| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3100 |
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| Symbol | |
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| ID | 8392430 |
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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 | 3169612 |
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| End bp | 3172212 |
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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 | 36% |
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| IMG OID | 644981046 |
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| Product | Acyl transferase |
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| Protein accession | YP_003138778 |
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| Protein GI | 257060890 |
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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 | [TIGR00128] malonyl CoA-acyl carrier protein transacylase |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.304625 |
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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 | 21 |
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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 | ATGATGTCTC CTGATGGCCG TTGTAAGACC TTTGATGCGA AAGCAAATGG ATATGTGCGA
AGTGAGGGAT GTGGGGTGGT TATCCTCAAG CGTCTTGAAG ATGCGTTGCA ACAAGGTGAT
GACATTCAAG CTATTATTAG AGGATCGGCA GTGAACCAAG ATGGTTTGAG TCAGGGATTA
ACTGCCCCTA ATAGTCTGGC GCAACAACGG GTAATCCGTC AAGCCTTGCA CAATGCACAG
ATAGAAAGCG ATCGCATTAG TTATGTGGAG ACTCACGGGA CAGGAACGGC TTTAGGCGAC
CCAATTGAGG TAAAATCGCT TAAGGCAGTC TTAATGGGCG ATCGTACTGC GGATCAGCCT
TGTTGGTTGG GCTCGGTTAA AACAAATATT GGTCATTTAG AAGCAGCAGC AGGAGTAGCA
GGGTTAATTA AACTCGTGTT ATGTTTACAA AATCAAGAGA TTCCGCCCAT TTTGCATTTT
AATCAATTAA ATCCCTATAT TTCTTTTAAA AATACCTCTT TTGTAATTCC TACGACTTCG
CAAACTTGGA TCGTTAACGA TCAAACGAGG GTGGCGGGGA TCAGTGGGTT TAGTTTTGGG
GGAACTAATT GTCATTTAAT TGTTGAGGAA AGTCCTAGGG TTAAGGGAAC AGGAATAAAC
AACAAAAATA AAACAGAAAT TGATCGACCT GTTCATATTT TAACCTTATC AGCTAAAACA
GAAGACAGTT TAAACGAATT AGTCAAAAAT TATTATAATC ATTTACAATC TGAAGGAAAT
TTATCCCTTT CTGATATTTG TTTTAGTGCC AATATCGGTC GATCTCAATT TGAGCATCGT
TTGGCTATTA TTTCTCAATC AAGGGAACAG TTAAAAGAAC AATTACAAGT GTTACAAGAA
GAAAAAAAGA CTAGCGGATA TTTTGCAGGT AAAGTTCTAG AGGAAACCTA TCCTAAGATT
GCTTTTTTGT TTACAGGACA AGGTTCTCAA TATATAGGAA TGGGACAAGA GTTATATCAA
AAATCTCCTT TATTTCGTCA GATAATTGAT CAATGTGATC AGATTTTACG CAATGAGTTA
GATGAGTCTT TGATCAATAT TATTTATCCA GAACAGGGAA CACAAACGAG AGAAAATACT
AATCTTTTGA ATCAAACAAT TTATACTCAA CCTGCTTTAT TTACGATTGA ATACGCTTTA
GCGAAATTAT GGCAGAGTTG GGGAATTGAA CCATCAGTTG TGATGGGTCA TAGTGTGGGT
GAATATGTGG CTGCTTGTCT TGCGGGAGTA TTTAGTTTAG AAGATGGATT AAAATTAGTT
GCTGCGCGAG GAAGGTTAAT GCAAAGTTTG CCCGAAGATG GTGGTATGGT AGCGATTTTA
GCGACTGTTG AGCAAGTTAA TCAAGTCATT AACTCCTATC AAAATGAAGT AGCGATCGCG
GCTATTAATG GGTCAGATAG TTTAGTTATT TCTGGGAAAA AAGAAGCTAT TCAAAGCATT
ATTAAAACTC TAGAAAGTCA AGGAATAAAA ACAAAATTAT TATCGGTTTC TCATGCTTTT
CATTCTCCCT TAATGGAACC TATTTTAGAG GATTTTCGGA ACATTGCAGG CACAATTTCC
TATAGTTCTC CAACAATTCA GATTATTTCT AACGTAACAG GTAAATCTAT TACAGAAGAA
ATAATGACTC CTGATTATTG GGTCAATCAT CTGCGATCAC CTGTTCAGTT TCTAGACAGT
ATGCAGGAAT TACTCAACAA AAACTATGAG GTTTTTTTGG AAATTGGATC GAAACCAATT
TTATTGGGAA TGGGTCGAAA TATTGTTGAA AAAATGGATA ATTATTCAAC GAACCAAACT
TGGTTGCCAA GTCTTCGTCC TGGTCGTTCC GACTGGGAAC AACTGTTAGA AAGTTTGGGA
CAATTATTCA TTAAAGGATC AGTGATTGAT TGGCATAAAT TCGATCAAGA TTATCAGCGA
AACCGGGTAA TTATTCCTAC CTATCCTTGG GTGCGATCGC GTTATTGGAT TGATAAAAAT
AATTTGAATC AGAGACAGAA AAACAAGAGT ATTACTTTAC CCTTGTCCCA GAGAAAAAAC
CAATCTATTA ACACCCATAA AGTGGTTAGG TTAAGTAATT TAAGACAGCA ACTTGAACAA
AATTATCAAA GTTCTGCTTT TGTTCAGCAA TTAGAAAAGA CTTTTGAGGC AGAAAGATTA
CCCAAAATTA TTAACTATTT ACAACAAGAA ATTAGGACTA TTCTTGGGTT AAATAAGACA
CAAATACCAC CTCACACAAT GGGATTTTTT CAAATGGGAA TGGATTCTTT AATGGCTGTG
GAATTTAGAA ACAAATTAGA AGCGACTTTT TCTATTACTT TGCCGACTAC TTTAGCTTTC
AATTACCCTA ATATTGAAGC TTTATCAAAC TATATTTTAG AAAAAATCAA CCGCAGATTC
AAACTAGAAG AAAAATCTCA CAGCAATGGT CAATCAGCTA TCAATAAACT CGAACAACTA
GCACAAGAAA TTGAAGCTTA TCCAGAGGAA GAAATTGAAC GGTTATTAAT CGAGAAAATT
ACGACTATTT TAGAGAAGTA A
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| Protein sequence | MMSPDGRCKT FDAKANGYVR SEGCGVVILK RLEDALQQGD DIQAIIRGSA VNQDGLSQGL
TAPNSLAQQR VIRQALHNAQ IESDRISYVE THGTGTALGD PIEVKSLKAV LMGDRTADQP
CWLGSVKTNI GHLEAAAGVA GLIKLVLCLQ NQEIPPILHF NQLNPYISFK NTSFVIPTTS
QTWIVNDQTR VAGISGFSFG GTNCHLIVEE SPRVKGTGIN NKNKTEIDRP VHILTLSAKT
EDSLNELVKN YYNHLQSEGN LSLSDICFSA NIGRSQFEHR LAIISQSREQ LKEQLQVLQE
EKKTSGYFAG KVLEETYPKI AFLFTGQGSQ YIGMGQELYQ KSPLFRQIID QCDQILRNEL
DESLINIIYP EQGTQTRENT NLLNQTIYTQ PALFTIEYAL AKLWQSWGIE PSVVMGHSVG
EYVAACLAGV FSLEDGLKLV AARGRLMQSL PEDGGMVAIL ATVEQVNQVI NSYQNEVAIA
AINGSDSLVI SGKKEAIQSI IKTLESQGIK TKLLSVSHAF HSPLMEPILE DFRNIAGTIS
YSSPTIQIIS NVTGKSITEE IMTPDYWVNH LRSPVQFLDS MQELLNKNYE VFLEIGSKPI
LLGMGRNIVE KMDNYSTNQT WLPSLRPGRS DWEQLLESLG QLFIKGSVID WHKFDQDYQR
NRVIIPTYPW VRSRYWIDKN NLNQRQKNKS ITLPLSQRKN QSINTHKVVR LSNLRQQLEQ
NYQSSAFVQQ LEKTFEAERL PKIINYLQQE IRTILGLNKT QIPPHTMGFF QMGMDSLMAV
EFRNKLEATF SITLPTTLAF NYPNIEALSN YILEKINRRF KLEEKSHSNG QSAINKLEQL
AQEIEAYPEE EIERLLIEKI TTILEK
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