| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_1664 |
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| Symbol | |
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| ID | 4654533 |
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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 | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008740 |
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| Strand | - |
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| Start bp | 1867936 |
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| End bp | 1870560 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 639811629 |
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| Product | aconitate hydratase |
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| Protein accession | YP_958935 |
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| Protein GI | 120554584 |
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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
[TIGR02333] 2-methylisocitrate dehydratase, Fe/S-dependent |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGAATACCC AATACCGTAA AGCCCTGCCG GGCACGGAAC TGAAATACTA CGATACGCGC
CAGGCGGTAG AAGACATCCA GCCTGGCGCT TACGCCAAGC TGCCTTATAC CTCCAAGATT
CTGGCGGAGC AGCTGGTGCG CCGTTGTGAT TCGGAGTCCC TGACTGATTC CCTCAAGCAG
CTGATTGAGC GTCGCCGCGA CCTGGATTTC CCCTGGTATC CGGCGCGGGT GGTGTGCCAT
GACATCCTGG GCCAGACCGC CCTGGTGGAC CTGGCCGGCC TGCGTGATGC CATTGCCGAG
AAGGGTGGTG ATCCCTCCAA AGTCAACCCG GTGGTTCAGA CCCAGCTGAT TGTTGACCAT
TCCCTGGCCG TTGAAGCCCC GGGTTTTGAC CCGGATGCCT TCGAAAAGAA CCGCGCCATC
GAAGACCGCC GTAACGAAGA TCGTTTTCAC TTCATCAACT GGACCCGCAC CGCATTCAAG
AATGTGGACG TGATTCCGGC CGGTAACGGC ATCATGCACC AGATCAATCT GGAGAAGATG
TCGCCGGTGA TTCAGAACCG CCCGGATGAA GACGGTCACC CGATTGCCTT CCCGGATACC
TGTGTGGGCA CCGACAGCCA TACGCCGCAC ATTGATGCGT TGGGTGTTAT CGCCGTTGGC
GTGGGCGGTC TGGAAGCGGA AACTGTGATG CTGGGCCGTC CGTCCATGAT GCGTCTGCCG
GATATCGTGG GTGTGAAGCT GACTGGCAAG CGCCAGCCGG GCATCACCGC CACCGATATT
GTTTTGGCGA TTACCGAGTT CCTGCGTAAG GAGCGCGTGG TCGGCGCCTA CCTGGAATTC
TTCGGCGAAG GTGCGTCGAG CCTGACCATC GGCGACCGCG CCACCATTTC CAACATGACC
CCGGAATACG GTGCTACGGC CGCGATGTTC TACATCGACG AGCAGACCGT CGACTACCTG
AAGCTGACCG GTCGTGAGCC AGAGCAGGTA GACCTGGTTG AGAAGTACGC CAAGGAAACC
GGCCTGTGGG CCAGCGAGAT GACCGGGGCC CAGTACGAGC GCGTGCTGGA GTTTGATCTG
TCTACCGTGG TCCGTAACGT GGCCGGCCCG TCCAACCCGC ACCGCCGTGT CGCCACGTCC
GATCTGCACG ATCGCGGCAT TGCCGTGAAT CTGGACAAGG CACTGGAAGA GGAGAAAAAG
GGCCTGATGC CGGATGGCGC GGTCATCATC GCTGCCATTA CCTCCTGCAC CAACACTTCC
AACCCCCGCA ACGTGGTGGC GGCTGGCCTG CTGGCCAAGA AAGCCAACGA ACTGGGGCTG
GTGCGCAAAC CCTGGGTGAA ATCTTCCTTC GCACCGGGTT CCAAAGTGGC CCGCCTGTAT
CTGGAAGAAG CCGGTTTGTT ACCAGAACTG GAGAAACTGG GTTTCGGTAT CGTGGCCTAT
GCCTGCACCA CCTGTAACGG CATGTCTGGC GCCCTGGACC CGAAAATCCA GCAGGAGATC
ATCGACCGGG ATCTGTATTC CACTGCCGTT CTCTCCGGTA ACCGGAACTT CGATGGCCGG
ATTCACCCAT ACGCGAAACA GGCCTTCCTG GCGTCACCTC CGCTGGTCGT CGCCTATGCC
ATCGCCGGTA CCGTTCGGTT CGATATCGAA CAGGACGCCC TGGGTTACGA CAAGGATGGC
AACCCCGTCA CCCTGAAAGA CCTGTGGCCG TCTGATGAAG AAATCGACCG CATTGTCGGC
GAATACGTGA AGCCGGAGCA GTTCAAGCAG GTGTACATTC CGATGTTCAA CCTGGATGAA
GCCGAGCAGG CCAAGAGCCC GTTGTACGAG TGGCGCCCGC AGTCCACCTA CATCCGTCGG
CCGCCATACT GGGAAGGCAC CATGGCCGCC GAGCGCGCGC TCAAGGGTAT GCGCCCGCTG
GCGATCCTGC CGGACAACAT CACCACAGAC CACCTGTCGC CATCCAACGC CATCATGATG
GACTCGGCTG CCGGTGAGTA CCTGCACAAG ATGGGCCTGC CGGAGGAAGA CTTCAACTCC
TACGCCACCC ACCGTGGTGA CCACCTGACC GCCCAGCGTG CGACCCTGGC CAACCCGAAA
CTGTTCAACG AAATGGTCCG GGACGAAAAC GGGGAAGTGG TGCAGGGTTC CCTGGCCCGT
GTGGAGCCGG AAGGCAAGGC CATGCGCATG TGGGAAGCCA TTGAAACCTA TATGGAACGC
AAGCAGCCGC TGATCATCAT TGCCGGTGCA GACTACGGGC AGGGTTCTTC CCGTGACTGG
GCGGCCAAGG GTGTTGCCCT TGCAGGTGTA GAGACCATCG TCGCCGAAGG CTTCGAGCGA
ATTCACCGCA CCAACCTGAT CGGTATGGGT GTGATGCCGC TGCAGTTCGA AGAGGGCACC
ACGCGCCACA CGCTTCAGCT GGATGGTACC GAGACCTACG ATGTGGAAGG CAAGCCCGCA
CCGGGCGCCA AGCTGGAACT GGTCATTCAC CGCAAGAGTG GTGAAGTGGA CCGGGTGCCG
GTGATCTGTC GCCTGGATAC TGCGGAAGAA GTCACCGTGT ATTCTGCCGG TGGCGTACTG
CAGCGCTTTG CCCAGGATTT CCTGGCGTCT GAAAGCGCAG CCTGA
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| Protein sequence | MNTQYRKALP GTELKYYDTR QAVEDIQPGA YAKLPYTSKI LAEQLVRRCD SESLTDSLKQ
LIERRRDLDF PWYPARVVCH DILGQTALVD LAGLRDAIAE KGGDPSKVNP VVQTQLIVDH
SLAVEAPGFD PDAFEKNRAI EDRRNEDRFH FINWTRTAFK NVDVIPAGNG IMHQINLEKM
SPVIQNRPDE DGHPIAFPDT CVGTDSHTPH IDALGVIAVG VGGLEAETVM LGRPSMMRLP
DIVGVKLTGK RQPGITATDI VLAITEFLRK ERVVGAYLEF FGEGASSLTI GDRATISNMT
PEYGATAAMF YIDEQTVDYL KLTGREPEQV DLVEKYAKET GLWASEMTGA QYERVLEFDL
STVVRNVAGP SNPHRRVATS DLHDRGIAVN LDKALEEEKK GLMPDGAVII AAITSCTNTS
NPRNVVAAGL LAKKANELGL VRKPWVKSSF APGSKVARLY LEEAGLLPEL EKLGFGIVAY
ACTTCNGMSG ALDPKIQQEI IDRDLYSTAV LSGNRNFDGR IHPYAKQAFL ASPPLVVAYA
IAGTVRFDIE QDALGYDKDG NPVTLKDLWP SDEEIDRIVG EYVKPEQFKQ VYIPMFNLDE
AEQAKSPLYE WRPQSTYIRR PPYWEGTMAA ERALKGMRPL AILPDNITTD HLSPSNAIMM
DSAAGEYLHK MGLPEEDFNS YATHRGDHLT AQRATLANPK LFNEMVRDEN GEVVQGSLAR
VEPEGKAMRM WEAIETYMER KQPLIIIAGA DYGQGSSRDW AAKGVALAGV ETIVAEGFER
IHRTNLIGMG VMPLQFEEGT TRHTLQLDGT ETYDVEGKPA PGAKLELVIH RKSGEVDRVP
VICRLDTAEE VTVYSAGGVL QRFAQDFLAS ESAA
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