| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4549 |
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| Symbol | |
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| ID | 7108299 |
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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_011729 |
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| Strand | + |
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| Start bp | 5026644 |
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| End bp | 5029826 |
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| Gene Length | 3183 bp |
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| Protein Length | 1060 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643482767 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_002379780 |
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| Protein GI | 218441451 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5002] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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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 | 61 |
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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 | ATGGCAAAAC TAGACTTATT CCGAACTCAA TTCCAAATCT TGACCCATCA AGCAGAAAGA
TTAAAAAACA AATTATGGAA TTTTGGATTT GGGTTAGCCT TATTGTTATT ATTAGGGGCA
GCAATTGGAT TTTATCTAGC CATTTCTCAA TTGAAAAAAG AACAACACTG TGTTGAACAT
ACCTATAAAG TAATTGAACA AATTGATAAT ATTTTATTTG AGATCAATAA TGCAGAACGG
GGACGAAGAG GATATATTCT TACTCAAGAT TCTATCTATC TAAAAACTTA TGAATACGGC
ATTAAGCAAA CTCAAAAAGC CGTTGATAAT TTACAAAGAT TAACGGTTAA TTCGCCTCAA
CAACAGGAGA ATCTTAAAAC TCTAAAAAGC TTAATCCAAC AGCGTTTACT CCTCTCTCAA
CAATCTTTAA ATTTATTGAA AGAACAATCT TTAGACAAGT TGATTCAAAT TCAGTTGACC
CATAGAGGAA AAAGTCTTCA AGATCAAATA GATATTTTAT TAGATAAAAT GGAACGCTCA
GAGCGACAAG TCCTATGGCA GCGACAACAA ATGACCTCAA ATAGAATTTA TCAAATAACT
TTTATAGTTG GAGTTGGCTA CTTTTTAAGT TTTAGTCTTT TATTAATTAT TTATCGTCAG
CTTAAACAAG AAATTCACCA TCGTCAAAAA GCCGAACAAA ATTTATCTCA AATTAATGAA
CAATTAGAAA CCCGCATTGA AAACCGAACT TTGGAGTTAA CCCAATTAAA TATTATTCTC
AAAAATGAAA TAGAAGAACG CAAACAGCTA GAACACTTAT TACGAGAAAG TGAAGAACGG
TTTCGTCAAG CTATTTTTGA AGCTCCTTTA CCGATTATAA TCCATGCAGA AGACGGAGAA
ATTTTGCAGA TTAACTGGGC TTGGTCAGAA ATTTCCGGTT ATCAACCCGA ACAAATTCCC
ACCCTTTCCG CTTGGACTGA AAAAGTTTAT GGAGAAAATC ATCAAGTCAT TCGGGCATAT
ATTCGCCAAT TGTTCCAGTT AAATCAAAGA GTAGCAGAAG GAGAATTTAC TTTAACGAAT
CGTCAAGGGA AAACCCTCAT TTGGGATTTT TACTCTGCTC CCTTAAAAAC TCTCTTCGAT
GGGCGCAAAG TCAGAATTAC CATGGCCTTA GATGTCACCC AACGTAAACA AGCTGAATTA
GCCCTCTATG CGAGTGAACG CCGCTACTCA ACTTTATCAG AATTAGCTCC TGTGGGAATT
TTTCGGAGTG ATTCTCAAGG CAATTGTATT TATGTCAATC AAAAATGGTG TCAGATCACG
GGTTTAACCC CAGAACAAGC TTTAGGAACG GGTTGGATTT CTAGTTTACA TCCCGAAGAT
CGTCAGAGGG TAATTACTCA GTGGAATTAC TGTCTATCTC ATCAGACCCT CTTTTCCTCA
GAATATCGCT TTCAAGATCT ACAGGGCGAA ATTACTTGGG TCGTGGGACA AGCGATCGCA
GAAACCACCC CTAAAGGAGA AATTATTGGT TATATTGGCA CACTTACCGA TATTACCGCC
CGAAAACACA CTGAACAAGC ACTCTCAACC GCTAAAGCTG AACTAGAAAT AAGAGTCGAA
GAACGTACCG CAGAACTAAA AGACTCTAAT GAAAAACTAC AACAAGAACT AGCAGAAAAA
CAAAAAACCC AAATTATTCT TGCTGAACAA GCGCAACTAT TAGATTTAGC CCATGATGTA
ATTATGAGTC GTGATTTAAA GGGTATGATT TTATTTTGGA ATCAAGGGGC AGAAAAAGTC
TATGGATTTT CTAAAACAGA AGCGTTAGGG CACAATAGTC ATGCTTTATT AAAAACTCAA
TTTCCTGAAC CAATAAAGAC TATTTTTACT CGTTTATTTG CTGATAACTA TTGGGAAGGA
GAACTCATTC AACACAAGCG AGACGGCCAA AAAATTATTG TTGCTAGTCG TTGGGTACTA
CAACGGGATC AAAGGGGAAA ACCAAGCAAA ATTTTAGAAA TTAATAATGA TATTACCGCC
AGAAAACAAG CAGAAGAAGC CCTACAACAA AATGAAGCTA AGTTTCGGTC TTTATGTGAA
TCTTCCCCAA TTGGTATCTT TTTAACCGAT ACTCAAGGAC AAATTTTATA TACCAATCCA
CGCTATCTAG AAATTGCCGG AGCAAATGCA AAAGATGTTT TAGGAGAAGG GTGGAAACAA
TTTATTCATC CAGAAGATCA TGAAACCATT ATCTCTGATT GGAGTGCTAA TTTAGGACAA
CAACAGAATA GTTTTTATCC TGAAATTCGA TTTCATCACA AAAATGGCCC TATTCGCTAT
GGCAACATTT ACACCTCGGC GATTTTTACC GAAAATGGTC AATTAACGGG TTTTGTCGGC
ACAGTAGAAG ATATTACAGA ACGTCGTCAG ATAGAACAGA TGAAAAAAGA TTTTATTTCT
GTTGTCAGTC ATGAATTAAG GACTCCATTA ACCGCAATTC ATGGATCATT AGGGTTATTA
GCCGCCGGAG TTTATGACAA TAAACCCGAA AAAGGGAAAA AAATGATCCA CATTGCAGCC
ACTCAAACCG ATCGCTTAGT GAGGTTAGTC AATGATATTT TGGATTTAGG GCGTTTAGAA
TCTGGTAATC TTCAGCTTGT CATGAAATCA TGTCAGACGG CGACTTTGAT GCAGCAAGCG
GTAGAAGTGA TGCGGCCTAA AGCAGAAGAA AACCAAGTTA CCTTATCGGT TATCCCTCTT
GATGTTTTCG TCTGGGCTGA TTTTGATGCC ATTATTCAAA CTCTGACCAA TTTATTAAGC
AATGCCATCA AATTTTCTCC CCCCAATAGC ACCATTGTCG TTAAAGCAGA ATTGATGAGC
ATAGATGATA ATATAAAAGT ATGGCAGAAA AAAACACCTT CTTTGGCCTT ACTTCCTAGC
CCTTATGTTC TTTTTCAAGT TCAAGATCAA GGACGAGGGA TTCCAGTTGA TAAATTATCA
CTCATTTTTG AAAAATTTCA ACAAATTGAT ACCTCTGATT CCAGAGAAAA AGGAGGAACA
GGATTAGGAT TAGCTATCTG TCGCACTATT ATTGAACAAC ATAAAGGGCA AATTTGGGCA
GAAAGTGTAT TAGGAAAAGG AAGTATATTT TACTTTACCT TACCTGTACC ACCTGATTGT
TAA
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| Protein sequence | MAKLDLFRTQ FQILTHQAER LKNKLWNFGF GLALLLLLGA AIGFYLAISQ LKKEQHCVEH
TYKVIEQIDN ILFEINNAER GRRGYILTQD SIYLKTYEYG IKQTQKAVDN LQRLTVNSPQ
QQENLKTLKS LIQQRLLLSQ QSLNLLKEQS LDKLIQIQLT HRGKSLQDQI DILLDKMERS
ERQVLWQRQQ MTSNRIYQIT FIVGVGYFLS FSLLLIIYRQ LKQEIHHRQK AEQNLSQINE
QLETRIENRT LELTQLNIIL KNEIEERKQL EHLLRESEER FRQAIFEAPL PIIIHAEDGE
ILQINWAWSE ISGYQPEQIP TLSAWTEKVY GENHQVIRAY IRQLFQLNQR VAEGEFTLTN
RQGKTLIWDF YSAPLKTLFD GRKVRITMAL DVTQRKQAEL ALYASERRYS TLSELAPVGI
FRSDSQGNCI YVNQKWCQIT GLTPEQALGT GWISSLHPED RQRVITQWNY CLSHQTLFSS
EYRFQDLQGE ITWVVGQAIA ETTPKGEIIG YIGTLTDITA RKHTEQALST AKAELEIRVE
ERTAELKDSN EKLQQELAEK QKTQIILAEQ AQLLDLAHDV IMSRDLKGMI LFWNQGAEKV
YGFSKTEALG HNSHALLKTQ FPEPIKTIFT RLFADNYWEG ELIQHKRDGQ KIIVASRWVL
QRDQRGKPSK ILEINNDITA RKQAEEALQQ NEAKFRSLCE SSPIGIFLTD TQGQILYTNP
RYLEIAGANA KDVLGEGWKQ FIHPEDHETI ISDWSANLGQ QQNSFYPEIR FHHKNGPIRY
GNIYTSAIFT ENGQLTGFVG TVEDITERRQ IEQMKKDFIS VVSHELRTPL TAIHGSLGLL
AAGVYDNKPE KGKKMIHIAA TQTDRLVRLV NDILDLGRLE SGNLQLVMKS CQTATLMQQA
VEVMRPKAEE NQVTLSVIPL DVFVWADFDA IIQTLTNLLS NAIKFSPPNS TIVVKAELMS
IDDNIKVWQK KTPSLALLPS PYVLFQVQDQ GRGIPVDKLS LIFEKFQQID TSDSREKGGT
GLGLAICRTI IEQHKGQIWA ESVLGKGSIF YFTLPVPPDC
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