCCAAA
CCCGTAGACA TCAAAACCCA TCACGAGTTA CCGGACTTCT TTTCGACTCG TGGGGGGGTT
GCCTTGCGTC CTGGGGATGG TATCATTCAC TCCTGGTTAA ACCGGATGTT ATTACCCGAT
ACGGTAGGGA CAGGGGGTGA CTCCCATACT CGTTTCCCCT TGGGGATATC TTTCCCCGCA
GGTTCCGGTT TAGTCGCATT TGCCGCAGCA TTAGGGGTGA TGCCCTTAGA TATGCCAGAA
TCAGTGTTAG TTAAGTTTAG TGGGGAATTG CAACCTGGAG TAACCTTACG CGATATTGTT
AATGCTATTC CTTGGGTAGC TATGCAGCAA GGTAAATTAA CTGTTGCTAA AGAGAACAAA
ATTAATGTTT TTAATGGCCG TATTATGGAG ATGGAAGGTT TACCAGATTT AAAAGTTGAA
CAGGCTTTTG AATTAACGGA TGCAACGGCA GAACGGTCCT GTGCAGGGTC AACTATTAAG
TTAGGAACAG AGACTATTGC TGAATATTTG CGGTCAAATA TTGCCCTCAT TAAAAATATG
GTAGCGCGGG GATATAAAGA TTCTCGAACC TTGATGCGTC GTGCGGCTAA AATGGAACAA
TGGTTACAAA ATCCTGTGTT GATGGAAGCG GATAAAGATG CAGAATATGC TGATATTATT
GAAGTCAATT TAAGCGAGAT CAAAGAACCG ATTGTGGCTG CACCCAATGA CCCTGATAAT
GTTAAATTAA TGTCCGAATG TGCAGGGGAC AAAGTAGATG AAGTGTTCAT CGGTTCTTGT
ATGACCAATA TTGGTCATTA CCGCGCGGCT GCTAAAATTT TAGAGGGTGC AGGCCGTATT
AAATCTGTTT TGTGGATATG TCCCCCTACC CGAATGGATG AAAAACAGCT ACGGGAAGAG
GGGGTTTATG GCATTTTTGC GGCTGCGGGT GCCAGAACAG AAATGCCTGG ATGTTCCCTA
TGTATGGGCA ACCAAGCAAG GGTAGAAGAC AATGCAACGG TCTTTTCTAC CTCTACCCGT
AACTTTAACA ATCGTATGGG TAAAGGTGCA AGGGTTTACC TCGGTTCTGC TGAATTAGCT
GCGGTGTGTG CCTTATTAGG AAAAATCCCC ACTGTTGAGG AATATATGGC TATTGTTACC
GAAAAAATTG ATCCTTTTGC AGGTGAATTG TACCGTTATT TAAACTTCAA TGAAATTGAA
GGATTTGAAG AAGAAGGACG GGTTATTCCC TTAGAAGAAA TGCCGAAGAT TGAGGATATT
TTAGGCATTC CTGCGGGAGT TTTAAGCTAA
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| Protein sequence | MLENYHKHAA ERAKLGIPPL PLSAEQTSQL CELLKKPPED QKEELLMLLR DRVPPGVDEA
AYVKAGFLTG IAKGEITCPL ISRQDAIDLL GTMMGGYNVQ SLVDLLKSSD STLAATAATA
LSKTLLVFDV FNEVLELSET NPHAKQVIDA WSDASWFISK PKVPERIIVT VFKVPGETNT
DDLSPAPHAT TRPDIPLHAL VMLESKMPEG IATIARLKEK GYPVAYVGDV VGTGSSRKSA
INSVLWHIGD DIPFVPNKRA GGYILGGKIA PIFFNTAEDS GAFPIECDVS EMETGDVIII
YPYKGEITNE AGELIATFTA KPDTILDEVR AGGRIPLLIG RGLTDKTRHA LGLEPSTVFV
RPSIPEDTGK GFTLAQKMVG KACGLPGVRP GTSCEPIMTT VGSQDTTGPM TRDELKELAC
LGFNADFTLQ SFCHTAAYPK PVDIKTHHEL PDFFSTRGGV ALRPGDGIIH SWLNRMLLPD
TVGTGGDSHT RFPLGISFPA GSGLVAFAAA LGVMPLDMPE SVLVKFSGEL QPGVTLRDIV
NAIPWVAMQQ GKLTVAKENK INVFNGRIME MEGLPDLKVE QAFELTDATA ERSCAGSTIK
LGTETIAEYL RSNIALIKNM VARGYKDSRT LMRRAAKMEQ WLQNPVLMEA DKDAEYADII
EVNLSEIKEP IVAAPNDPDN VKLMSECAGD KVDEVFIGSC MTNIGHYRAA AKILEGAGRI
KSVLWICPPT RMDEKQLREE GVYGIFAAAG ARTEMPGCSL CMGNQARVED NATVFSTSTR
NFNNRMGKGA RVYLGSAELA AVCALLGKIP TVEEYMAIVT EKIDPFAGEL YRYLNFNEIE
GFEEEGRVIP LEEMPKIEDI LGIPAGVLS
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