| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5750 |
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| Symbol | |
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| ID | 7112928 |
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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 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011738 |
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| Strand | - |
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| Start bp | 137923 |
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| End bp | 142287 |
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| Gene Length | 4365 bp |
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| Protein Length | 1454 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643484036 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002381045 |
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| Protein GI | 218442725 |
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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
[COG3320] Putative dehydrogenase domain of multifunctional non-ribosomal peptide synthetases and related enzymes |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR01746] thioester reductase 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 | 34 |
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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 | ATGAATAAAA AAACGATTGA AACAATCTAC CCCCTTTCTC CTGTTCAACA GGGTATTCTC
TATCATTCCC TGTCGTCTCC TAATAAAGGA GTTTATATCG TTCAAACCTG CTATCGGTTT
GAGGGTCAAA AGCTTAATCT TGAAGCTTTT AAACAAGCTT GGCAAGAAAT TATTAACCGT
CATCCCGTTT TTAGAACTTC TTTTCATTGG GATCGCTATA AAGAACCTTT TCAAGTTGTT
CATAAACAAG TAACAGTTGT TTGGCAAGAG TATGATTGGA CTCATTTTTC CGCAACTGAA
CAGCAACAGC AACTCACAAA CTTTTTAAGT GCTGATAGTC GCTCTGATTT TAACTTATCT
CAAGCCCCTT TGTTGCGTTT AATTTTAATT GAATTAGATG ACAAAACATA TCAGTTTATT
TGGACAAAAC ACCATTTAAT TTCTGATGGT TGGTCTAATG CAAGAGTGCT AAAAGAATTA
CTTGACATTT ACTTTGCTTT GTGCTATAAA AAACCGTCAC CAGTTAATCG TAGTCGCCCC
TACGGAGATT ATATTGCTTG GCTAGGACAA CAAGACCTTT CCCAAGCTCA ATTATACTGG
CAAAAAATAC TTAAAGGTTT TACAGCACCG ATATCTTTAA AACTTCCTGC TACAAAAGAA
GTTTTTGATT ATGGGGAAAG ATCTCTTAAT TTATCTCAAG AAGAAACAGC TATTTTACAA
ACTTTTGCCC AACACTACAA GCTAACTATT AACACTTTAG TTCAAGGGGC CTGGGCAATC
CTTTTAAGTC GTTATAGTGG AGAAAATGAT GTTGTTTTTG GGGTTACTTC TTCAGGTCGT
CCTCCTAGTT TAGCTGGTTC AGAGTCGATA GTGGGATTAT TAATCAATAC CTTACCTTTA
CGAGTACAAT TCCCTGATGA CGCTGTTGTT ATCTCTTGGT TACAGGATCT TCAATCTCAA
CAAATAGAAC AGCAAGATTA TCAATATAGC CCTTTAAGTG AAGTTCAAAG ATGGAGTGAA
GTCCGGGGCG CTGTGGAACT GTTTGAGAGT ATTTTAGTAT TTGAAAATTA TCCCAAAGAT
GCCAAGGTAA ACGCATGGGG TCAAGATTTG GGGATTACTC AAGTTCGTGC CCAGGAAAAA
CCTCATTATG CTTTTACTCT CAGTGCTAGT CTTGGTTCTA TTTTATCTTT GCAGCTTTTA
TACCATAGCC ATCGCTGTGA TGGGGTTACG GCTACTCAAA TTTTAGGGCA TTTAAAAACT
TTGCTCTTAG GTATGGCAGC TAACCCAGAT CGATCTCTTT CATTATTACC TCTTTTAACG
CCACCTGAAA TAGAACAACT ACAAATATGG AACAACACCC AAGCTCTTTA TCCTCAACAT
CAATGTATTC ATGAGTTATT TGAGGAACAG GTAGAGCGAT CGCCTTTATC GATAGCGGTA
ATTTGGGAAG ATCAGCAACT CACCTATGAA GAACTCAATA ACCGGGCTAA TCAACTCGCT
CATTATCTAA AAAAACGAGG CATTAAACCA GATAGCATTG TTGGGTTATG CCTTGATCGT
TCTTTAGAGA TGATTATTGC CTTATTCGCC ATTCTCAAGG CAGGAGGTGC TTATCTTCCT
CTAGATGTCG CTTTACCTTC ACAACGACTA GCTTTAATTC TAGAACAAGC CGAAATCTCC
CTTTTACTAA CCCAACAGCG ACACCTTAAA CAATTTTCTC AAAACCCTTT AGAAATTTTC
TGTTTAGATA GAGATTGGTC TATAGTCGCT CAAAACTCTA AAAACAATCT TCCTGTTGAG
ACAATCCCCT CTCATTTAGC CTATGTGATT TATACTTCTG GGTCAACGGG AAATCCCAAA
GGCGTGATGA TTGAACATCG GTCGTTAGTT AATCATACCC TAGTGGCAAC GGATCATTAC
TCTATTACAA GTAGCGATCG GGTTTTACAA TTTGCTTCTA TCAGTTTTGA TGCGGCAGCG
GAAGAAATTT TTCCGACTTT AATAACGGGA GCTACTTTAG TCTTGCGAAG TGAGGAAATG
TTACGCACTA TCCCCCATTT TCTACAACAA TGTCAAAATT TAGCCCTCAC CGTTTTAGAT
TTGCCTACTG CCGTCTGGCA TCAACTCACC ACCGAACTCG CAGAAGGATC AAAGTTACCC
TCGTCTGTTC GTTTAGTGAT TATTGGGGGT GAAAGTGCGA ACCCTAAATT TTTGGCTCTC
TGGCAGCAAC AAGTCTCCCC ATCGGTGCGT TTAATGAATA GTTACGGGCC AACTGAAACC
ACGATTGTTG CTACTATTTG CGATTTAACT GATATTGCCC CTAGTGATAT TGTTCCCATC
GGAAAACCCA TCAGTAATGT TCAAGCCTAT GTATTAGATT CTCATCTTAA TCCGGTTCCG
GTTGGGGTGA GTGGGGAACT TTATTTAGGA GGGGTTGGAC TAGCGAGAGG ATACCTTAAT
CAACCGGAGT TAACCGGAGA AAAATTTATT TCTAATCCTT TTGATAAATC GTTAAACTCT
CGCCTTTACA AAACGGGTGA TAAAGCGCGT TATCGTAGGG ATGGATGTTT AGAATATTTA
GGAAGAATCG ATCATCAAGT CAAAGTCAGA GGGTTTCGTA TCGAATTAGG GGAAATTGAA
ACGACTTTAG AGCGATCGCC TTCAGTACAA AAAGCAGTAG TTTTACTCAA GGAAAATCAA
TCCGGTCAAG GAAATTTAAT CGCTTATATT CTGCCTCAAA AAGGTAAATT GATCTTAGAG
GATGAACTAC GCAACTTTTT ACAAAAAAGT TTACCCCATT ATATGATTCC CTCAATTTTT
ATCCCAGTCG ATCAGTTTTC TCTCACGACT AATGGTAAAG TTGACCGTCG CTTACTGCCA
GATCCTAATT TATATCGGCG AACAGAGGTA AAAGCTTATA TTCCACCTCG TACCCCAATT
GAAACTAAAA TGGCTGAAAT TTGGGCTAAT GTATTAAATC TTGAACGAGT TAGTCTTGAA
GATAATTTTT TTGAGTTGGG AGGCCATTCT TTACTGATTA CTCAATTACT GGTTAAAATT
CGCTCAGATT TTGGCTTAGA TTTACCTTTA CGTAGTTTAT TTGAGTCTCC TACTCTAGCT
AAATTATCTG AAAGAATAGA GGTTTTAAAT CAGAGTAAAA ATGTTGAACC TCACTCTCAA
GTTGAACTAG ATCGCCAAAA TTTAATCGCT GATGCTACTC TCGATCTGAC TATTTCTCCT
AATTCTAATC CGTTTATTTT TACCAGCGAT CCTAATTCTA TTTTATTAAC AGGAGCAACT
GGCTTTTTAG GGGCGTTTTT ATTGGCTGAC TTATTGCAGC AAACTCAAGG AAAAATTTAT
TGTTTAGTTC GTTCCCATAG TTCTGATGCA GGGTTACAAA AAATCAAGAA TTCTCTTAAA
TCTTATTTAT TGTGGCAAGA AGACTTTAGC GATCGGATCA TTCCTTTGAA TGGTGATTTG
TCTAAGCCAT TATTAGGGTT TTCTCAAGAA GAATTTGAGC ATTTAGCCAA TCATATTGAT
GTGATTTATC ATAATGGGGC TTGGGTTCAT CATTTTTATC CTTACTCGGT TCTTAAATCT
ACCAATGTAT TAGGAACTGA AGAAATTTTA CGATTAGCAA GCCTTGTTAA AATTAAGCCG
GTTCATTTTA TCTCAACTAT TAGTGTTTTT GGAGGAAATC ACTCATCGGG AGTGAAAATT
ATTCGAGAAC AAGATAGTCT TGATAATACT TATATTCCTA CCAGTGGCTA TGTCCAAAGT
AAATGGGTAG CTGAACAGTT AGTCAGTTTA GCCGGCGATC GCGGCCTTCC CGTCTGTATT
TATCGTCCCG GTCGAATTTC CGGCCATTCT CAAACGGGAA TTTCTAACCC CAATGATTTC
GTTTACCGCT TAATTCTCGG TTGTCTTGAA CTTAAAAAAG CCCCTTCTTT TGATATGTCA
CTTGATCTTG TTCCTGTCGA TTATGTGAGT CAAGGAATTG TCTATCTGTC GAGACAAGAG
AATTCTATCG GTAAAGCCTT TCATTTACTT AACCCTTATC CTTTCTCTTC GAGTCAATTA
ATTGATTGGT TACAAACAAA AAATTATTTT ATTAATCGAG TTTCTGATGA GGAATGGCAA
GCCACATTAG TTAATATTGC TCACAATTAT CCTGAGCATC CTTTATATTC TTTAATTCCA
TTTTTTATGG CTCATAAATC CGAGAAAAAA GCTTTAAATT CAGCTTTAAT TGAGTTTGAT
TGTCACAATA CAATTACACA ATTAGCACAG AAAGGAATTG TTTGCCCTCC CATTACCGAT
CAATTACTAG AGGCTTACTT TTCTTCGTTC GTCACAGGGC TTTAG
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| Protein sequence | MNKKTIETIY PLSPVQQGIL YHSLSSPNKG VYIVQTCYRF EGQKLNLEAF KQAWQEIINR
HPVFRTSFHW DRYKEPFQVV HKQVTVVWQE YDWTHFSATE QQQQLTNFLS ADSRSDFNLS
QAPLLRLILI ELDDKTYQFI WTKHHLISDG WSNARVLKEL LDIYFALCYK KPSPVNRSRP
YGDYIAWLGQ QDLSQAQLYW QKILKGFTAP ISLKLPATKE VFDYGERSLN LSQEETAILQ
TFAQHYKLTI NTLVQGAWAI LLSRYSGEND VVFGVTSSGR PPSLAGSESI VGLLINTLPL
RVQFPDDAVV ISWLQDLQSQ QIEQQDYQYS PLSEVQRWSE VRGAVELFES ILVFENYPKD
AKVNAWGQDL GITQVRAQEK PHYAFTLSAS LGSILSLQLL YHSHRCDGVT ATQILGHLKT
LLLGMAANPD RSLSLLPLLT PPEIEQLQIW NNTQALYPQH QCIHELFEEQ VERSPLSIAV
IWEDQQLTYE ELNNRANQLA HYLKKRGIKP DSIVGLCLDR SLEMIIALFA ILKAGGAYLP
LDVALPSQRL ALILEQAEIS LLLTQQRHLK QFSQNPLEIF CLDRDWSIVA QNSKNNLPVE
TIPSHLAYVI YTSGSTGNPK GVMIEHRSLV NHTLVATDHY SITSSDRVLQ FASISFDAAA
EEIFPTLITG ATLVLRSEEM LRTIPHFLQQ CQNLALTVLD LPTAVWHQLT TELAEGSKLP
SSVRLVIIGG ESANPKFLAL WQQQVSPSVR LMNSYGPTET TIVATICDLT DIAPSDIVPI
GKPISNVQAY VLDSHLNPVP VGVSGELYLG GVGLARGYLN QPELTGEKFI SNPFDKSLNS
RLYKTGDKAR YRRDGCLEYL GRIDHQVKVR GFRIELGEIE TTLERSPSVQ KAVVLLKENQ
SGQGNLIAYI LPQKGKLILE DELRNFLQKS LPHYMIPSIF IPVDQFSLTT NGKVDRRLLP
DPNLYRRTEV KAYIPPRTPI ETKMAEIWAN VLNLERVSLE DNFFELGGHS LLITQLLVKI
RSDFGLDLPL RSLFESPTLA KLSERIEVLN QSKNVEPHSQ VELDRQNLIA DATLDLTISP
NSNPFIFTSD PNSILLTGAT GFLGAFLLAD LLQQTQGKIY CLVRSHSSDA GLQKIKNSLK
SYLLWQEDFS DRIIPLNGDL SKPLLGFSQE EFEHLANHID VIYHNGAWVH HFYPYSVLKS
TNVLGTEEIL RLASLVKIKP VHFISTISVF GGNHSSGVKI IREQDSLDNT YIPTSGYVQS
KWVAEQLVSL AGDRGLPVCI YRPGRISGHS QTGISNPNDF VYRLILGCLE LKKAPSFDMS
LDLVPVDYVS QGIVYLSRQE NSIGKAFHLL NPYPFSSSQL IDWLQTKNYF INRVSDEEWQ
ATLVNIAHNY PEHPLYSLIP FFMAHKSEKK ALNSALIEFD CHNTITQLAQ KGIVCPPITD
QLLEAYFSSF VTGL
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