| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3025 |
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| Symbol | |
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| ID | 7104512 |
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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 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | + |
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| Start bp | 3141239 |
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| End bp | 3144226 |
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| Gene Length | 2988 bp |
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| Protein Length | 995 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643476052 |
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| Product | Beta-ketoacyl synthase |
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| Protein accession | YP_002373165 |
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| Protein GI | 218247794 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3321] Polyketide synthase modules and related proteins |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAACTTAG AACGAAACGG CTTAGAAATT GCAGTTATTG GAATGTCAGG GCGATTCCCT
GGCAGTGATA ATCTAGAAGA TTTTTGGCAA AAATTACTCG AAGGAAAAGA GTTGACAACG
GTCTTTTCTC AAACAAATGA TCAAAAAACT AAAGCAGGGG CGATCCTAAA AAATGTCGAA
CAATTTGATG CCCTATTCTT TGGCTTTAAT CCCAGAGAAG CCGAAATTTT AGATCCTCAA
CACCGCCTAT TTTTAGAATG TGCTTGGGAA ACCTTAGAAA TAGCAGGGTA TGATTCATAT
AGAGAAAAGC GTCCCATTGG AGTATTTGCA GGGGTGGGAT TAAGTACCTA CTGGATTAAT
AATATTTATG CCAATACTAA GACCCTAACT ATTAAGGATG GCTTACAAAC TATTATGGGT
CTTGATAAAG ATTATGTACC GACTTTAGCA TCCTATAAAT TAAACTTAAC AGGTCCAAGT
TTAAGCGTAG GAACAGCTTG TTCAAGTTCC TTAGTTGCCG TCCATTTAGC CTGTCAAAGT
TTACTATCAG GGGAATGTGA TATGGCTTTA GCCGCAGGGG TTTCGGTGAA AATTCCTCAG
AATGAAAACA ATCTTTGTCC TGATGAAATT GCCTCTGATG ACGGCAAATG TCGCGCTTTT
GACGCAAAAG CCCAAGGGAC AACAGGAGGC AATGGGATCG GAGTCGTTCT ACTAAAGCGG
TTAGAAGAGG CGATCGCCGA CCGAGATTGC ATCCATGCAG TGATCAAAGG GTCTGCCATG
AATAATGACG GGGCGATGAA GGTGGGTTAT ACCGCCCCCA GTGAAACAGG ACAGATCAAA
GTCATTAAAG CTGCCCAAAT GATAGCTGAA GTCGATCCCG AAACCATCAC TTATATTGAA
GCCCACGGCA TAGGAACCTC TCTCGGCGAT CCCATCGAAG TTTCTGCCAT GACCACCGCC
TTTCGTAGCA GTACCCAGAA AACGGGTTTT TGTGCGATCG GTTCCGTTAA AACCAATTTA
GGACATTTAG ATGCGGCTGC CGGAATTACA GGGTTTATTA AAACAGTTTT AGCGGTCAAA
GAAGGGTTAT TACCACCTAG TTTACATTTT GAAACCCCGA ACCCCCAAAT TGACTTTGAA
AATAGTCCTT TTTTTGTTAA TCACCAGTTA ACCCCATGGA AACCCCAAAA TATGCCACGG
CGGGCAGGGG TTAATGCTTT TGGCATTGGA GGAACCAATG TTCATCTAAT TTTAGAAGAA
GCCCCTTCCT TAACCCCAAA TAGTCCGTCG AGATCCCATC AATTATTATT ACTCTCAGCA
AAAACCCCCA CGGCTTTAGA CACAGTAACT CGCAATTTAG GGAATTATTT AAAGCAGGAT
CGAGGACTAA ATTTAGCTGA TGTTGCCTAT ACCTTACAAG TCGGTCGTAA ACAGTTTAAC
TATCGACGAA TGCTAGTTGT TAAAGATACT GATGATGCTA TTTCTCTTCT GAATAATAAT
AACTCTAACC GAATAATTAG TCAGGAAAGT ATTGACAGCG ATCGCTCGAT CATTTTTATG
TTTCCTGGGT TAGCATCTGA ATTGATTAAT AAGGCAAAAG AGTTGTATGA ACAGGAAAGC
TTTTTTAGGA AAACTTGTGA TCATTGTTTT ACGTTACTCA AACCCCTCTT AGGACTTGAT
TTAGGGAAAA TTCTTTATCC CGATCCTCAA GATCAAGACA CAGCAAAAAA CCAATTAAAA
CAGCCCACCT TAAGTCAAGC TGCTGTGTTT ATTATTGAGT ATACTTTAGC TCAATTATGG
ATGTCTTGGG GCATTGTACC AGAAGCTATG ATCGGTCATG GCATTGGGGA GTATGTTGCA
GCTTGTTTAG CTAATGTATT CAGTCTTGAA GATGCGTTGA AGTTAGTTGT AAAACAGGGA
CAACTGATAG AAGAACTGAC ACCAGGGTCA ATGTTATCAG TCAACTTATC CTCTGAAAAA
ATTCAAACCT TTTTAGATAA TACGGTTTCA ATTGCTGCTA TTAATACTGC TGGATATTGT
GTTGTTTCAG GAACCAAAGA AGCCATTGAA AAACTTGCCA ACACCCTAAC TCAACAAAAA
ATTACTTATC ATTATCTTTC GCATTCTCAG GGATTTAATT CTCCGATAAT GGACTCTATT
ACTGACTCAT TTACTACCTT CGTTAAAACC CTTTCCTTAA ATCCACCCAA AATCCCCTTT
ATTTCGACCC TAACTGGCAA TTGGATCACG GCAGTAGAAG CAACAGCCCC GATTTATTGG
GGAAGACAAT TACGTCAACC TGTACAATTT TATGATGGGA TAACTCATTT ATTAAACTCC
CAAAATTATC TCTTTTTAGA AGTTGGTATT GGATCACAGT TAACAACTTT TGTTAAAGAA
ATTAATCCTG ATATAGGGGT TTTGTCTTTG CTTGATTATT CCCCAAAGCA GGAATCAGAA
ATAGCCTCTA TGTTACAAAA ATTAGGTCAA TTATGGTTAG CAGGTATTGA GATTAATTGG
AATAACTTTT ATCAAGAAGA AAACCGCGAT CGCGTACCCT TACCTACCTA TCCCTTTGAA
CGTCAAAAAT ATTGGATTGA ACCCCCTCAA CTTAATGAAT TAATAATCGA TCATCACAAG
AATACAGCTT ATCCTAGACC TAATTTAAGC AATTCTTATG TTGCCCCGCG TAACACCACA
GAAAGCATAA TTGCTGAAAT TTGGCAAGAG ATTTTAGGAT TTGAAAAAGT CGGAATTTAT
GACAATTTTC TGGAACTCGG AGGTCATTCT TTATTAGCAA CTCAAGTGAC ATCTCGACTA
CAAGATTCTT TACAAATAGA CTTATCAATT CAGGATCTAT TTGAATGTCA AACGATTTCT
GATATTGCCA GTTTAGTTGA GAAATTCGCT TCTCACAAAT CAAACAATCA AGTGTCAAAA
ATTAAGTCTA TATCCCGTGA TGCTTATCGA CTTAGCAATC AAAAATAA
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| Protein sequence | MNLERNGLEI AVIGMSGRFP GSDNLEDFWQ KLLEGKELTT VFSQTNDQKT KAGAILKNVE
QFDALFFGFN PREAEILDPQ HRLFLECAWE TLEIAGYDSY REKRPIGVFA GVGLSTYWIN
NIYANTKTLT IKDGLQTIMG LDKDYVPTLA SYKLNLTGPS LSVGTACSSS LVAVHLACQS
LLSGECDMAL AAGVSVKIPQ NENNLCPDEI ASDDGKCRAF DAKAQGTTGG NGIGVVLLKR
LEEAIADRDC IHAVIKGSAM NNDGAMKVGY TAPSETGQIK VIKAAQMIAE VDPETITYIE
AHGIGTSLGD PIEVSAMTTA FRSSTQKTGF CAIGSVKTNL GHLDAAAGIT GFIKTVLAVK
EGLLPPSLHF ETPNPQIDFE NSPFFVNHQL TPWKPQNMPR RAGVNAFGIG GTNVHLILEE
APSLTPNSPS RSHQLLLLSA KTPTALDTVT RNLGNYLKQD RGLNLADVAY TLQVGRKQFN
YRRMLVVKDT DDAISLLNNN NSNRIISQES IDSDRSIIFM FPGLASELIN KAKELYEQES
FFRKTCDHCF TLLKPLLGLD LGKILYPDPQ DQDTAKNQLK QPTLSQAAVF IIEYTLAQLW
MSWGIVPEAM IGHGIGEYVA ACLANVFSLE DALKLVVKQG QLIEELTPGS MLSVNLSSEK
IQTFLDNTVS IAAINTAGYC VVSGTKEAIE KLANTLTQQK ITYHYLSHSQ GFNSPIMDSI
TDSFTTFVKT LSLNPPKIPF ISTLTGNWIT AVEATAPIYW GRQLRQPVQF YDGITHLLNS
QNYLFLEVGI GSQLTTFVKE INPDIGVLSL LDYSPKQESE IASMLQKLGQ LWLAGIEINW
NNFYQEENRD RVPLPTYPFE RQKYWIEPPQ LNELIIDHHK NTAYPRPNLS NSYVAPRNTT
ESIIAEIWQE ILGFEKVGIY DNFLELGGHS LLATQVTSRL QDSLQIDLSI QDLFECQTIS
DIASLVEKFA SHKSNNQVSK IKSISRDAYR LSNQK
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