| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMN2A_1308 |
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| Symbol | |
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| ID | 3606703 |
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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 | Prochlorococcus marinus str. NATL2A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007335 |
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| Strand | + |
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| Start bp | 1817284 |
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| End bp | 1819884 |
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| Gene Length | 2601 bp |
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| Protein Length | 866 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637688185 |
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| Product | bifunctional aconitate hydratase 2/2-methylisocitrate dehydratase |
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| Protein accession | YP_292501 |
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| Protein GI | 72383146 |
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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 | 23 |
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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 | ATGCTAAAAG ATTACTTATC ACATGTTGCA GAAAGAGAAG CTTTGGGGAT CCCTCCACTT
CCTTTAGATG CAAAACAGAC TCAAGTTTTA ACAGAGTTAT TAGAAAAACC AGATCAAGGT
ATCGATCAAA ACTTCTTACT TGATCTTCTT GTTAATCGAA TTCCTCCCGG AGTTGATCAA
GCCTCTTATG TCAAAGCGAC TTGGCTTAGC TCAATTGCTC AAGAAGAATC AAAAAGTCCG
TTAGTAAATC CTCTAAAAGC AACTGAGCTT TTAGGTACAA TGATTGGCGG ATATAATGTA
GCAGCGTTAA TTGAAATACT AAAATCTAAT AATAAAGAAT TAGCAACTTC AGCCTGTAAT
GCACTAAGTA ATACTCTTTT AGTTTATGAC GCTTTAAACG ACATTTTAGA GTTAGCAAAA
ACTAATATTT ATGCAAAAAA AGTTATCAAT AGCTGGTCTA ATGGAGAATG GTTCACGAAT
AAACAACCCT TAGCTCAAGA AATAACAGTA ACAGTATTTA AAGTTGAAGG AGAAACAAAT
ACAGACGACC TCTCTCCAGC AACTCATGCC ACAACAAGAC CAGATATTCC TTTACATGCT
CTAGCGATGC TAGAAACTCG AGATCCAAAT GGTTTAAGGA CTATTGAAGA ATTAAAAAAG
AAAGGATATC CAATTGCATA TGTTGGCGAT GTCGTTGGAA CAGGAAGCTC TAGAAAGTCA
GCAATTAACT CAGTCCTGTG GCATACAGGA CAAGACATAC CTTACGTACC AAATAAAAGA
GGGAGTGGGG TTGTAATAGG AGGCAAAATT GCTCCTATTT TCTTTAATAC TGCTGAAGAT
TCAGGTGCAC TTCCAATTGA ATGCGATGTA AGCAATCTCA AAACAGGTGA TGTAATTACT
ATTTTTCCTT ACAAAGGAGA AGTTAGAAGA AGTAAAAATG AGACAAACAG TGGAGAACTT
CTATCAAAAT TTGACTTAAA ACCACAAACT ATTACTGATG AAGTAAGAGC GGGTGGGCGA
ATTCCTTTAA TGATTGGAAG AGCTTTGACA GACAAAGTTA GAACAAAATT AAAACTTCCA
CCCTCTACTC TTTTTATTCG TCCTGGTCAG CCACCTGCAT CAAAGTATGG GTTTACACAA
GCTCAAAAAA TGGTTGGAAA AGCTTGCGGT TTAGAAGGCG TGCTCCCTGG TGCAAGTTGT
GAGCCAATAA TGACAACAGT TGGTAGTCAA GACACTACTG GTCCGATGAC TAGAGATGAA
ATGAAAGAAT TAGCGTGTTT AGGATTTTCT GCTGATTTAG TTATGCAGAG TTTCTGTCAT
ACGGCAGCAT ATCCCAAGCC TGTTGATATC AAAACTCAAA AAGAACTCCC TGATTTTTTT
GCTGAAAGAG GAGGAATAGC ATTAAAACCC GGTGATGGAA TTATTCACAG TTGGTTAAAC
AGGATGCTTT TGCCTGACAC AGTCGGGACA GGTGGCGATA GTCATACACG ATTCCCGTTG
GGCATCTCAT TTCCAGGAGG TTCGGGAGTA GTGGCATTTG CGGCAGCCAT TGGTTCCATG
CCTTTAGATA TGCCGGAGTC AGTTCTTGTT AGATTTACAG GGTCTTTGCA AACTGGTGTC
ACTTTAAGAG ATGTAGTTAA TGCCATTCCG TGGATGGCCA TACAACAAGG TCTTCTGACC
GTCGCAAAAG CAAACAAAGT TAATGTGTTC AATGGAAAGA TATTAGAAAT TGAAGGTCTA
CCAAACCTAA AATTAGAGCA AGCCTTTGAG TTGACTGATG CAAGTGCAGA AAGATCTTGT
GCTGGATGTA CTATTCAACT GTCTGAATCA ACAATCAGTG AGTATTTAAA AAGCAATATT
GTTTTACTTA AAAATATGAT TGCTAGAGGA TATCAAGACT CACGAACAAT AAGTAGAAGA
ATTAAAGAAA TGGAATATTG GTTAAAAAAA CCAAATTTAC TATCAGCCGA CTCAAATGCT
CAATACTCAG AAACCATCGA AATAGACTTG AATGAACTGA AAGAACCTGT TTTAGCTTGT
CCTAATGATC CTGATAACGT CAAACTTTTA AGCGAAGTCG CAGGCACTCC CATTCAAGAG
GTTTTTATTG GTTCGTGTAT GACTAATATT GGTCATTATC GAGCCGCTGC AAAAATTCTC
GAAGGAGAGG GAAAGATATC AGCGCGATTA TGGGTATGTC CGCCAACACG AATGGACGAA
GAAATTTTGA AAAAAGAAGG ATACTACGAG ATTTTTGAAA AAGCTGGTAG CCGAATGGAA
ATGCCTGGTT GTTCTCTATG CATGGGCAAT CAAGCTCGTG TAGAAGATAA TTCAACTGTT
TTCTCAACAA GTACAAGAAA TTTCAACAAC AGATTAGGGA AAGGAGCTCA AGTGTTCTTA
GGAAGTGCAG AATTGGCTGC TGTTTGCGCT TTGTTAGGTC ATATCCCTAC AACTGATGAA
TATCTTGCAA TAGCTTCCAA AAAAGTTTCA CCAATAACTG ACGAAATCTA CAGATACTTA
AACTTTAATG AAATACCAAA CTTTATAGAA GATGGTCGTG TAATAACAAA AGAAGAAGAA
GCCTCTATTT TACAAACCTA A
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| Protein sequence | MLKDYLSHVA EREALGIPPL PLDAKQTQVL TELLEKPDQG IDQNFLLDLL VNRIPPGVDQ
ASYVKATWLS SIAQEESKSP LVNPLKATEL LGTMIGGYNV AALIEILKSN NKELATSACN
ALSNTLLVYD ALNDILELAK TNIYAKKVIN SWSNGEWFTN KQPLAQEITV TVFKVEGETN
TDDLSPATHA TTRPDIPLHA LAMLETRDPN GLRTIEELKK KGYPIAYVGD VVGTGSSRKS
AINSVLWHTG QDIPYVPNKR GSGVVIGGKI APIFFNTAED SGALPIECDV SNLKTGDVIT
IFPYKGEVRR SKNETNSGEL LSKFDLKPQT ITDEVRAGGR IPLMIGRALT DKVRTKLKLP
PSTLFIRPGQ PPASKYGFTQ AQKMVGKACG LEGVLPGASC EPIMTTVGSQ DTTGPMTRDE
MKELACLGFS ADLVMQSFCH TAAYPKPVDI KTQKELPDFF AERGGIALKP GDGIIHSWLN
RMLLPDTVGT GGDSHTRFPL GISFPGGSGV VAFAAAIGSM PLDMPESVLV RFTGSLQTGV
TLRDVVNAIP WMAIQQGLLT VAKANKVNVF NGKILEIEGL PNLKLEQAFE LTDASAERSC
AGCTIQLSES TISEYLKSNI VLLKNMIARG YQDSRTISRR IKEMEYWLKK PNLLSADSNA
QYSETIEIDL NELKEPVLAC PNDPDNVKLL SEVAGTPIQE VFIGSCMTNI GHYRAAAKIL
EGEGKISARL WVCPPTRMDE EILKKEGYYE IFEKAGSRME MPGCSLCMGN QARVEDNSTV
FSTSTRNFNN RLGKGAQVFL GSAELAAVCA LLGHIPTTDE YLAIASKKVS PITDEIYRYL
NFNEIPNFIE DGRVITKEEE ASILQT
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