| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3029 |
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| Symbol | |
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| ID | 7104515 |
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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 | 3159491 |
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| End bp | 3164092 |
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| Gene Length | 4602 bp |
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| Protein Length | 1533 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643476056 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002373169 |
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| Protein GI | 218247798 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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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 | ATGCAGAATT TTGATCTAAT CTTAGAACCC GAAATTAATG ACGGTTATCG ACTTTCTCCT
CAGCAAGAAT ATACTTGGCT ATTACAACAA TCGGAGCAGT ATCCACATTT TCAAGTTAAC
TGTACTGTGT CTATTGTAGG AAAACTTGAA CCAGATATTT TTGAAAAAGC CTTACAGAAA
GTAGTTCAAC GTCATGAAAT TCTGCATACA GTTTTCCCAG TTATACCTGG GATGACATAT
CCTTTACAAA AAATTTTAGA TAACTTTACA ATAAACCATA AATTCTATGA TTTAACCGAG
TTTAGTTCCA TTAATCAGCA AAAAGAGCTA GAAGCTATTA AACACAATTT TAAGAATCAG
CCTTTTAACT TTGAGCAAAC TGCTTTATTA GAATCTCAAT TAATTCAAGT AAAATGTGAA
GAATATCTTT TGTTACTAAG ATTACCCGCT TTGTGTGGAG ATAGTATCAC TTTAAATGAG
TTACTTCAAG AGATAAGTGC AGCTTACAGT GCAATCGAAA AACATCAAGA ACTTGAACCT
GTTGAGATTC AATATCCAGA TATTGCAGAA TGGTTTCAAG AACTACTTGA AGATGAAGAA
ACGGAGATTG GTCGTAAGTA TTGGCAAGAC AAAGATCTGT CTAGCTTAAA TCATTTTTCA
TTATTTATTG AAAATAATTA TCAACAAAAT AATACATTTA AGCCTCATTC TGAACCAATT
CCTCTAACAG AGGGTCTTTG GTGTACTATA AGAAACTTAA CCAGGCAGTA TGGGATATCA
TCTGAAGATT TTGTATTGGC GAGTTTTTCT GTATTTTTGT TTAAATTAAC GAAAAACTCA
GACATTATTA TTGGCAAATT GAATAATGGT CGTAGTTATT CAGAATTAGA AAAAGCAATT
GGTTTATTTG GAAAATACCT ACCCCAAATT GTTCAAATAG AAGAAACAGT TTCCTTCATA
GAATTGCTTC ATAAATTTCA AGAAGATAGA TTAGAATCTG AAAAATGGCA AGATTATTTT
AATGTTAATC ACTTAGGTTC TTATAATTTC TTTCCCTATT CTTTTGATTG GGAGGAAAGT
TTTTTCTACA AGTCTATCAA TAATATCACT TTTTCTCTTC AGGAAAAATA TAGCTGTTTA
AGTTCATTTA AACTCAAGTT AGTAGGACAG TTAATTGACG ATTCTTTTTG CCTTCGGTTT
GACTATAATT CTCAAATTTT TGAACCAACT GATATTCAAC ACTTAGCTCA ACAATTTACG
ACTTTATTAA ATAATATTAT TACAACTCCT GAAGCTTATA TTTATCAGTT AGATATTTTA
ACTGTTTTAG AACGGCAGAA AATTTTGATT GATTTTAATC AAACTGCTAA ACCTTATCCT
CAAGACCTAT TAATTTACCA AAAATTTGAA GAACAAGTTC AACAAAACCC TAGTCAAATA
GCGGTTGTTT TTGAAGAACA AAAGTTAACC TATGAGCAAT TAAACAAAAA ATCGAATCAA
CTTGCTCATT ATTTAATTGC TAATGGTATC AAATCAGAGA ACATTGTTGC TTTATATATG
GAGCGTTCTC TAGACTTTAT CATAGGTTTG TTGGCTATTC ATAAAGCAGG AGCCGCGTAT
CTTCCCTTAG ACCCATCATT TCCCCAAGAA GCTATAACTT TTCGTCTAAA AGATGCTGAA
GTTTCCCTGG TCATTACCCA ACAACATTTA CTAAAAAATC TGCCTGATTT TACAACAATT
GTTAATTTAG ATAGCAACTG GGAAAGTATT GCTAAACACA AGGAAGATAA TCCCAATACT
GAAATTTTAG CTAACAATTT AGCTTACGTT ATTTATACAT CTGGTTCAAC GGGTAAACCA
AAAGGTGTTA GTGTAGAACA TCGACAACTG ATTAACTATG TGTCTAGTAT TATAGACCGA
CTTAAACTGC AATCTAACTA TCATTTTGCT CATGTTTCTA GCTTTGCTTC TGATTTAGGA
AATACAGCAA TTTTTCCGAG CCTATGGACA GGAGGATGTC TCCATATTAT TTCTCAAGAT
AGAGTCGTTG ATGCTGATAA ATTGACTGAA TATTGTCGTC AAAATACCAT TGATTGTCTT
AAAATTGTTC CTTCTCATTT ATCAACCTTG ATTGCTGCTA CATCTTGTCC AGAAGAGATT
TTACCCCATC AATATTTGAT TTTAGGAGGT GAGCCTCTAA ATTGGGAATT AGTTGCGGAA
GTTAGCAAGT TGAAACCTCA GTGTCAAATT TACAATCACT ATGGTCCAAC AGAAACAACT
ATTGGTGTAT TAACCTATTC TGTAGACCCC CAAAAACATC CTAAAAAAGC CAAAACAGTT
CCTTTGGGTC GTCCCATTAA TAATACAGAA ATTTACCTAT TAGATGAGTT TTTAAACCCT
GTTCCAATTG GTGTTAAAGG AGAACTCTAT ATTGGAGGGA AAAATTTGAG TAGAGGATAT
CTGAATCGTC CCCAACTAAC GGAAGAAAAA TTTATTTCTA ATCCGTTTAG AGACGATTTA
AAACTCTATA AAACAGGAGA TTTAGCTCGT TATTTACCAA CAGGAGATAT TGAATACTTG
GGACGAATTG ATCATCAAGT TAAAATCCGA GGGTTTCGTC TTGAATTAGG AGAAATTGAA
GCCATTTTAA GGAATCATCC AGAAGTCAGA GAAACGGTTG TTGTTGTTAG AGAAGATATA
CCAGGACAAA AACGGTTAAT CGCTTATATT ACCTCAAATC AAGTCTCGAA ATTAGCTCAA
GTCAACCTGA ACGAAACCCT CAAAAATCAT CTGAGATCGA AACTTCCTGA ATATATGATT
CCTAGTGTTT TTATTCCGCT AAAAACTTTG CCTTTAACCG CAAATGGCAA AATAGATCGC
TTTAATCTTC CTAACCCTGA TAAATTCTTG ATTGATATGG AAACGTATCT CCCTCCTCGT
ACCATGGTTG AAGAAAGCTT AGTCAAGATT TGGGCAGATA TTTTTGGTCA AGAAAAAATC
GGAATTAATC ACAACTTTTT TGAACTAGGG GGAGATTCCA TTATTAGTAT TCAAGTGATT
GCCCGTGCTA ATCAAAAAGG AATCAAAATC ACTCCAAAAC AACTGTTTGA ATATCCGACT
ATTGCTGAAT TAGCTACTGT TGCTCAAAGT AGTAAAATCT CTTTATCTGA ACAAGGGTTA
ATCACGGGGA AAGCAATTTT AACGCCTATT CAAGAGTGGT TTTTTGAGCA AAATTTTCCA
GAACCTTATC ATTGGAATCA AGGAATTTTA TTAGAAGTCG AATCTCAGAT TAATATTGAG
TATTTAAGAC AAGGATTTAA GCAATTATTG ATTCACCATG ATGGGTTACG AGCGCGTTTT
CAAAAAATTA ATAATACTTG GACGCAAATT TATAGTCAAC CTGATGACGT AATTCCTTTT
GAAGTGATTG ATTTATCGGA CTTTTCTTTA ACTGAGCAAA AAACGATTAT TGAAAGAAAA
GCAAATGATT GTCAAAGGAG TCTTGATTTA AGTCAGGGTC CAATCATTAG AGGGATATTC
TTTAACTTAG GTAATTACCA ACCGAGTCGT CTTTTAATTG TCATTCATCA CTTGGTTATT
GATGGTGTTT CTTGGCGAAT TTTACTCGAA GATTTAGTCA CAATTTATCA CCAACTACAG
CAAAAAAACT CGATTAAACT TCCTCCTAAA ACTACATCGT TTCAACAATG GGGAGAAAAA
CTTAAAACCT ATGTTCAATC AGAAATTTTA AGACAAGAAT TAGGTTATTG GCTAAAGCAA
TTATCAAGCA TTATTAAACC ATTACCTGTT GATTATTCCA GTCATTTAGA ACAAAATACA
GTCGCTTCTA TGAAGCAAAT TACTTTGTCC TTAAGTGTAG AAGAAACCCG TTCGTTATTA
CAAGATGTTC CGGCTACTTA TAACACCCAA ATTAATGATA TTTTGTTAAC CGCTTTGGGA
CAATGTTTAG GGGATTGGAC GGGTCAGTCT TCTATTTTGA TAGATTTAGA AGGACATGGA
CGAGAAGACC TCTTTGAGGA TGTAAATTTA TCGAGAACAG TAGGGTGGTT TACTTCAATT
TTTCCCCTGC TATTAACCTT GCCTAATACT CAAGATTTAG GAAACATTAT CAAAAGTATT
AAAGAGCAAG TTCGACAAGT TCCTAATAAG GGAATTGGTT ATGGATTACT TCGTTATTTA
ACCACGGATG AAACGATAAA AAAAGAGTTA AAAGAAATGC CAAAAGCTCA AATACGATTT
AATTATATGG GACAATTTGA TCAAAGCATT TCTGCACCTC CTTTGTTAAA ATTAGCAACA
GAATCAATCG GGTTATCTGA AAGTTCAAAT GGGATTAATG CGTATTTAAT TTATATCAAT
GGGACGACGG TATCAGAACG GTTAGAAATT GCTTGGACTT ATAGCGATAA CCTTTATCAA
CAAAGTACCA TTGAAAGCTT AGCTGAAAAC TATATGAAAG CGTTGCAAAA ACTGATTATT
CATTGTCAAT CTGTTGACCG GAGAGGGTAT ACTCCTTCTG ATTTTCCCTC TGCTAATCTT
AATCAAGATG AATTAGATGA ATTGCTCTCA GAGATTGATT AA
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| Protein sequence | MQNFDLILEP EINDGYRLSP QQEYTWLLQQ SEQYPHFQVN CTVSIVGKLE PDIFEKALQK
VVQRHEILHT VFPVIPGMTY PLQKILDNFT INHKFYDLTE FSSINQQKEL EAIKHNFKNQ
PFNFEQTALL ESQLIQVKCE EYLLLLRLPA LCGDSITLNE LLQEISAAYS AIEKHQELEP
VEIQYPDIAE WFQELLEDEE TEIGRKYWQD KDLSSLNHFS LFIENNYQQN NTFKPHSEPI
PLTEGLWCTI RNLTRQYGIS SEDFVLASFS VFLFKLTKNS DIIIGKLNNG RSYSELEKAI
GLFGKYLPQI VQIEETVSFI ELLHKFQEDR LESEKWQDYF NVNHLGSYNF FPYSFDWEES
FFYKSINNIT FSLQEKYSCL SSFKLKLVGQ LIDDSFCLRF DYNSQIFEPT DIQHLAQQFT
TLLNNIITTP EAYIYQLDIL TVLERQKILI DFNQTAKPYP QDLLIYQKFE EQVQQNPSQI
AVVFEEQKLT YEQLNKKSNQ LAHYLIANGI KSENIVALYM ERSLDFIIGL LAIHKAGAAY
LPLDPSFPQE AITFRLKDAE VSLVITQQHL LKNLPDFTTI VNLDSNWESI AKHKEDNPNT
EILANNLAYV IYTSGSTGKP KGVSVEHRQL INYVSSIIDR LKLQSNYHFA HVSSFASDLG
NTAIFPSLWT GGCLHIISQD RVVDADKLTE YCRQNTIDCL KIVPSHLSTL IAATSCPEEI
LPHQYLILGG EPLNWELVAE VSKLKPQCQI YNHYGPTETT IGVLTYSVDP QKHPKKAKTV
PLGRPINNTE IYLLDEFLNP VPIGVKGELY IGGKNLSRGY LNRPQLTEEK FISNPFRDDL
KLYKTGDLAR YLPTGDIEYL GRIDHQVKIR GFRLELGEIE AILRNHPEVR ETVVVVREDI
PGQKRLIAYI TSNQVSKLAQ VNLNETLKNH LRSKLPEYMI PSVFIPLKTL PLTANGKIDR
FNLPNPDKFL IDMETYLPPR TMVEESLVKI WADIFGQEKI GINHNFFELG GDSIISIQVI
ARANQKGIKI TPKQLFEYPT IAELATVAQS SKISLSEQGL ITGKAILTPI QEWFFEQNFP
EPYHWNQGIL LEVESQINIE YLRQGFKQLL IHHDGLRARF QKINNTWTQI YSQPDDVIPF
EVIDLSDFSL TEQKTIIERK ANDCQRSLDL SQGPIIRGIF FNLGNYQPSR LLIVIHHLVI
DGVSWRILLE DLVTIYHQLQ QKNSIKLPPK TTSFQQWGEK LKTYVQSEIL RQELGYWLKQ
LSSIIKPLPV DYSSHLEQNT VASMKQITLS LSVEETRSLL QDVPATYNTQ INDILLTALG
QCLGDWTGQS SILIDLEGHG REDLFEDVNL SRTVGWFTSI FPLLLTLPNT QDLGNIIKSI
KEQVRQVPNK GIGYGLLRYL TTDETIKKEL KEMPKAQIRF NYMGQFDQSI SAPPLLKLAT
ESIGLSESSN GINAYLIYIN GTTVSERLEI AWTYSDNLYQ QSTIESLAEN YMKALQKLII
HCQSVDRRGY TPSDFPSANL NQDELDELLS EID
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