| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5872 |
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| Symbol | |
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| ID | 7112859 |
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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 | 304728 |
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| End bp | 309380 |
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| Gene Length | 4653 bp |
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| Protein Length | 1550 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643484142 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002381151 |
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| Protein GI | 218442831 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.00539466 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGTGATC TCTTAAAAAA ACTAAAAAAT CTTTCTCCTG AAAAGCGCCA ATTAGTCTTA
CAAAAATTAA AACAGCAACA AGACAAAAAA TTAAATAATA AGGAAAAGCT AACCCTAATT
CCTAGATCAA CAGAAGAAAG TATTCCTCTC TCTTTTGCTC AAACGCGCCT TTGGTTTGTT
CATCAATTAG AAGGAGCAAG CAGTGCTTAT ACTATAGAGC GAACGCTCCG TTTGCAAGGT
AAACTGAATC TAAAAGCGTT AGAACAAGCG TTTCAGGCTC TTATACAACG CCATGAACCT
CTACGAACTC AGTTTAAAGT TAAAAATAAT CAACCCTTTC AGGCGATCGC CCCTAACCTC
ACCTTCCAAT TACCTGTCAT TAATCTGCAA CATCTGAGCA ACCCTGAGCA AGAAATCTCC
CATTTATTAG CCAAATCTGT CTGTAAACCC TTTGATATTG CTAATGATTC GGTTTTACGA
GTCAAACTCT GGCAAGTAGC AAAGGATGAG TATATCTTGC TCATTGCCAT ACACCATATT
GCGGCGGATG GTTGGTCAAT GGGAATATTA ATCCGTGAAC TAGCCGCTTA CTACCAGAGT
TTTTGCCTGG GTGCAAGTGC AGATTTACCG CCTTTACCGA TTCAATATGC TGATTTTGCC
TACTGGCAGC GTCAATGGTT CACTGGTGAA GTGTTAGAGC GTCAATTGAA TTATTGGAAA
CAGAAATTAG CCGCTATTCC CCTACTGCAC CAATTACCCA GCGATCGCCC TCGCCCCGCA
ACTCAAAGCT TTTCCGGTGG AACGGAACGT TTTCAGTTAG AGCGGGAACT GACTGAACAA
CTTAAAAAAC TGAGTCAGCG CTCGGGTTGT ACTCTATTTA TGACGCTTTT AGGCGCGTTT
GCGGTCTTGT TGTCCCGTTA TAGTGGACAA GATGATATTG TGATTGGCTC ACCGATCGCT
AACCGTAATC GGAATGAAAT TGAAGGGTTA ATCGGCTTTT TTGTCAATAC TTTGGTGTTA
AGGTTTGATC TCTCAAAAAA TCCCAGTTTT GAGGAATTTT TGAGACAGGT CAGAGAAACA
ACTCAAGAGG CTTATGATTA TCAGGATTTA CCTTTTGAGA TGTTGGTGGA AGCATTGCAA
CCTGAACGAA ATTTAGACCG TCATCCCTTA ATACAAATTG TTTTTGCCCT CCAAAATGCC
CCCCAAACAT CGTGGGACTT GCCAGGGGTG AATGTGGAAC AAATTGATAC AGGATTAGGG
TTAGACTCCC TATCCCTTGA TCTAGAGGTT CATCTTTCCG AAGTAGACGG CACTATTGAA
GGTAACATTT GTTATAGCCG CGATCTTTTC GACGGAGAAA CTATTGCCCG TTTGATGACT
CATTTTCGCA ATTTGTTAAC GGCGATCGCC CAAAATCCCC AACAGTCCGT CGCTTTTATT
CCCTTCTTAA CATCCCAAGA GCAACAGCAA TTATTGAAAG AGAGGAATAA TACCCAGAGG
GATTATGGTT GCAATAAATG TATTCATCAA CTGGTAGAAG AACAAGCCGC TCTTAATCCC
GAAGCGATCG CCCTAGTTTT TGAAAATCAA TCTCTCACTT ATAGCCAACT CAACGCTAAA
GCGAACCAAT TAGCTCATTA TTTGCGAGAA TTGGGCATCA AAACCGAAAC TCTAATAGGG
TTATCGGCAG AACGTTCTTT AGATATGATT ATCGCCCTCT TGGGTATTCT CAAAGCCGGC
GCTGCCTATC TTCCCCTTGA TCCAGAGTAT CCCTCGGAAC GTCTTTCTTT GATGCTAGAA
GATAGTCAAG TGTTTCTCGT GCTAACCCAG GCTTCATTAT TAAATAAATT ACCCGATATT
CAAACTCCAA CACTTTTACT AGCAGAAATT TGGCCAAAAA TCGCCTCTTA TAGTCAAGAA
AATTTGACCA AAGTTGTAGA AGCGACTAAT TTAGCCTACG TTATTTATAC ATCAGGTTCA
ACAGGCAAAC CTAAAGGCGT GATGGTCGAG CATCGAGGCG TTTACAACCT TGCTCAAGCT
CAAATTGAAG CCTTTGCCGT AGAAAAGAAC AGTCGTGTTC TCCAGTTTGC CTCTTTTAGT
TTTGATGCTT GCATTTCAGA AATATTGATG GCTTTAGGTT CAGGAGCGAC CCTTTATCTA
GCTTGCAAAG ACGCTATCAT GCCCGGACAG CCTTTAAGGG ATTTTTTGCG GCAACAAAAC
ATTACCCATG TCACCCTGCC CCCATCGGTT TTAAGAGTCT TACCTCTTGA GACTTTACCC
GCATTACAAA GTTTGATAGT AGCAGGTGAA GCTTGTTCTC TCGAACTTAT CAAACAATGG
TCAGGAGAGC AAAACTTTTT TAATGCTTAT GGGCCGACGG AAGCAAGCGT CTGTGCTACG
ATCGCTAAAT GTACCCCTAA TGATACTAAA GTGACGATCG GGCATCCGAT CACTAATGTT
CAGGTTTACA TTTTAGATTC CCATCTCCAA CCCGTACCCA TAGGGGTTAT GGGTGAAATT
TATATCGGTG GGGTAGGAGT TGCTAGAGGT TATTTAAACC GTCCCCAATT AACTCAAGAG
AGATTTATCG CTGATCCTTT CAGTAATCAT CAAGGTAGAC TTTATAAAAC AGGGGATTTA
GGACGTTATT TAGTCGATGG TAAAATTGAA TATTTAGGAC GCATTGACCA TCAGGTAAAA
GTACGCGGTT TCCGGATTGA ATTAGGAGAA ATTGAAGCCA TTCTATTGAA ACATCCTTTA
GTAAAAGAAG CAGTGGTTAT CGCTCGAACT GATTATACAA CCGTTCAGCA TGATCATAAA
CTAAATACTA ATCTTATCGC TTATTTAGTT CCTACCTTTC AAAATCAGGC TTTACCAAAA
CAACTCGACC AAGTCCGGGA ATTTATTCAA GAAAAGCTAC CTAGTTATAT GATTCCCCAA
GAGTTTGTAC TGCTCGATGC TTTACCCTTA ACCTCTAATG GCAAAATAGA CAGGAATAAG
CTACCGACTC CTGATACAAT TACTCGTCAT TTAACGGAGG ATTTTTTAGC GCCAAGTAGT
TTTATTGAAG TCCAGATGGC GGATATTTGG AGTCAGATTT TAGGGATTGA ATCTATCGGA
GTACAGGATA ATTTCTTTAA AATCGGTGGT CATTCTCTTT TAGCAACCCA ATTAGTTAGC
CGTATTCGTG ACAAATTTAA GCTAGATTTA CCCCTAAAAA CTATCTTTGA GTATCCAATT
CTTAAAGATT TAGCCAATTA TTTAAATACT TATTTAGTCG GTAATAAATC TGTAGATTCT
GCAAAAGATC AAGGAATACT ATTAGAAGAT ATTCCCCGTT TGCCAGAGAA TAGCCCTAAA
ATGCTTTCTT TTGCTCAACA AAGGTTATGG ATATTAAACC AATTAAACGG ATCTTCTCCT
ATTTATAATA TGCCGATTGC CTTACAATTA GAAGGTAACT TAAATATTGA GGCGCTCTCT
CAGAGTTTAA CCTATATTGT TGAGCGTCAT AGTAGTTTAC GGATGTATTT TCCTTCGGTT
AACGGTCAAC CTGAAATTAG AATTCATCAG ATAGAAGAAC TTAATATTTT AAGTCAAGAA
GATTTACAAG ATTTAGAGCA AGAAACTCAA TCCGTAACTG TCCAAAAAAT CATTGATTTT
CATGCTTTAG AACCGTTTAA TTTAAAAACA GGGACCCTAT TTAAAGCTAA GTTGTTACAG
CTAAAAGCCA ATAAATTTAT CTTACTAATT AATCTGCACC ATATTATTAG TGATGGCTGG
TCTATGGGGA TATTTATGCA AGAATTAAAC CACACTTATA GTGCTTTTTC CCAAGGTCAA
AAACCGACCC TTCCACCCCT TACCATCCAG TATACTGATT TTGTCGCTTG GCAACGCGAT
CGCCTAGAAA AAGGTATTTT AGAAACCCAA ATCAACTATT GGAAAAACCA ACTTAAAGAT
ATTCCTCCCC TAGATAATTT ATTGAGAAAT AATCAAAAAT ATACCATAGA AAATGATAAA
GGAAATTCTT ATAGTCATAA TCTAAACCCT AAATTAACGG AAAAATTAAA AACCTTAAGC
CAGCAACAAG GAGTTAGTTT ATTTATGATT TTATTAGCCG CTTTTAGCCT TTTCCTTTCC
CGTTATAGTG GACAAGAAGA TATTTGTATT GGTTCTCTGA TCGCTAATCG TACCCATAGT
CAAACTGAAG GGTTAATCGG CTTTTTTATT AACACCTTAG TTCTACGAAG TAAAATCAAT
CCAGAAGAAA ATTTTATTCA ACTACTGCAA CAAACTCGAC AAACTTGTTT AGACGCATAC
TCCAATCAAG AAATTCCCTT TGAATATATT GTACAAGTTT TGCACCCAGA GTGTAATCTA
AGTTATAATC CCTTTTTTAA AGCACTGTTG GTGTTACAAA ATCTTAAAGG GTTAGAGCAG
GAATTTAGGT TACCAGACCT GAATATTCAA CCCTTAGAAC AGAATCATTC GTTTCTCAAA
TTTGACCTAC TGCTTGATAT TTCCGAACAA GAAGATCAAC TACGCTGTGG ATGGGTATGT
GCCCAGAATT TATTTGAAGC AAAAACCCTT CAAGGGATAG CGAATAATTT TGAAATTTTG
TTACAAGAGA TTGTAAATAA ATTCACGGCG TGA
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| Protein sequence | MSDLLKKLKN LSPEKRQLVL QKLKQQQDKK LNNKEKLTLI PRSTEESIPL SFAQTRLWFV
HQLEGASSAY TIERTLRLQG KLNLKALEQA FQALIQRHEP LRTQFKVKNN QPFQAIAPNL
TFQLPVINLQ HLSNPEQEIS HLLAKSVCKP FDIANDSVLR VKLWQVAKDE YILLIAIHHI
AADGWSMGIL IRELAAYYQS FCLGASADLP PLPIQYADFA YWQRQWFTGE VLERQLNYWK
QKLAAIPLLH QLPSDRPRPA TQSFSGGTER FQLERELTEQ LKKLSQRSGC TLFMTLLGAF
AVLLSRYSGQ DDIVIGSPIA NRNRNEIEGL IGFFVNTLVL RFDLSKNPSF EEFLRQVRET
TQEAYDYQDL PFEMLVEALQ PERNLDRHPL IQIVFALQNA PQTSWDLPGV NVEQIDTGLG
LDSLSLDLEV HLSEVDGTIE GNICYSRDLF DGETIARLMT HFRNLLTAIA QNPQQSVAFI
PFLTSQEQQQ LLKERNNTQR DYGCNKCIHQ LVEEQAALNP EAIALVFENQ SLTYSQLNAK
ANQLAHYLRE LGIKTETLIG LSAERSLDMI IALLGILKAG AAYLPLDPEY PSERLSLMLE
DSQVFLVLTQ ASLLNKLPDI QTPTLLLAEI WPKIASYSQE NLTKVVEATN LAYVIYTSGS
TGKPKGVMVE HRGVYNLAQA QIEAFAVEKN SRVLQFASFS FDACISEILM ALGSGATLYL
ACKDAIMPGQ PLRDFLRQQN ITHVTLPPSV LRVLPLETLP ALQSLIVAGE ACSLELIKQW
SGEQNFFNAY GPTEASVCAT IAKCTPNDTK VTIGHPITNV QVYILDSHLQ PVPIGVMGEI
YIGGVGVARG YLNRPQLTQE RFIADPFSNH QGRLYKTGDL GRYLVDGKIE YLGRIDHQVK
VRGFRIELGE IEAILLKHPL VKEAVVIART DYTTVQHDHK LNTNLIAYLV PTFQNQALPK
QLDQVREFIQ EKLPSYMIPQ EFVLLDALPL TSNGKIDRNK LPTPDTITRH LTEDFLAPSS
FIEVQMADIW SQILGIESIG VQDNFFKIGG HSLLATQLVS RIRDKFKLDL PLKTIFEYPI
LKDLANYLNT YLVGNKSVDS AKDQGILLED IPRLPENSPK MLSFAQQRLW ILNQLNGSSP
IYNMPIALQL EGNLNIEALS QSLTYIVERH SSLRMYFPSV NGQPEIRIHQ IEELNILSQE
DLQDLEQETQ SVTVQKIIDF HALEPFNLKT GTLFKAKLLQ LKANKFILLI NLHHIISDGW
SMGIFMQELN HTYSAFSQGQ KPTLPPLTIQ YTDFVAWQRD RLEKGILETQ INYWKNQLKD
IPPLDNLLRN NQKYTIENDK GNSYSHNLNP KLTEKLKTLS QQQGVSLFMI LLAAFSLFLS
RYSGQEDICI GSLIANRTHS QTEGLIGFFI NTLVLRSKIN PEENFIQLLQ QTRQTCLDAY
SNQEIPFEYI VQVLHPECNL SYNPFFKALL VLQNLKGLEQ EFRLPDLNIQ PLEQNHSFLK
FDLLLDISEQ EDQLRCGWVC AQNLFEAKTL QGIANNFEIL LQEIVNKFTA
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