| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3740 |
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| Symbol | |
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| ID | 8393088 |
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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 | 3844443 |
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| End bp | 3851630 |
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| Gene Length | 7188 bp |
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| Protein Length | 2395 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644981670 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_003139386 |
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| Protein GI | 257061498 |
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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 | 0 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.209532 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAACT CAGAAAATTC GTCATCGAAC CTGTCATTAG AGCAAAAGCG AAAACTTTTA
GCTCAACTTC TTCAAGAAAA ATTGAATCAA GATAATGCCT CAATTCCTTT ATCCTGGGGG
CAAAAAGCCT TATGGTTTCT TTATAAAATT GCTCCTGATA GTGCTGCCTA TAATATTGCT
TTTTCAGTTC GCATTCGTTC TGTTGTAAAT GTTAGTTGTC TTAACCATGC TTGCCAAAAA
CTGATTGATA GACATCCAAT ACTTCGGATT AAGATTAAGG AAAAAGAAGG TCAACCTGTT
CAGGAAATTC AGAATAATCA ACCAGTTAAT TTTCAAGAAA TTGATGCGTC TCAGTGGGAG
TGGGAACAAC TAAAAGAACA AGTAACGATT ACTTATAAAA AACCTTTTAA TTTAGAACAT
GATCCAGTTC TGCGAGTCCA TTTATTTCGT TGTTCTGAAA CTGATTATAT TTTTCTATTA
ACAGTACATC ATATTGCTTG CGACGGGTGG TCATTGTGGC TAATGTTAGA CGAATTACGA
CAATTATATA CTGCAGAAAA AGAAGACAAG CTAATATCAC TACCCCCGAT TAAATCATCT
TACCACAATT TTGTTAAGCT TCAAAACGAA AAAATCACAG GAGAAACAGG AGAAAAACTC
TGGCATTATT GGCATAATCA ACTAGGAGGT GAATTACCCG TTCTCAATCT TCCCACTGAT
TATCCTCGTC CTCCGATACA AACTTATTAT GGAGATTCGT ATTCCTTTAA AATCAATCAA
GAATTAACTC AAAAACTAAA ATTTTTGGCC AAAACCAATC AAACTACCCT ATTTGTTGTT
TTATTATCAG CCTTTCAAAT ATTACTGCAT CGCTACACAA GACAAGACGA TATTTTAGTT
GGTTCTCCCA TAATAGCAAG AAACGACGCT ACATTTAATG ATTTAGTTGG ATATTTAGTC
AATACAGCTG TTTTACGTTC TAATCTTTCT GGCAATCCTA CTTTTCGTTC GTTTCTTGGC
CAAGTCAAGC AAACAGTTTT AGAGGCAATT GCGTATCAAG ATTATCCATT TTCTCTATTA
GTTGAAAAAC TACAACCTAA ACGAGATTTA AGTTATTCTC CCTTATTTCA AGCTGAATTT
GTCTTACAAA CTCCCCAAAA ATCTCAAGAA TTACTATCTC TATTAACCAC CGAAGAAGTT
TATAAATCGG TAAACTGGGG AGAATTAATA TTAGAAACAT TTCCTATAAA GCAACAGGAA
GGTCAAGTTG ATTTAACATT AGAATTATTA AATGCAAAAG AATGTTTATG CGGATCTTTT
AAATATAAAA CAGATTTATT TCAAGTAGAT ACCATCGAAA GAATGAGCGG ACACTTTCAA
GTCCTATTAG AAGGAATAGT TAATAATCCT CAAGAAGAAA TTGGAAAATT ACCCCTATTA
ACCGAAGGAG AAAAGCAAAA GATCTTAGTG GAATGGAATG ATACAAGATC GGACTATTCT
CAAGATAAAT GTATCCATCA ATTATTTGAA GAACAAGTAG CAAAGACTCC TGATGCAGTA
GCGGTAGTTT ATGAAGAACA ACAATTAACC TATCAAGAAC TCAATCAAAA AGCCAATCAA
TTGGCACATT ATTTACATAA ATTAGGGATT AAACCTGATA CCTTAGTAGG GATATGTGTT
GAGCGTTCAT TAGAGATGAT TATTGGGTTA TTGGGAATAT TGAAAGCGGG AGGAGCTTAT
GTACCTATTG ACCCCAATTA TCCAGCCGAG CGGATTAGTC ATATCATTAA TGATTCTCAA
ATCCATCTAT TACTAACTCA AAAGTTACTT AGAGAAAACA TCCCAGAAAA CCAAGCTAAG
CTTATCTTAA TAGATTGTAG TAATTCAGCT TTTTTAGAAG AAAGTACACA GAACTTAGCT
TGTCAAAGTC AAACCGATAA TCTAGCTTAT GTAATCTATA CTTCAGGCTC TACTGGAAAA
CCCAAAGGAG TTTTAATTAA TCATGCCAAT GTAACGCGAT TATTTTTAGC TACTCAGGAC
TGGTATCAGT TTAATGCCAA AGATGTATGG ACACTTTTCC ATTCTTATGC CTTTGATTTT
TCTGTTTGGG AGCTATGGGG AGGATTATTT TATGGTGGTC GTGTTGTAAT TGTTCCTTAC
TTTGTCAGTC GTTCACCTGA AGAATTTTAT CAATTACTCC ACCGAGAACA AGTAACAGTT
CTTAATCAAA CTCCTTCCGC TTTTCAGCAA TTAATTAGAG TAGATGAAAA GTCTGACTAT
CAAACAAAAT TAAACTTACG TTTGGTTATT TTTGGAGGTG AAGCTTTAGA TATTCCAAGT
TTAAAACCCT GGTTTGATAA ATATGGTGAT TGTCAGCCTC AGCTAGTCAA TATGTATGGT
ATCACTGAAA CAACTGTTCA TGTGACCTAT CGTCCCATCA CTCAAGCTGA TGTTTTCAGT
AGCAGTAGCG TGATTGGTAT TCCGATTCCT GACTTACAAG TCTATATTCT TGATCAAAAT
CTACAACCCG TTCCCATTGG AGTACCAGGA GAAATGTGTG TGGGGGGAGA TGGAGTCAGT
AGAGGTTATT TGAACCGTCC TGAATTAACG GCAGAAAAAT TTATTCTTCA TCCCTTTAGC
AATCATCCAG AAGAACGTCT ATATCGCTCA GGAGATTTCG CTCGTTATTT GCCTAATGGA
GACATCGAAT ACATCGGAAG AATCGACCAC CAAGTCAAAA TACGAGGATT TAGAATCGAA
CTAGGAGAAA TTGAATCGAT ACTCAGTATT CATCCTGACA TACGAGAAAG CGTAGTTATC
GCCAGAGAAG ACCAACCAGG AAACAAACGC CTAGTAGCCT ATTTTGTCTC AAAACTCATC
CCAGAACGCT TACATTATGT TAAAGCTTGT CAACTCGAAA TCAAGGGCAA AACCTACCCA
GTGGAAAGCG AAGACTTCTC GGTTGGGGGA ATGGGATTAG GAAAAATTCC GGTTGAATTA
GGCATTAATG ACCCCGTAAA AGTCCAGATT CAGTTACCCG GACAAGAAAG TCCTAGTTGG
CTATCAGGGA AAGTAATCTG GTATCGAGAT AATCATGGCG GAATCGAATG GAGATTAACC
TCACAAGAAT CTGAAAGAGT TAAACAAAGC TATCAATTAA TCAAAGAAGA ATTAGGAGTA
ATAGCGAGTT TACAGCGCAG TTTAAGCCAA GGATTGCGGG AATATCTCAA AGAGAAATTA
CCCGATTATA TGGTCCCTAG TGCCTTTGTG CTGTTAGAAA AACTGCCTTT AACCCCTAAC
GGCAAAATTG ACCGTAAAGC CTTACCTGCA CCGGATTGGA GCAATAGAGG ACAAGAAGAC
TATATCGCAC CGCAAACACC TAATCAAGAA ATCCTCGCGA GTATTTGGCA AAATGTTTTG
CCAAAGGAGA AAATTGGAGT CAAAGACAAC TTCTTTGAAT TAGGGGGACA TTCCCTACTA
GCGACACAAG TTATCTCGCG CATCAGAGAA ACCTTTAGCC TAGACTTACC CATTAGGAGC
GTATTTGAAA ATCCGACCCT AGAGGAACTA GCCCAAGAGA TAGAAAACAG CCAAAAAGTT
GAGATTAACC CGATTATCCC CATCAATCGA GCAGAAAACC TGACCCTATC CTTTGCTCAG
CAAAGACTGT GGTTTTTAGA CCAACTCGAA GGAGAAAACG CCACCTATAA TATTCCTGGA
GCCTTGAAAC TCGAAGGAAG CCTGAAGATT GAAGCCCTAG AAAAAAGCCT AAACCAGATA
ATTAAAAGAC ACGAAAGCCT GAGAACGCGA TTTAAGACGG TTAACGGAGA GGCTGTGCAG
ATTATCGACC CAGAAGGTCA AATTAACCTA AAAATGATCA CACTAGAAAG CTTAGACGAA
TCTGAAAAAA AGAGTCAAAC CCAGAGTCTA ATTAAACAAG AAGCAGAAAA ACCCTTTAAC
TTGAGTCAAG ACAGACTAAT ACGAGCCAGC TTAATCAAAT TAGGCAGCGA AAGCCACATC
TTGCTGATTA CCATGCACCA TATCATCTCT GATGGCTGGT CAATGGGAGT CTTCGTGCAA
GAATTAACTA GCTGCTACTC AGGCTATGGT CAAGGAAAAG AAACCCAATT AAAGCCCTTA
AGCATACAAT ACGCCGACTT TGCCGTGTGG CAAAGAGAAT GGCTCTGCGG AGAAAACTTA
CAAAAGCAAC TCAATTATTG GAAAAAGAAA CTAACAGGAT TACCGCCCTT AATAGAACTC
CCAACAGACC ATCCAAGACC CCCTATTCAA AGTTTTCAAG GGTCACATAT TAGCTTTAAT
CTTACCCGAG AAATGAGTGA GAAGCTTAAA CAAATGAGTC AACAAACAGG AGTCACCCTA
TTTATGACCC TGTTAACAGC TTTTAGTATC TTATTATCGA GGTATTCAAG ACAAGAAGAC
ATCGCCATTG GTTCACCGAT TGCGAACAGA AACCGAGCCG AAATAGAGCC ATTAATCGGG
TTTTTTGTCA ACACTTTAGT AATGAGAGTA AATCTAGAAG ACAATCCTAC AGTAGAAGAA
CTGCTGAAAC AGGTAAGAAA AACTTGTTTA GAAGCTTACT CCCATCAAGA CGTACCCTTT
GAGAAATTAG TCGAAGAAGT CAAACCCGAA AGAAACATGA GTCACAGTCC TCTGTTTCAG
GTGATGTTTG TGCTGCAAAA TGCGCCAGAT GAGGAATTAA GCTTACCTGG ATTAACAGTA
TCCCCTGTAG AAATCGAATA CAATATTGCC AAATTTGACT TAACGTTATC CATGGCAGAA
ACGGAGAAAG GACTAGCCGG AGATTGGGAA TATAATACGG ACTTATTTGA GAGAAAGACC
ATCGAAAGGA TGATAGGACA TTTCCAAGTC CTGTTAGAAG GAATAGTTAA TCATCCTCAA
GAGAAAATTG GTCAATTACC CCTATTAACT GAAGCAGAAA AACAACAAAT CTTAGGAGAA
TGGAATGATA CCAAAGCAGA TTATCCGAAA GAGAAATGTA TTCATCAATT ATTTGAAGAA
CAAGTAGAAA GAACCCCTGA TGCAGTAGCC GTGGTTTATG AAGACCAACA ATTAACCTAT
CTTCAACTCA ATCAAAAAGC CAATCAGTTA GCACATTATC TAATTAAATT CGGAGTTAAA
CCTGATACCT TAGTCGGGAT ATGCGTTGAG CGTTCATTGG AGATGGTGAT GGGGTTATTG
GGGATATTAA AAGCGGGAGG AGCCTATGTT CCTATTGACC CCAATTATCC AGCAGAACGC
ATTGAATATA TGTTGAAGGA TTCTGCCGTT TCAATTTTAT TGACTCAGGA AAGATTAGTC
AAAGAGTTAC CTGAGACTCA AGCTCAGATG ATTTGTTTGG ATAACGATTG GTTGACCATT
TCTCAAGAAA ATCCTAATAA CTGTTTATCT CAAGTTAATG CCAAAAATCT GGCTTATATC
ATTTATACTT CAGGTTCAAC AGGCAACCCT AAAGGGGTGA TGATTGAGCA TAATTCTTTA
GTTAATTTCA GAACAACAGC CATTGAAAAA TATCAATTTA CTGTTGAAGA TCGAATTTTA
CAATTTTCTT CTATTAGTTT TGATGCAGCT AGTGAAGAAA TTTATCCATG TTTAACAATA
GGAGCAACTT TAGTGTTGCG AACTCAAGAA ATACTCACTG GTGGAATTGG ATTATTAGAA
CAATGTAGAA AGTGTCAACT AACTATACTA GATTTGCCAA CAGCTTTTTG GTATCAAATT
GTTTCTGAAT TATCTATGAC AAAGAATCGC TTTCCCGAAA CATTGCGATT GATCATTGTT
GGAGGAGAAG CAGTTACTAC CGAGCACATA CAAACTTGGA TAGCTTGGAC TGAAAATACT
CCTCAATTAG TTAATAGTTA TGGCCCCACT GAAGCTACAG TCGTTTCTAC AATATGGTTA
TTAGAATCTT CAGAAGTAGG CTTATCAGTT CCTATTGGCC GTCCTTTAGC CAATATTCAG
ACTTATATTC TAGACCCCAA CCTCAAACCA GTTCCCATAG GAGTCGCAGG AGAACTGCAC
ATCGGAGGAG ATGGACTTGC CAGAGGCTAC CTCAACCGAC CCGAATTAAC CGCCGAGAAA
TTCATCCCTA ATCCCTTCGA CCCGACCCGA CAGTCAAAAC TCTACAAAAG CGGAGACTTA
TGCCGCTATT CACCCGATGG CAACATCGAA TACATCGGAA GAATCGACCA TCAAGTCAAA
ATCCGAGGAT TTAGAATCGA ACTTGGAGAA ATCGAATCCT TACTCAGCAC CCATCCTGAG
ATTCGAGAAA GCGTGGTTAT CCTCAGAGAA CACGAACCTG GCAATAAGAG ATTAGTCGCC
TATCTTGTTT CAAACCTAAT CCCAGAACGC TTACATTATG CTAAACCTTG TCAACTCGAA
ATTAACGGCA GAAGTTACTC AGTCCAAAGC GAAGACTTCT CGGTTGGGGG GATGGGATTA
GCCAAAATTC CGGTTGAATT AGGCATTAAT GACCCTGTAA AAGTCCAGAT TCAGTTACCC
GGACAAGAAA CTCCTAGGTG GCTATCAGGG AAAGTAATCT GGTATCGAGA CAGACATACA
GGAATCGAAT GGACATTAAC TCCACCAGAG AAAAAAATAG TCGAACAAAG CTATCAATTA
CTCAAAGAAG AGTTAGGGAT AATGGCTACC CTACAGCGCA GTTTAAGCCA AGGATTGCGG
CGATATCTCA AAGAAAAGCT ACCTGACTAC ATGATACCCA GTGCCTTTGT CTTGTTAGAA
AAACTCCCTT TAACCCCTAA CGGTAAAATT GATAGAAAAG CTTTACCTGC CCCCGATTGG
TCAGGACGAA GAAACGAAAA AGATTTTGTG ATACCTAGTA GTCCAATAGA AGAGGTTTTA
GCAACAATTT GGCGAGAAAT TCTTAAAGTT GAACAAATCA GTATGAATGA TAATTTCTTT
GAACTAGGAG GGCATTCTTT ATTGGCAACT CAAATTATGT CTAGAATCAG AGATAAATTT
AACATACAAA TGGCTCTGCG TCAAATTTTT GAATCTCCAA CTATTGCAGA ATTAGCTCAA
GTTGTTGAAA CACTACAAAC TCAAGAAGTT GAAATTAAAG TTCCTGCCAT AACTCCTGTT
TCTCGTCAAG TAAGACGAAT CAAACGAGCT AGTTTAGAGT CAAGTTAA
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| Protein sequence | MKNSENSSSN LSLEQKRKLL AQLLQEKLNQ DNASIPLSWG QKALWFLYKI APDSAAYNIA
FSVRIRSVVN VSCLNHACQK LIDRHPILRI KIKEKEGQPV QEIQNNQPVN FQEIDASQWE
WEQLKEQVTI TYKKPFNLEH DPVLRVHLFR CSETDYIFLL TVHHIACDGW SLWLMLDELR
QLYTAEKEDK LISLPPIKSS YHNFVKLQNE KITGETGEKL WHYWHNQLGG ELPVLNLPTD
YPRPPIQTYY GDSYSFKINQ ELTQKLKFLA KTNQTTLFVV LLSAFQILLH RYTRQDDILV
GSPIIARNDA TFNDLVGYLV NTAVLRSNLS GNPTFRSFLG QVKQTVLEAI AYQDYPFSLL
VEKLQPKRDL SYSPLFQAEF VLQTPQKSQE LLSLLTTEEV YKSVNWGELI LETFPIKQQE
GQVDLTLELL NAKECLCGSF KYKTDLFQVD TIERMSGHFQ VLLEGIVNNP QEEIGKLPLL
TEGEKQKILV EWNDTRSDYS QDKCIHQLFE EQVAKTPDAV AVVYEEQQLT YQELNQKANQ
LAHYLHKLGI KPDTLVGICV ERSLEMIIGL LGILKAGGAY VPIDPNYPAE RISHIINDSQ
IHLLLTQKLL RENIPENQAK LILIDCSNSA FLEESTQNLA CQSQTDNLAY VIYTSGSTGK
PKGVLINHAN VTRLFLATQD WYQFNAKDVW TLFHSYAFDF SVWELWGGLF YGGRVVIVPY
FVSRSPEEFY QLLHREQVTV LNQTPSAFQQ LIRVDEKSDY QTKLNLRLVI FGGEALDIPS
LKPWFDKYGD CQPQLVNMYG ITETTVHVTY RPITQADVFS SSSVIGIPIP DLQVYILDQN
LQPVPIGVPG EMCVGGDGVS RGYLNRPELT AEKFILHPFS NHPEERLYRS GDFARYLPNG
DIEYIGRIDH QVKIRGFRIE LGEIESILSI HPDIRESVVI AREDQPGNKR LVAYFVSKLI
PERLHYVKAC QLEIKGKTYP VESEDFSVGG MGLGKIPVEL GINDPVKVQI QLPGQESPSW
LSGKVIWYRD NHGGIEWRLT SQESERVKQS YQLIKEELGV IASLQRSLSQ GLREYLKEKL
PDYMVPSAFV LLEKLPLTPN GKIDRKALPA PDWSNRGQED YIAPQTPNQE ILASIWQNVL
PKEKIGVKDN FFELGGHSLL ATQVISRIRE TFSLDLPIRS VFENPTLEEL AQEIENSQKV
EINPIIPINR AENLTLSFAQ QRLWFLDQLE GENATYNIPG ALKLEGSLKI EALEKSLNQI
IKRHESLRTR FKTVNGEAVQ IIDPEGQINL KMITLESLDE SEKKSQTQSL IKQEAEKPFN
LSQDRLIRAS LIKLGSESHI LLITMHHIIS DGWSMGVFVQ ELTSCYSGYG QGKETQLKPL
SIQYADFAVW QREWLCGENL QKQLNYWKKK LTGLPPLIEL PTDHPRPPIQ SFQGSHISFN
LTREMSEKLK QMSQQTGVTL FMTLLTAFSI LLSRYSRQED IAIGSPIANR NRAEIEPLIG
FFVNTLVMRV NLEDNPTVEE LLKQVRKTCL EAYSHQDVPF EKLVEEVKPE RNMSHSPLFQ
VMFVLQNAPD EELSLPGLTV SPVEIEYNIA KFDLTLSMAE TEKGLAGDWE YNTDLFERKT
IERMIGHFQV LLEGIVNHPQ EKIGQLPLLT EAEKQQILGE WNDTKADYPK EKCIHQLFEE
QVERTPDAVA VVYEDQQLTY LQLNQKANQL AHYLIKFGVK PDTLVGICVE RSLEMVMGLL
GILKAGGAYV PIDPNYPAER IEYMLKDSAV SILLTQERLV KELPETQAQM ICLDNDWLTI
SQENPNNCLS QVNAKNLAYI IYTSGSTGNP KGVMIEHNSL VNFRTTAIEK YQFTVEDRIL
QFSSISFDAA SEEIYPCLTI GATLVLRTQE ILTGGIGLLE QCRKCQLTIL DLPTAFWYQI
VSELSMTKNR FPETLRLIIV GGEAVTTEHI QTWIAWTENT PQLVNSYGPT EATVVSTIWL
LESSEVGLSV PIGRPLANIQ TYILDPNLKP VPIGVAGELH IGGDGLARGY LNRPELTAEK
FIPNPFDPTR QSKLYKSGDL CRYSPDGNIE YIGRIDHQVK IRGFRIELGE IESLLSTHPE
IRESVVILRE HEPGNKRLVA YLVSNLIPER LHYAKPCQLE INGRSYSVQS EDFSVGGMGL
AKIPVELGIN DPVKVQIQLP GQETPRWLSG KVIWYRDRHT GIEWTLTPPE KKIVEQSYQL
LKEELGIMAT LQRSLSQGLR RYLKEKLPDY MIPSAFVLLE KLPLTPNGKI DRKALPAPDW
SGRRNEKDFV IPSSPIEEVL ATIWREILKV EQISMNDNFF ELGGHSLLAT QIMSRIRDKF
NIQMALRQIF ESPTIAELAQ VVETLQTQEV EIKVPAITPV SRQVRRIKRA SLESS
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