| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3090 |
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| Symbol | |
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| ID | 8392420 |
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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 | 3124331 |
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| End bp | 3128731 |
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| Gene Length | 4401 bp |
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| Protein Length | 1466 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644981036 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_003138768 |
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| Protein GI | 257060880 |
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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 | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 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 | ATGAACAATC AAAACATTGA AGGATTTCGT CTTTCTCCAC AACAAAAAAA TCTTTGGGGA
TTACAACAAA AGTTACTAGA GTATAACAAT AAGAGGGAAT TAACTAACCC TTATTGCTGC
CAAGCTGCGC TATTGATTCA AGGAAAACTC AACACAGACT GTTTACACAA TACCCTAAAA
GAAATTGTCA ATCGCTATGA TATCTTAAGA ACAAATTACC AAGAAATTAA AGGCTTAAAA
TTTCCTGTTC AAGTGATTAA TGAGTCGTTA AACTTTTCTT GGGAATCTCA TCACCCGATG
ATAGAAAACC CTGATAATCT TGACTTAACA ATTGAAGCTA TTTTTGAAGA ACATCGAACA
AAACTCACTA AATTAGATCA AATATCTCTG TTTTATTCAT CTTTGTTAAC CTTATCAGAA
ACAGAACATA TTTTAATCCT TAGTTTACCC TCTCTTAGTG CAGATGCACA AACTATCAAC
AACCTGATTC AAGAAATTCA TCAGAGGAAT TTTTTTGATG GTAACTCTGA TGAACCCGTT
CAATACTTAC AATTTTCTGA ATGGCAAAAT GAACTTTTAG AAGAAGAAGA GGCAGCAGAA
GGAATCAATT ATTGGCAACA ACAAAAATGG CAATCTATCC CTCAATTAAA GCTTCCTTTT
GAAAAGCAAT CATCACAACC CTTTAACCCT CAAATAAAGA CGTTAAACAT CAGTTCAGAG
ATCACCGAGA AATTAAAAGC GATCGCAGAC TCTAAAAATA TCAGTCTTCG TAACTTTTTA
TTAACGTCTT GGCAAATTCT TCTCTCAAAA TTAACAGGAC AAACAGAAAT TGTTATTAAC
ACAGCTTACA GTGGTAGAAC CTATGAAGAA CTCCAAGAAG TTCTCGGACT TTTAACAAAA
TCAATCCCAG TTTATTGCTC GGTTACAGAT CCTGTAACCT TAGAACAATT ACTGATGAAA
ACAGAACAAT CTGTTAATGC TATTCGTCCT TGGCAAGAAT ATTATCTCCC GAATGAAAAC
CATCCTATTG CTATCGCTTT TGAATTTCAA GAGTATGGAA AAATTGAAGA AGGCCAAGAA
ATTTCCCTGA GTCTTTATCA ACAATATGTC TGTTTTGATC AATTTACAGT AAAACTCTTT
GTTCTACTTC AACAAAACAA TTTAACTCTC CAATTTTATT ATGATACTAA TTTAGTCAAC
TCCACTGACA TTGACCGTAT TGCAGACTCT TTTCAAACCT TATTAATCAA TATTACTAAG
TCACCAACAG CTAAAATTCA AGAGTTAGAA ATTCTCAGCG ATCGCCAGCT TCATCAATTA
TTAATTGAAT TTAACCAAAC TACCCGTAAT CATCCAACAG TTGATTATAT TCATCAAAAA
TTTGAACAAC AAGTGCAACA AACACCTCAT CAAATTGCCG TTGTTTATGA AGACAAAAAA
TTAACCTACA GCCAATTAAA TGAACGAGCA AATCAATTAG CGCATCACCT GATTAAACTA
GGCATTAAAC CCGATAATCC TGTGCCAATT TATGCTAATA GATCTTTAGA AATTGTCATC
TCCATGTTAG GCATTCTTAA AGCAGGAGGA GCCTATTTAC CTATTGACTC AGGCCTTCCC
CTTCAAGGAC TAAAACAACG ATTACAAGAA TCAAAAGCTT CCTTGTTAAT CACTCAACAA
TCTTTAATAA AGCCTCAATT ATTACCCAAT CACCAAGTTA TTTATTTAGA TAAAGATTGG
ACAACAATCT CGCAAAATAG TAGTCAAAAC CCTAACATTG AACTAACCGA TAAAAACTTA
GTTTATGTAA TCTTTACCTC TGGGTCTACA GGACAACCCA AAGGCGTTGC TATTGAACAC
CGACAACTGC TAAATTATGT CCATAGTATT TTGACTAAAT TAGACATTCC TACTAACGCC
AACTTTGCCC TAGTATCTAC CTTTGGCGCA GACTTAGGTC ATACTTGCAT CTTTCCCACC
CTTTGTACCG GGGGATGTCT GCATATTATT TCGCAAGAAC GGGCAGCTAA TGCGAAAAGC
CTAGCCGACT ATTTCCAACA CCATGAGATC GACTGCCTCA AAATTGTCCC ATCCCACCTA
TCAGCCTTAT TATCGGCTGA TCCACAAGCG TCCATTTTGC CCCGTCAGCG ACTCATTTTA
GGGGGTGAGG CAACCCCTTG GACTCTGATT GACCAAATTC GGCAAAAAGC CCCCAACTGC
CGTATTTTTA ACCATTACGG ACCCACTGAG ACCACCGTTG GCGCGACCAC CTTTGCTATC
GACCAAACCC TTCCTCATCC CACTGCCACC GTTCCCATCG GTCGTCCCCT GGACAATATT
CAATTGTACG TCCTTGATGA ACAGCGAAAA CCTGTTCCTA TCGGGGTTCC AGGGGAATTG
TATATTGGAG GGTCAGGAGT AGCGCGAGGG TATCTCCATC ATCCTGAATT GACCGCAGAA
CGCTTTATTG ACAACCCTTT CAACCATCAC ACTCCCGATC GCTTATACAA AACAGGCGAT
CGCGTGCGTT ATCTTCCCGA TGGAAATCTT GAATTTTTAG GGCGTTTCGA TAATCAAGTC
AAAATTCATG GTTTTAGGAT TGAATTAGGC GAAATCGAAG CGATTCTTAG TCAACATCCT
CAAATCTCTC AGGTTGCCGT TATTGCAAGC AAAGACAATT CTGGCGATCG CCGACTGGTT
GCATATATTG TTCCCCAAAA TGCAACCACC AATGAAACCC AATGGCGTAG CTTTTTACAA
GAAAAATTGC CAGATTACAT GATCCCGTCA ATATTCGTCG AATTAAAGAC CATGCCATTA
ACCCAAAATG GCAAAATTGA TCGTCATAAT TTACCCGATC GAGCCATTAA AAATGCCACT
AATTTTGTAG CCCCTCGCAC GTCTATTGAA GTCCAGCTTG CCGAAATTTG GTCAGAGATT
TTAGGGATCA AAAAAATCGG TATTCATGAT AACTTTTTTG CCTTGGGAGG ACATTCGTTA
CAAGCCATTC AATTAGTCTC AAAAATCTCA ATGATGACTC AGTGCGATAT TTCCGTTAAA
TTCTTATTTC TTAAGCCAAC AATTGCCGAA TTTAGTCAAG TTATTGAACA ACACCAAAAG
AAACTTAGCC ATTCTTCTAA TACCATGAAT ATTGTTACTA AAATAAAACC TTTACCCGAA
CTTTCTCCCT TTGTTAAAGT CGAAAATCGG TCTTTATTAT CATTGCTAAT TACGGGAAAA
ATTGCTCCCA TTGACTGTGC TGCTCTTACC TATTTTCCCA CCCTTGATTT TCACTATCTG
GAAAAAATTG GCTGGACTCC TGACACATTC ATCGAAGAAT TTTGCGATAA CTTACCTATC
GTTGATAGTA TTTTAGAAAC CCAGTTAGGA CGGATCGCTG TCATTTCTTT ACCTCGCTTT
GTTTATCAGC TATATCAAGA TCAAACAGAC ACCGTTAATG TTATTATTGA AGCCCTAGAA
ATAGCTAAGC AAATCGGAGC AAAAACCGTC TCTTTTACGG GATTAATTCC TTCTGCAACC
GACTATGGTA AAGCCGTTTT TCAAGCCATT TCTCACCGTC AAGATTTACC CTCAATTACC
ACAGGTCATG GAACAACCAG TGCTACTGTA GTATTATCGA TTGAAAAGAT TTTACGGCTA
GGAAACCGTT ATCTTGAAGA CCAAAAAGTT GCCTTTCTTG GCTTAGGATC AGTGGGAATG
AGTACCCTAC GTTTAATGTT AAAAGGGTTG CCCCATCCTC AAGAAATAAT ACTTTGTGAT
GTTTACCATA AGCTAGATCA TCTTGAAGCC ATTAAAGAAG AAATTATTAA AGAGTTTAAT
TTTCAAGGAG ATGTCCGTCT TATTTTATCT CAAAGGGATG TTCCTCAAGA AATTTATCAG
GCAACTTTAA TCATTGGGGC AACCAATGTA GCCGATATTT TAGACATCAC TAAAATTAAA
CCTGGAACCC TGATTGTTGA TGATTCTGCG CCCCATTGTT TTGCCGTAGA ACAAGCAATG
CAACGGCTGA AAAATCAAGG CGATATTCTT TTTACCGAAG GGGGAATTTT AAAACCGTCT
GAACCTATCA AACGGTTAGT TTATTTACCT AATAATATCA ATAAAATTAT GACACCAGAA
CAACGTCATG AATATCTTGA TCGTGATCCG TTTAATATTA CTGGATGTGT TTTGTCCAGT
TTATTATCCA CTCGCTTTAA TCATTTAACC CCAACCATTG ACTTAGTGAG GTTAGAAACT
TCTTTAGACC ATTATAAAGT CCTAAGACAA TTAGGCTTTC AAGCAGCAGA TTTATGTTGT
TCAGGGGATA AATTACCCTC TGAATTAATA CGAAAATTTA CTGATAGCCT AGAAAGCGGT
GTTACTACTT ACCCCCATTG A
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| Protein sequence | MNNQNIEGFR LSPQQKNLWG LQQKLLEYNN KRELTNPYCC QAALLIQGKL NTDCLHNTLK
EIVNRYDILR TNYQEIKGLK FPVQVINESL NFSWESHHPM IENPDNLDLT IEAIFEEHRT
KLTKLDQISL FYSSLLTLSE TEHILILSLP SLSADAQTIN NLIQEIHQRN FFDGNSDEPV
QYLQFSEWQN ELLEEEEAAE GINYWQQQKW QSIPQLKLPF EKQSSQPFNP QIKTLNISSE
ITEKLKAIAD SKNISLRNFL LTSWQILLSK LTGQTEIVIN TAYSGRTYEE LQEVLGLLTK
SIPVYCSVTD PVTLEQLLMK TEQSVNAIRP WQEYYLPNEN HPIAIAFEFQ EYGKIEEGQE
ISLSLYQQYV CFDQFTVKLF VLLQQNNLTL QFYYDTNLVN STDIDRIADS FQTLLINITK
SPTAKIQELE ILSDRQLHQL LIEFNQTTRN HPTVDYIHQK FEQQVQQTPH QIAVVYEDKK
LTYSQLNERA NQLAHHLIKL GIKPDNPVPI YANRSLEIVI SMLGILKAGG AYLPIDSGLP
LQGLKQRLQE SKASLLITQQ SLIKPQLLPN HQVIYLDKDW TTISQNSSQN PNIELTDKNL
VYVIFTSGST GQPKGVAIEH RQLLNYVHSI LTKLDIPTNA NFALVSTFGA DLGHTCIFPT
LCTGGCLHII SQERAANAKS LADYFQHHEI DCLKIVPSHL SALLSADPQA SILPRQRLIL
GGEATPWTLI DQIRQKAPNC RIFNHYGPTE TTVGATTFAI DQTLPHPTAT VPIGRPLDNI
QLYVLDEQRK PVPIGVPGEL YIGGSGVARG YLHHPELTAE RFIDNPFNHH TPDRLYKTGD
RVRYLPDGNL EFLGRFDNQV KIHGFRIELG EIEAILSQHP QISQVAVIAS KDNSGDRRLV
AYIVPQNATT NETQWRSFLQ EKLPDYMIPS IFVELKTMPL TQNGKIDRHN LPDRAIKNAT
NFVAPRTSIE VQLAEIWSEI LGIKKIGIHD NFFALGGHSL QAIQLVSKIS MMTQCDISVK
FLFLKPTIAE FSQVIEQHQK KLSHSSNTMN IVTKIKPLPE LSPFVKVENR SLLSLLITGK
IAPIDCAALT YFPTLDFHYL EKIGWTPDTF IEEFCDNLPI VDSILETQLG RIAVISLPRF
VYQLYQDQTD TVNVIIEALE IAKQIGAKTV SFTGLIPSAT DYGKAVFQAI SHRQDLPSIT
TGHGTTSATV VLSIEKILRL GNRYLEDQKV AFLGLGSVGM STLRLMLKGL PHPQEIILCD
VYHKLDHLEA IKEEIIKEFN FQGDVRLILS QRDVPQEIYQ ATLIIGATNV ADILDITKIK
PGTLIVDDSA PHCFAVEQAM QRLKNQGDIL FTEGGILKPS EPIKRLVYLP NNINKIMTPE
QRHEYLDRDP FNITGCVLSS LLSTRFNHLT PTIDLVRLET SLDHYKVLRQ LGFQAADLCC
SGDKLPSELI RKFTDSLESG VTTYPH
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