| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3095 |
|---|
| Symbol | |
|---|
| ID | 8392425 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cyanothece sp. PCC 8802 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013161 |
|---|
| Strand | - |
|---|
| Start bp | 3149589 |
|---|
| End bp | 3154259 |
|---|
| Gene Length | 4671 bp |
|---|
| Protein Length | 1556 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 644981041 |
|---|
| Product | amino acid adenylation domain protein |
|---|
| Protein accession | YP_003138773 |
|---|
| Protein GI | 257060885 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 6 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 17 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGAATACTG AACAAAAATT CACTTCAATT AACAGCTACC TCCAAACCTT TAATCCAGAA
GACGTTTTTA TTTTTCCTAC ATCTTCTGCC CAAGCAAGAC TCTGGTTTTT AGCAGAACTT
GAACCTGATA GTTCCGTTTA TAACGAACAG GTTATTATTG AATTACAAGG ACAATTTAAT
CAAACTGCCT TAGAAAAAAG CTTTAATGAA ATTGTCCGTC GTCATGAAAT TTTACGCACC
TTTTTTACAA CAGATCAAGG TAAACCAGTC CAAGTAATTT TGCCTTACCT ATCCCTAGAA
TTTCCTGTTA TTGATCTTAG TCATCTCTCA TCAAAAGAAC AAGAAACGAT TATTAAAGAA
CACACAATCA ATGAAGGACA AAAACCCTTT GATTTAACAC AGATTCCCCT CATTAGAATT
ATCGTCTTAA AATTACATCC CGAAAAACAT CTATTATTAA TTACTCTACA TCACATTATT
ATTGATGGTT GGTCAGGTGG CGTATTAATG AAAGAATTAG GGCTATTATA TGAAGCTTTT
TGGCAGAAGA AACCCTCTCC TCTCCCTGCA TTATCTATTC AATATGCTGA TTTTACTATC
TGGCAAAATG ACTATTTACA AAGCGAAAAA CTGAAACAAC AACTCAGTTA TTGGCAAGAA
AAATTAACAA GTATTCCACC CTTATTAGAA CTGCCAACTG ATTATCATCG TCCTCCCATG
CAAACTTTCA AAGGTCAATG TCAAACCTTT GAATTAACAC CCGAATTAAG CTATCAATTA
AAACAATTAA GTCAGAAAAA TGGGTCAACC CTATTTATGA CCTTACTAGC AGCTTGGACA
ATTTTGCTGT CACGTTATAG TCGTCAACAA GATATTGTCA TTGGATCTCC TATCGCTAAT
CGTAACCGAG TAGAAATAGA ACCATTAATC GGTTTTTTTG CTAACACCTT AGTGTTAAGA
ACAAACTTAT CAGGAAAGCC CGCTTTTAGC GAATTACTCA ACCAAGTCAG ACAAGTATGT
TTAGAAGCTT ATACACATCA AGATATTCCT TTTGAGAAAT TAGTTGAAGC CTTACAACCC
GAAAGAAATT TAAGTCAAAC CCCTTTATTT CAAGTCATGT TTGTTTTACA AAATGCCAAC
TATGAAGAAC TCAAGTTATC AGATTTTACC TTCAGATTTC TTCCCAAAGA AAATACTATT
GCAAAATTTG ATTTAACCTT GTCAATGTTA GAAAGCCAAG AAAAATTAAC AGGAGAAATA
GAATACAATC AAGATTTATT TAACTGTTCA ACTATTGCTA GAATGGCAGA ACATTTTTTA
GAATTGTTAG GAGAAATTGT TAGAAATCCT CAAAAATCTA TTACTGAATT GTCTTTCTTA
ACAGAATCCG AACAAAACCA ATTATTAATT CATTGGAATA ATACAAAAGT TGAATATTCT
AAAACTCAAT GTATTCATCA GTTATTTGAA GAACAAGTTA TTAGAACTCC TGATGCGATC
GCCCTTGAAT TTGAAGGAAT AAGCTTAACC TATTTTGAAT TAAATCAGAA AGCGAATCAG
TTAGGCCATT ACTTACAAAA ATTAGGAGTA AAACCAGATA GTTTAGTCGG AATTTGTGTC
AAGCGATCGC TAGATATGAT CATTGGGATT TTGGGGATTC TCAAAGCAGG AGGGGCTTAT
ATTCCCATCG ATCCAACCTA TCCCAAAGAA CGGATTGCTT ACTTATTAGA AGATGCTCAA
ATTGACCTAT TATTAAGCCA AGCAGGGTTA TCAACTGAAC TACCCCAGAG TCAAACAACA
GTTATTAACT TAGATGAAAA TTGGTCAGAA ATTGCCTTAG AAAGTTGCAA TAATGTCCTG
AGTCAAGTCA CTCCCCAAAA CTTAGTTTAT ATCATCTATA CATCAGGTTC CACAGGAAAA
CCCAAAGGGG TAATGATTGA ACATCAATCC TTAGTCAATT TCACTAAAAC TGCTATTGAT
ATCTATAACA TTACGCCAAA AGATAGGGTT TTACAATTTG CTTCTATTAG TTTTGATGCC
GCAGCCGAAG AAATCTATCC TTGCTTAAGT TCTGGGGCAA CTTTAGTATT GAGAACTGAC
GAAATGATTG CCTCAACCGA TACCTTTTTC CATCAATGTC AAGCTAAACA GTTAACAGTT
TTAGACTTAC CAACCGCCTA TTGGCAACAA ATTACAACTG AGTTAGAAAA CGCTAATCAA
AAGTTACCTA ATACCTTACG TTTAGTAATT ATTGGTGGGG AAAGAGCAAT TCCCGAAAAA
ATCGAAACTT GGCACAAAAA AGTTGGAGAT TTCCCAAAAC TTTTAAATAC TTACGGACCT
ACTGAATCTA CCGTTGTCGC TACTGTTTAT CCTTTAATTC CATCGGTTAA AATAAAACAA
GAAGTTCCCA TCGGAAAGCC AATTAATAAT GTCACAACTT ATATCTTAGA TCCTAACTTA
GAACTGGTTC CAATTGGAGT TCCAGGGGAA TTATATTTAG GAGGTATGGG ACTAGCAAAA
GGCTATCTTA ATCGCCCTAA ATTAACCGCA GAAAAATTCA TAATTAATCC TTTTAATACT
TCAGAAAGAT TATATAAAAC AGGTGATTTA GTTCGCTATC TTTCTGATGG CAATATTGAA
TTTTTAGGCA GAATTGACAA TCAAGTCAAA ATCCGAGGAT TTCGTATCGA ATTAGGTGAA
ATAGAGTCCA TTTTAAGCCG TCACCCTGAG ATTAAAGAAA CAGTTGTTAT TGTCAGAGAA
GATACTCCAG CTCAAAAACG TTTAGTTGCT TATATTACTA GCGATAAAAT TGCTTCTCAA
ACTGACAATA ATTGGTATGA AACCTTAAAA CATTATCTCA AGACAAGCCT ACCTGATTAT
ATGATTCCCC AAAGTTTTGT TTTGTTAGAA AACCTTCCGT TAACTGTCAA TGGAAAAATC
GATTATTCTC GTTTGCCTTG TCCTGATTAT TCATTAATCA ATTCAGACAA AAATTATATT
GCTCCTCGTA CCCCTATTGA AGCTACCTTA GCCCAAATTT GGTCAGATAT TTTAAAGCAT
CAAAACATTA GCATTAACCA CAACTTTTTT GATTTAGGGG GAGACTCTAT TATCAGTATT
CAAGTGATTG CCCGCGCTAA GCAAGCCGGG ATTAAAATCA AACCTAAACA ACTCTTTGAA
TATCAAACTA TCGCTGAATT AGCTGCTGTC GCCAAGGTTG ATCAATCTTC ATTAAATGAA
CAAGAGTTAA TAACAGGTTC TGTTCTACTT ACTCCTATTC AACACTGGTT TTTTAATCAG
AATTTAGTAG AATCTCATCA TTGGAACCAA GGTATTTTAT TAGAAGTAGA AGCGGATATA
AATATTAACG ATTTACAGGA AGCTATTAAA CATTTATTAA TTTATCATGA TGGTTTACGA
TTGCGGTTTG AGTTCGTTAA TAATCATTGG CAGCAAATTT ATAGTCATCC TCAAGATAGC
ATTCCTTTAG AGATTGTTGA TCTTTCAAAT ATGTCACCTA ATCAACAATC TAATCTGATT
AAACAAAAAG CCAATGAATG CCAAAGTAGT CTTGATTTAA GTCAAGGTTT AGTATTCAAA
TCTCTATTTT TTTACTTAGG AAATAATCAG CCAAATCGTT TATTAATCAT TATCCATCAC
TTAGTCATAG ATGGAGTTTC TTGGCGAATT TTACTTGAGG ATTTAGTGAC AGTCTACCAA
CAACTGCATC AAGAACAAAC AATCCAACTT CTTCCCAAAA CGACTTCTTT GCAAAAATGG
AGTCAAAAAC TTTATGATTA TGCCCAATCA GAAAAAATCC AGAAAGAATT AGATTATTGG
CTAACCCTAT CACAAATAAA AATCAACTCT ATTCCTGTAG ATTATCAGGT TAGTTTAACC
CAAAATACCG TCGCTTCTAC CCAACAAATA ACAGTAGGGT TAAACGCCGA AAAAACTCGC
GCCTTACTTC AAGATGTTTC GGCTGTTTAC AATACTCAAA TTAATGATTT ATTATTAACA
GCTTTAGTTC AAAGTTTTGC TGGTTGGACT GGTGACTTTT CTCTTTTAAT AGAATTAGAA
GGTCATGGAC GAGAAGACTT GTTTGACGAT GTTGATTTAT CCAGAACAAT AGGATGGTTT
ACCTCAGTTT TTCCTGTCTT ATTAACCTTA CCTCAAAGTC AGGATTTAGG AGACAGATTA
AAAAGTGTTA AAGAACAACT AAGACGCATT CCACAAAAAG GAATTAATTA TGGAATTTTA
CAGTATTTAA CAGACAATCA ACTTATCAAA AGCCAATTGA ACCAAATGCC AAAACCACAA
ATCAGTTTTA ACTACTTAGG ACAATTTTAT CAACAGATCT CTTCACCTCC TTTACTTAAT
TTAGCGCAAG AACCCATTGG GTTTATGCGG AGTCCTAAAG GAATTAATCA TCATCTGATT
GAGATTAATG CTTGGATTAT GTCAGAAAAA TTAGAAATTA TCTGGAGTTA CAGTGAAAAT
TTGTATTACA AAAACACAAT TGAAAAATTA GCTAAAGGGT ATAAAACAGC CCTAGAAAAA
CTCATTAGTT ATTGTCAATC TGCGGAAGCT GGTGGTTATA CCCCTTCAGA TTTTCCTGAA
GCTAATTTAA GTCAAGAGGA ATTAGATCAA CTCTTTTTAG AATTTAGTTG A
|
|---|
| Protein sequence | MNTEQKFTSI NSYLQTFNPE DVFIFPTSSA QARLWFLAEL EPDSSVYNEQ VIIELQGQFN
QTALEKSFNE IVRRHEILRT FFTTDQGKPV QVILPYLSLE FPVIDLSHLS SKEQETIIKE
HTINEGQKPF DLTQIPLIRI IVLKLHPEKH LLLITLHHII IDGWSGGVLM KELGLLYEAF
WQKKPSPLPA LSIQYADFTI WQNDYLQSEK LKQQLSYWQE KLTSIPPLLE LPTDYHRPPM
QTFKGQCQTF ELTPELSYQL KQLSQKNGST LFMTLLAAWT ILLSRYSRQQ DIVIGSPIAN
RNRVEIEPLI GFFANTLVLR TNLSGKPAFS ELLNQVRQVC LEAYTHQDIP FEKLVEALQP
ERNLSQTPLF QVMFVLQNAN YEELKLSDFT FRFLPKENTI AKFDLTLSML ESQEKLTGEI
EYNQDLFNCS TIARMAEHFL ELLGEIVRNP QKSITELSFL TESEQNQLLI HWNNTKVEYS
KTQCIHQLFE EQVIRTPDAI ALEFEGISLT YFELNQKANQ LGHYLQKLGV KPDSLVGICV
KRSLDMIIGI LGILKAGGAY IPIDPTYPKE RIAYLLEDAQ IDLLLSQAGL STELPQSQTT
VINLDENWSE IALESCNNVL SQVTPQNLVY IIYTSGSTGK PKGVMIEHQS LVNFTKTAID
IYNITPKDRV LQFASISFDA AAEEIYPCLS SGATLVLRTD EMIASTDTFF HQCQAKQLTV
LDLPTAYWQQ ITTELENANQ KLPNTLRLVI IGGERAIPEK IETWHKKVGD FPKLLNTYGP
TESTVVATVY PLIPSVKIKQ EVPIGKPINN VTTYILDPNL ELVPIGVPGE LYLGGMGLAK
GYLNRPKLTA EKFIINPFNT SERLYKTGDL VRYLSDGNIE FLGRIDNQVK IRGFRIELGE
IESILSRHPE IKETVVIVRE DTPAQKRLVA YITSDKIASQ TDNNWYETLK HYLKTSLPDY
MIPQSFVLLE NLPLTVNGKI DYSRLPCPDY SLINSDKNYI APRTPIEATL AQIWSDILKH
QNISINHNFF DLGGDSIISI QVIARAKQAG IKIKPKQLFE YQTIAELAAV AKVDQSSLNE
QELITGSVLL TPIQHWFFNQ NLVESHHWNQ GILLEVEADI NINDLQEAIK HLLIYHDGLR
LRFEFVNNHW QQIYSHPQDS IPLEIVDLSN MSPNQQSNLI KQKANECQSS LDLSQGLVFK
SLFFYLGNNQ PNRLLIIIHH LVIDGVSWRI LLEDLVTVYQ QLHQEQTIQL LPKTTSLQKW
SQKLYDYAQS EKIQKELDYW LTLSQIKINS IPVDYQVSLT QNTVASTQQI TVGLNAEKTR
ALLQDVSAVY NTQINDLLLT ALVQSFAGWT GDFSLLIELE GHGREDLFDD VDLSRTIGWF
TSVFPVLLTL PQSQDLGDRL KSVKEQLRRI PQKGINYGIL QYLTDNQLIK SQLNQMPKPQ
ISFNYLGQFY QQISSPPLLN LAQEPIGFMR SPKGINHHLI EINAWIMSEK LEIIWSYSEN
LYYKNTIEKL AKGYKTALEK LISYCQSAEA GGYTPSDFPE ANLSQEELDQ LFLEFS
|
|---|
| |