| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_3030 |
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| Symbol | |
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| ID | 7105437 |
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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 | 3164141 |
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| End bp | 3169753 |
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| Gene Length | 5613 bp |
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| Protein Length | 1870 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643476057 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002373170 |
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| Protein GI | 218247799 |
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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 | 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 | ATGGTTAGTC TTTCTCAACA ATCCTCAGAA AACCATAAAA ATATTGAAGC GATTTATCCC
CTTTCTTCTA TGCAGAAAGG GATGCTGTTT CACTCTCTTT ATGACCCCCA TTCTGGGATT
TATTTTGTTC AATTTAATTT GTGTTTAGAA GGTCAACTCA AGGCTAATTA TTTTCAAAAA
GCTTGGCAAA AAGTTGTTGA TCGCCATAGT ATTTTAAGAA CCTTTTTTGT TTGGGAAAAA
CGAAAAAATC TCCTTCAAGT AGTTCGTAAG CAAGTTGTTT TACCTTGGAC TAATCATGAT
TGGCGATCGC TTTCACCAAC TGAGCAACAA AACCATTTAG AAACTTTGTT AGAAAAGGAC
AGAAAAGAGG GATTTAACCT AAATAAAGCT CCCTTAATGC GCTGTACTTT AATTCAACTA
TCCGATCAAA TTCATCAATT TATTTGGAGT TATCATCATA TCCTTAAAGA TGGTTGGTGT
TCATCGATTA TTGCTGAAGA GGTTTTACAA TTCTATCAAG GGTTTCTGGA TCAAAAACCT
GTATCATTAG ATCCTCCAAT TCCCTATCAA ACCTATATTG ATTGGTTACA AAAACAAGAT
TTGCACAAAG CCGAATTATT TTGGCGTAAC AATCTTCAAG GAATCACTAA TCCAACTTCT
TTAAACCATA ACAGTTTGCT TAAGAAGCAG ACTAAAGAAA ACAATATTTT TCAAGAAAAA
GCCCTTAAAT TATCTACCGA AATAACACAA AAATTACAAA CTTTTTGTCG TCAATATCAT
CTTACTTTAA ATACTATTAC TCAAGGTGTT TGGGCATTAC TCTTAAGTAG ATATTGTGGA
GACTCTGATG TTATTTTTGG TGCTACTGTA TCAGGTCGGC CTCCTGAATT ACCTGGGGTA
GAATCGATGG TAGGACTTTT TATTAATACC CTTCCTGTTC GTGTAAAAAT CCCTAAAGAC
AAAGCGTTAG TTGATTGGTT TAAACAATTA CAAAATCAGC ATTTAGAACG GGAAGCCTAT
GGTTATACTT CTCTTATTGA TATTCAAGGA TGGAGTGAAA TTCCTCGTAA TATTTCGCTT
TTTGAAAGTA TTTTAGTTTT TGAAAATTAT CCCAGTAATG AAACTCTTTT AGAAGAAAAA
GGAAGTTTAA AAATTAGTCA ATTAAAGGGA TTTCAAACAA CTAATTATCC TTTGACAGTA
ACGGCGATGC CAGAGGAAGA ATTTTTAATA GAAATTAGTT ACAATACTCA GTATTTTACT
CATGAAACAA TTACTCAAAT AATTACTCAT TTAGAAACGT TATTTAAAAG TATAGCAAAT
AATCCTTTTC AAGTGATTAA TGAGTTATCT TTATTAACCG ACTCAGAAAA ACATCAGTTA
TTAGTCGAAT GGAATAATAC CCAAGTTGAT TACTCTCAAG ATCAATGTTT ACATCAACTA
TTTGAAGCAC AAGTTATTAG AACGCCTAAT GCTATTGCTA TTGAATTTGA AGGGAACTCA
TTAACTTATT ATGAATTGAA CCAAAAAGCC AATCAATTAG CTAATTATCT ACACAGATTA
GGAGTAAAAG CTGATAGTTT AGTGGGTATT TGCGTTGAGC GATCGCTGAA TATGATAGTG
GGATTATTAG GCATTTTAAA AGCAGGAGGA GCCTATATTC CGATTGATCC AACTTATCCC
AAAGAACGGA TTAATTATAT GCTTGAAGAC TCCAAAGCAA CGATTTTAGT CAGTCAATTA
TCATTAAAGT GTCAATTTGT TAACTATGGT CAAACAATTA TCTATTTAGA AGAAATAAGT
AACAAAAAAC CGACAATAGA AAGGACTCAA ACTAATGTTT CTGCTAACAA TTTAGCCTAC
GTTATTTATA CATCAGGTTC CACAGGAAAG CCCAAAGGAG TACAAATTTG TCATCAAGCA
ATTGTTAACT TTTTAACTTC CATGGCTGAC AAACCAGGAA TTAAGGCTGA AGATGTTTTA
TTATCAGTAA CAACTCTCTC TTTTGATATT GCAGGACTAG AAATCTTTCT TCCTTTAATT
TGTGGGGCAA AAGTTGTTTT AGTCAGTCGA GAAACTGCCA TTGATGGAGT TGCATTAAAG
GAAACAATTG AACAATGTCA ACCGACTATT ATGCAAGCAA CACCGGCCAC TTGGCAGATG
TTAGTTGAAG CGGAATGGCA AGGTAATAAA CAGTTAAAAA TTCTCTGTGG TGGAGAAGCT
TTAAGCCACG CTTTAGCCAA GAAATTACTC GAAAGAACGG CTACCCTTTG GAATATGTAT
GGACCAACAG AAACCACTGT TTGGTCACTG ATTCATCAAG TTAAATCAGC AGAGCATATT
CCCATTGGTC GTCCTATTAA TAATACAACT ATCTATATTT TAGATAGTGA TTTAAACCCT
GTACCGATTG GAGTTCCAGG GGAATTATAT ATTGGGGGTG CAGGGTTAGC AAAAGGATAT
CTTAACCGTC CTGACTTAAC TACCAAAAAA TTCATTGATA ACCCTTTTAA CTCAGAATTG
AAGTTATATA AAACGGGAGA TTTAGCCCGA TATTTAAAGG ATGGAACCGT TGAATTTTTA
GGACGGATTG ATTATCAAGT CAAAATTAGA GGTTTTCGCA TTGAATTAGG AGAAATTGAA
GCCGTTTTAA ATCAACATCC AAGCATACTA AATTCTGTGG TGATAGCCAA ACAAGAAACA
GTAGGAACTC AGCGTTTAGT GGCTTATTAT ACCAGCAGTA TAAATGGCGG TGTTGCTGTT
GAAGAGCTTC GTCAGTTTTT AGGTCAAAAC CTACCTAATT ATATGATTCC TTCAGTATTT
ATTGTATTAG AAGAATTTCC TCTAACTCCC AACGGAAAAA TCAACCGTCT TGCTTTACCT
GAACCCACTC AAATTAACGA AGATAAGACG TTAATTACTC CTCGTACTCC CATTGAACAA
CAATTAGTAA CGATATGGAA AGAGGTTTTA GGGGTTAATG TAGGTATTAA TGATGACTTT
TTTACATTGG GAGGACATTC TCTATTAGCG ACTCAAGTTA TCTCTCGTAT TCGACAACAA
TTTGACCTAG AAATACCCTT GCGATCACTG TTTGAATCCC CTACAATTCT TCAATTAAGT
TCTATCATTG AAGAAAAGAT TAATCAGGCT ATTTCTTCTC CAAAACTTCA AATAACTCAA
GTATCAAGAG ATCAACTTTT ACCCCTATCT TTTGCTCAAC AAAGATTATG GTTTTTAGAT
CAATTAAATC CAGGTAATAG TGATTATAAT ATTGCCACTG CCGTTCAGTT AGAAGGATTA
CTTAATATTC AAGCAGTCGA ACAGAGTATC AATGAAATTG TGCAACGGCA TGAAGGGTTA
CGAACAACCT TTCAACTAAT CAATAATCAA CCCGTTCAAG TTATTGCTTC CCAAGTAACA
ATTCCTTTAG TAAGAATCGA TTTACAATCT CTTTCTTATC CCCAACAAGA GAAGGAAATA
CAGCGTCTTG CTATTGAAGA AGCGAAATTA GGTTTCAAGT TGCAAGAGGG TCCATTACTC
CGTATTAAAT TGCTTCAATT AGAAGCAGAA AAATTTGTTA TTTTATTCAC GATGCACCAT
ATCATTACTG ATGTCTGGTC AATGGGAGTT TTTATTCAAG AGTTTTCAAC ACTTTATCAA
GCTTTTTGTC AAAATCAACC CTCTCCTTTA GCAGAATTGT CGATACAATA TGCTGACTTT
GCTTATTGGC AATACCAATG GTTACAAGGA GAAATTTTAG ATAAACAGTT GACTTACTGG
AAACACCAAT TATCTAATTT ATCTCCCTTA AACTTAAGTA AAATTGAACA AAGAAGTTCT
CTTTTACCTG TTCAAACCTC TTCTAAATTT GCACCTGGAG AACCCCAATC TTTTAATCTT
TCTCAGGCTT TATCTCATCA ACTAAATACC CTGTCTGAGG AAACTGGGGT CACTCTTTTT
ATGGTGCTTT TAGCTGCTTT ACAGATACTG CTATATCGCT ATACTAAGCA AAAAGATTTT
GTAATTGGTA CAGATATTGC TAATCGTAAC TTAGCAGAAA CAGAAGCATT AATTGGATTT
TTTGTTAATA TCTTACTGCT ACGAACAGAC CTATCTGGTA ATCCAACATT TCGAGAATTA
TTAGTTCGAG TTCGGGAAAC AACCTTAGAA GCTTATGCTC ATCAGGACTT ACCTTTTGCC
AAAATAGTTG AAACCTTACA ACCCGAAAGA ACCCTTGACC AAACTCCCTT ATTTCAAGTG
CTATTAGTGT TTCAAAATAC ACCTATTAGT TCCTTGGAAT TACCAGGAAT AACCCTTACT
CCGCTTGATC TTTATGAAGG GGAAGCGAAA TTTGATTTAG TTCTCTTTAT TGAAGAAACT
GACGATGGTA TTGAGGGGAC TTGGAAGTAT AAATCGAATC TGTTCAAAGC AACAACTATT
ACACAATTAT CAACCCATTT TCAGACTTTA CTTAACAGCA TTGTCAATAA TTCAAATTTA
ACCATTGAGG ACTTAGAAAT GAAAACCGAA GCGGAAAAAC ACCAAGAATT TATCCAACAA
TCTCAACGAG AACAGTCAAA ATTGAATAAA TTTAGAAGTC TTAAAAGTAT CAAACCTAAA
ACCGTTAATC TCTCACAAGA AGTGTTCATC AAAACCAGTT TTTTGTACCC TGATAGAACT
CTTCCTTTAG TCATTAAACC TAATTTTAAA GAAATGGATG GGATAGAATG GGCAAAGAAT
AATCAAGTGT TGATTCAAGA AAAGTTACAA CAATATGGGG CAATTTTATT CCGAGGATTT
AATCTAAATC AAGTCTCTGA GTTTGAAGCA TTTACTCAAA GTATTTGTCC TAATTTATTT
GCCAATTATG GAGATTTACC GCGAGAAGGA ATTAGTCATA AAGTGTATGG TTCAACTCCC
TATCCTGCTG ATAAAGCGAT TTTATTTCAT AATGAAAGTT CTCACCTCAA TAGTTGGCCA
CAAAAAATCT GGTTTTTCTG TGTTCAACCG TCTGAAAAAG GAGGAGAAAC CCCAATTGTA
GACTGTCGAA AAGTTTGCCA AAATCTTGAT CCAGAACTGA GGAAACTCTT TAAACAAAAA
CGACTCATGT ATGTTCGTAA TTATATCAAA GATTTTGATG TAAGTTGGCA AGATTTTTTT
CAAACAACTG ATAAAGCTAA AGTTGAAAAT TACTGTCAGC AAAATCAAAT AGAGTGGCAA
TGGTTATCTG ATAATGGATT AAGAACAAAA AAGGTTTGTC CTGCTATTAT TGAGCATCCT
ATCACCAAAG AACTCGTCTT TTTTAATCAA ATTCAATTAC ATCATATTTC TTTTCTAGAT
ACTGATGTTC GTCAATCTTT GTTATCAACC TTTGGGGATG AAGGTTTACC GCGAAATGTT
TACTATGGTG ATGGTTCTCC TATTGAAGAA GATGTTATCA ATAAAATTAC AGCAATTTAT
CAAGAAACTT CTGTTAGTTT TCCTTGGCAA AAAGGAGATG TTCTCATGTT AGATAATATA
CTGATTGCTC ACAGTCGTAA CCCCTATCAA GGCAAGCGAA AGATTGTTGT AGCAATGGGA
GAAATTATGT CTTTGAATCA AATTAGCTAT TAA
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| Protein sequence | MVSLSQQSSE NHKNIEAIYP LSSMQKGMLF HSLYDPHSGI YFVQFNLCLE GQLKANYFQK
AWQKVVDRHS ILRTFFVWEK RKNLLQVVRK QVVLPWTNHD WRSLSPTEQQ NHLETLLEKD
RKEGFNLNKA PLMRCTLIQL SDQIHQFIWS YHHILKDGWC SSIIAEEVLQ FYQGFLDQKP
VSLDPPIPYQ TYIDWLQKQD LHKAELFWRN NLQGITNPTS LNHNSLLKKQ TKENNIFQEK
ALKLSTEITQ KLQTFCRQYH LTLNTITQGV WALLLSRYCG DSDVIFGATV SGRPPELPGV
ESMVGLFINT LPVRVKIPKD KALVDWFKQL QNQHLEREAY GYTSLIDIQG WSEIPRNISL
FESILVFENY PSNETLLEEK GSLKISQLKG FQTTNYPLTV TAMPEEEFLI EISYNTQYFT
HETITQIITH LETLFKSIAN NPFQVINELS LLTDSEKHQL LVEWNNTQVD YSQDQCLHQL
FEAQVIRTPN AIAIEFEGNS LTYYELNQKA NQLANYLHRL GVKADSLVGI CVERSLNMIV
GLLGILKAGG AYIPIDPTYP KERINYMLED SKATILVSQL SLKCQFVNYG QTIIYLEEIS
NKKPTIERTQ TNVSANNLAY VIYTSGSTGK PKGVQICHQA IVNFLTSMAD KPGIKAEDVL
LSVTTLSFDI AGLEIFLPLI CGAKVVLVSR ETAIDGVALK ETIEQCQPTI MQATPATWQM
LVEAEWQGNK QLKILCGGEA LSHALAKKLL ERTATLWNMY GPTETTVWSL IHQVKSAEHI
PIGRPINNTT IYILDSDLNP VPIGVPGELY IGGAGLAKGY LNRPDLTTKK FIDNPFNSEL
KLYKTGDLAR YLKDGTVEFL GRIDYQVKIR GFRIELGEIE AVLNQHPSIL NSVVIAKQET
VGTQRLVAYY TSSINGGVAV EELRQFLGQN LPNYMIPSVF IVLEEFPLTP NGKINRLALP
EPTQINEDKT LITPRTPIEQ QLVTIWKEVL GVNVGINDDF FTLGGHSLLA TQVISRIRQQ
FDLEIPLRSL FESPTILQLS SIIEEKINQA ISSPKLQITQ VSRDQLLPLS FAQQRLWFLD
QLNPGNSDYN IATAVQLEGL LNIQAVEQSI NEIVQRHEGL RTTFQLINNQ PVQVIASQVT
IPLVRIDLQS LSYPQQEKEI QRLAIEEAKL GFKLQEGPLL RIKLLQLEAE KFVILFTMHH
IITDVWSMGV FIQEFSTLYQ AFCQNQPSPL AELSIQYADF AYWQYQWLQG EILDKQLTYW
KHQLSNLSPL NLSKIEQRSS LLPVQTSSKF APGEPQSFNL SQALSHQLNT LSEETGVTLF
MVLLAALQIL LYRYTKQKDF VIGTDIANRN LAETEALIGF FVNILLLRTD LSGNPTFREL
LVRVRETTLE AYAHQDLPFA KIVETLQPER TLDQTPLFQV LLVFQNTPIS SLELPGITLT
PLDLYEGEAK FDLVLFIEET DDGIEGTWKY KSNLFKATTI TQLSTHFQTL LNSIVNNSNL
TIEDLEMKTE AEKHQEFIQQ SQREQSKLNK FRSLKSIKPK TVNLSQEVFI KTSFLYPDRT
LPLVIKPNFK EMDGIEWAKN NQVLIQEKLQ QYGAILFRGF NLNQVSEFEA FTQSICPNLF
ANYGDLPREG ISHKVYGSTP YPADKAILFH NESSHLNSWP QKIWFFCVQP SEKGGETPIV
DCRKVCQNLD PELRKLFKQK RLMYVRNYIK DFDVSWQDFF QTTDKAKVEN YCQQNQIEWQ
WLSDNGLRTK KVCPAIIEHP ITKELVFFNQ IQLHHISFLD TDVRQSLLST FGDEGLPRNV
YYGDGSPIEE DVINKITAIY QETSVSFPWQ KGDVLMLDNI LIAHSRNPYQ GKRKIVVAMG
EIMSLNQISY
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