| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1064 |
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| Symbol | |
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| ID | 7286983 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 878869 |
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| End bp | 881508 |
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| Gene Length | 2640 bp |
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| Protein Length | 879 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643584075 |
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| Product | methyl-accepting chemotaxis sensory transducer with GAF sensor |
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| Protein accession | YP_002481811 |
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| Protein GI | 220906500 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.698769 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.00000570114 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGGCTACCC CAAAGTTACC GCTTGACAAA AAGAATGTTC AGACACCGGC TAACGGGATG
AATTCAACCG CTGCCGATGA CCTCCGCTCG AACGTTGGCA ATCGTACCCT GCCGGATCGC
CTTCCCCTTG CCCCCCAGCA ATCCCCTCTT TCATCTGAGT TTCCGGTTAA CCCTGCCTCC
CAACCGTTGT TTCAGAGCAT ATGGCAAGGG TGGAGTTTAA AAACGAAAGT AGCTCTGGTG
GCGCTGGCGA TTGGTACAGC CCCGGTGCTG ACAGTTGGAG CCCTTTCCCT GACTTTGTCT
GATAAAACGA TTACCCGACA ACAACTGTTC TGGACGCTGT TATGGGGAAC AGGAGGAACC
ATCGCGATCG TCGGTGGATT GGGGCGAACT CTGGCGGATC GAGCAACCCG ACCCATTCTG
TCCGCTACCC AGGCGATCGA AAGCATTGGA CGGGGACAAT TGACGACCCG TTTGAACGTT
AGTGGGACTG ATGAGCTGGC CATACTGGGC AACAATATTA ACCAGATGGC GGGACAGATT
CAGTCTCTCC TGTCTACTCA AACAATCGAA GCGGAACGGG CCCAACGGCT CCGAGATATC
ACTCTGCTAA TGACGAAGTT CAGTACTCCA GAAGATATCC TCAAAACCGC TGTTACCGAA
ATTCGTCAGG TACTGGAGTG CGATCGGGTA CTGGTCTATC AGTTTGATCA AAATTGGGTG
GGCACCATTG TAGAAGAATC GGTTGCAGCC CGTTGGCCCC AGGCCCTCCA TGCCGAGATT
GATGACCCCT GTTTCCGGCA GAACTGGGTA GAGGCTTACA CCAAGGGACG GGTGCAGGTA
ACGCCTGACA TTTACGCTGC TGGGTTAACT GAGTGCCATC TCAAGCAACT CGAACCCTTT
GCTGTCAGAG CTAATCTAGT TGCCCCCATG CTGGTGGAAC AAAAACTGGT TGGCTTACTG
ATTGCCCATC AGTGTTCTGG CCCTCGTACC TGGAAGACCG CCGAAGTTGA TTTCTTCACC
CAGGTCGCCA CGCAAATTGG GCTGGTGTTG GAACGCTCCC TCTACCTGCA ACGCACTGAA
GAGGCTCGGC GGGAGGCCCA ACGGCTGCGA GATATTACCC TGCTGATGTC CCAGTTCAGG
ACCCCTACAG ATATTCTCAA AACCGCTGTG GTGGAAATTC GTCAGGCGCT GGAGTGCGAT
CGGGTATTGG TCTATCAGTT TGACCAGAAT TGGGTGGGCA CCGTTGTAGA AGAATCGGTT
GCAGCCCGCT GGCCCCAGGC CCTCCATGCC GAGATTGATG ACCCCTGTTT CCGACAGGAC
TGGGTAGAGG CTTACACAAA GGGACGGGTA CAGGCTACCC CTGACATTTA CGCCGCTGGG
TTAACTGAGT GCCACCTCAA AGAACTCAAA CCCTTTGCTG TCAGAGCTAA TCTAGTTGCC
CCTATGCTGG TGGAACAAAA ACTAATTGGC TTACTGATTG CCCATCAATG TTCTGGTCCC
CGTGACTGGA AGACCACCGA AGTTGATTTC TTCACTCAGG TTGCTACGCA AATTGGGCTG
GTGTTGGAAC GCTCCCTCTA CCTGCAACGC ACTGAAGAGG CTCGGCGGGA AGCCGAAATT
CTGGCTAAGG AACAACAACA GCAGAAAGAG GAAATTCAGT TCCAGCTCAT CAACCTGCTT
AGTGAGGTCG AAGCAGCTTC CAGTGGTGAC CTCATGGTGC GGGCCGATAT TACGGCTGGC
TCGATCGGCA CGGTGGCAGA CATTTTTAAC TCCCTGATCG AAAGTCTGCG GGATGTGGTG
CTGCAGGTGA AGCAATCCAC GAACAGGGTG AATGAAGAGT TGGGCAGTGA TGAGGCGGCG
ATGCGTACCC TGGCTGACGA CTCTCTACGG CAGGCGAAGA AAATTCAACG GATGCTGGAT
GCCGTGGAAG AAATGTCTCA ATCCATCCAG GCAGTAGCCA GCAGCGCTAA TCAAGCCGCT
ACAGTAGCCC GTCAAGCTTC CGAAACAGCT CAGTCCGGTG GTGAGGTGGT GGATACCACT
GTGCAGAGTA TTCTCCATCT GCGAGACACG ATCGCTGAAA CTGCCAAGAA AGTGAAGCGA
TTGGGCGAAT CTTCCCAACA AATTTCCAAG GTGATCTCGT TGATCAACCA GATTGCCCTG
CAAACCAACC TGCTTGCCAT CAATGCCAGT ATTGAGGCTG CCCGAGCGGG AGAAGAAGGA
CGGGGATTTG CTGTGGTGGC GGAGGAAGTG GGCGAACTGG CGGCCCGATC GGCTGCTGCA
ACAAAGGATA TTGAACAAAT TGTCGAAAGC ATTCAGCGGG AAACGAATGA GGTGGTGAGT
GCCATGGAGA TGGGAACTGC CCAGGTGGTG GAGGGAACCC AGCGGGCCGA AAATGCCAAA
CAAAGTCTCG GTCAGATTGT GCAGGTCTCC CAGCAGATTG ACGAACTGGT GCAATCAATT
TCCCAGGCAA CGGTGGCTCA ATCGAAAACC TCCAGAACAG TCAATATCCT CATGCAGGAA
ATTGCGAAGG TGTCTGAGGC AATGTCCGAT TCCTCCCGTC AGATCTCCAA CTCTTTGCAG
GAAACTGTGA CCGTTGCCCA GCACTTGCAA GCCTCCGTCG ATACCTTCAA AGTCAGCTAA
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| Protein sequence | MATPKLPLDK KNVQTPANGM NSTAADDLRS NVGNRTLPDR LPLAPQQSPL SSEFPVNPAS
QPLFQSIWQG WSLKTKVALV ALAIGTAPVL TVGALSLTLS DKTITRQQLF WTLLWGTGGT
IAIVGGLGRT LADRATRPIL SATQAIESIG RGQLTTRLNV SGTDELAILG NNINQMAGQI
QSLLSTQTIE AERAQRLRDI TLLMTKFSTP EDILKTAVTE IRQVLECDRV LVYQFDQNWV
GTIVEESVAA RWPQALHAEI DDPCFRQNWV EAYTKGRVQV TPDIYAAGLT ECHLKQLEPF
AVRANLVAPM LVEQKLVGLL IAHQCSGPRT WKTAEVDFFT QVATQIGLVL ERSLYLQRTE
EARREAQRLR DITLLMSQFR TPTDILKTAV VEIRQALECD RVLVYQFDQN WVGTVVEESV
AARWPQALHA EIDDPCFRQD WVEAYTKGRV QATPDIYAAG LTECHLKELK PFAVRANLVA
PMLVEQKLIG LLIAHQCSGP RDWKTTEVDF FTQVATQIGL VLERSLYLQR TEEARREAEI
LAKEQQQQKE EIQFQLINLL SEVEAASSGD LMVRADITAG SIGTVADIFN SLIESLRDVV
LQVKQSTNRV NEELGSDEAA MRTLADDSLR QAKKIQRMLD AVEEMSQSIQ AVASSANQAA
TVARQASETA QSGGEVVDTT VQSILHLRDT IAETAKKVKR LGESSQQISK VISLINQIAL
QTNLLAINAS IEAARAGEEG RGFAVVAEEV GELAARSAAA TKDIEQIVES IQRETNEVVS
AMEMGTAQVV EGTQRAENAK QSLGQIVQVS QQIDELVQSI SQATVAQSKT SRTVNILMQE
IAKVSEAMSD SSRQISNSLQ ETVTVAQHLQ ASVDTFKVS
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