| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_4287 |
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| Symbol | |
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| ID | 7103829 |
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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 | 4504937 |
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| End bp | 4507501 |
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| Gene Length | 2565 bp |
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| Protein Length | 854 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 643477267 |
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| Product | methyl-accepting chemotaxis sensory transducer |
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| Protein accession | YP_002374366 |
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| Protein GI | 218248995 |
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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 | 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 | ATGTTAGATT TTTTGCCTTC TTCCTCTAGC GAATCTCGCA ATAGTAAACC GATGAACTCA
TCTGATGAAA CTAAAGATAA TGAAGCATTA CAGAAAATTC TTTGCGCCAC TACCTTAGAA
AAATCGGGGG ATTTAGTCGG AGCGATCGCC CTTTATCAAG AAGTCATTGA AACCGATGAA
CAAGGAACCT ATAGAGCCAT TGCCCAGCAA GCCTTAGCAG TCCTCAATAT CCAAGATAAT
TCAGAGAAAA AAACCTCAGA TTTATTAATC GAACCTAGAC CAGAAATATC GGCACAACCT
TTACCCTTTC TACCTTGGCA CCAACAACTC CTAAAACAGT TTTATGATTT GCCTATTCAA
ACCAAACAAT TTGCGGTTTT ATTAACCTCA GAAGTCGTGG CTATTTTGGG ATTAGTGGGA
GTAGGAGCTA CCTTAATTAT TACCAATGGT CAAGCGCAAT TGCTCAACCA AGCTAAAGCT
GAATTGAAAG TAGCAGAACT GAACTACAAT ATTAAAATTG ATCAAATGCA ATTAGGCTTT
CGTAGCCAAG CTGATAATAC GGCAATTATT GCAGCAGCAG AAACCAGTCA AGCGAATGGA
ACAGTTTTAG GAATTTTAGC CAATGAAATT GCCAAAAATA AAATTGAAAT TGCCATTTTA
GTCAACGCTC AAGGAAAAAC CGTTGCCACT GGAAATATTA AAGTTGTTCC CCGTCCATTT
GATCCCCACG GATTAGTAAC ACAAGCCTTA AAATCAGGTA AACATAGTCA AATTAGTGAA
CTAATTACCT ATGATGAATT AGCTAAAGAA AATTCCCTAA TCGCCCAACT GCGAGCCGAT
GATATGGGGG TAAGTCCGGC AAGCAAACCT AACTTTTTAA TTCGCTATAC GATTACTCCC
ATTCGCAACG GAAAAGCAGC TATTGTAGGG GCACTAATTT CTGGAGATAT TGTTAAACTT
CCCATTGTTA AAGATACCGT TGAAGCGTTT AACAGTGGTT ATAGTGCCAT TTATCTCCAC
GACCCCACCA CAGGAAAATT TACCCTAGCT ACCTCGCAAA AGCAGGTAGA AAACGGGAAA
ATTAAGAAAA ACGTCCCCTT ATCTAACACC AATATTTTAA AACAAGCGAT CGCGGCTAAA
GGAGAAACCG TCACAGGGAT CGGACAAATT GGCTATCGTT CGAGTATGAT GGCTGCAAAA
ACTCTATTTA ACGCCTCTGG AGCTCCCATC GCCGTCTTAG TGAGGGGAAC CTCTCATCGC
GCCTTAGATA CGCTCATTTC CCAAAGTTTA GCCCTACAAG GAATCAGTGC GGTGGTGGTC
TTAGTAATCA GTGTGGCCTT AGTCAGATTA TTAGGACGGG CTATCCTCAA ACCGCTAGAA
CAATTAATGA AAGTGACTAA CGAATTTTCT GCGGGCAACC GCGAGGTAAG AGCGCAGAAA
TTCGCTAATG ATGAAATGGG GGAATTAGCC ACCAATTTTA ACTATATGGC CGATAGTATT
GTGGCCAAAG AACAAAAATT AGCTCAATAC GCTGAACAAC AGGCAGCCGA AGCCGAAAAA
CAGCGACAGG CGAAGGAAAA TCTGCAACAA GAAGTGATCG AAATGCTGCT CGATATCGAA
GAAGTCCAAA AAGGCGATTT AACGGTTAAA GCGCAGGTTA ATGAAGGGGT CGTTGGGTCT
GTGGCCGATG CCTTTAACAC GACTACTTCA GCCTTGCGAC AACTGGTTTT GCAGGTACAA
CAGGTATCTA ACCGCGTTAG TGAATTAGCT CTACAAGAAC AAACCTCCAT TAGTAATCTC
TCTGAAGGAG CCATCAGTCA GGCTGAGGAA ATTAATCAAG TCTTGCAGGG AGTCGCCGAA
ATTAATACCT CTATCCAAAG TGTTGCCCTT TCCACCGATG AAGCCGCGAA AATCGCCCAC
CAAGCCCTAA AACAAGCCCA AGAAGGCGAT AAAGCCATGG TTCAGACGGT GAATAGCATT
CAAAAAATTC GCTCATCCGT TGGGGGAACG GCTAAAAAGC TCAAACAACT GGCGGAGTCT
TCCCAAGAAA TCTCCCAAAT TGTCACAATT ATCTCCTCTA TTTCGCAAAA AACTAACTTA
TTAGCCTTTA ATGCCTCTAT TGAAGCTTCC CGCGCGGGGG AACATGGTAA AGGCTTCCGA
GTGGTTGCTG AAGAAGTGGG ACGCTTAGCC ATTAAAGTGA CGGATGCTAC TAAGGATATT
CAAGAATTGG TAGAAACCAT CCAAGAAGAC ACCGCCAAAG TGTTACAGGA AATGGAAAAT
AGCACTAGCG AAGTCGTGAC CGGAACTCAA CTCGTACGAC AAACCCAGGA AATTCTCCAA
GGGTTAGCGG ACACTAGCCA AGAAATTGAT CAATATTTAC AAGAGATTAC CGTCAATACC
ACCGCCCAAA CCCACGCCTC GGATCAAATT AACCAAAAAA TAGCGGGAGT CGCTACGATT
TCTCAAGAAA CTTCCTCAGA AGCAACTTTA ATGGTTCAAT CGCTCCAAAC CTTAGTTGAG
CAAGTCAAAG CTCTCCAAAT TTCCGTTTCT CAGTTCCGCT TGTAA
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| Protein sequence | MLDFLPSSSS ESRNSKPMNS SDETKDNEAL QKILCATTLE KSGDLVGAIA LYQEVIETDE
QGTYRAIAQQ ALAVLNIQDN SEKKTSDLLI EPRPEISAQP LPFLPWHQQL LKQFYDLPIQ
TKQFAVLLTS EVVAILGLVG VGATLIITNG QAQLLNQAKA ELKVAELNYN IKIDQMQLGF
RSQADNTAII AAAETSQANG TVLGILANEI AKNKIEIAIL VNAQGKTVAT GNIKVVPRPF
DPHGLVTQAL KSGKHSQISE LITYDELAKE NSLIAQLRAD DMGVSPASKP NFLIRYTITP
IRNGKAAIVG ALISGDIVKL PIVKDTVEAF NSGYSAIYLH DPTTGKFTLA TSQKQVENGK
IKKNVPLSNT NILKQAIAAK GETVTGIGQI GYRSSMMAAK TLFNASGAPI AVLVRGTSHR
ALDTLISQSL ALQGISAVVV LVISVALVRL LGRAILKPLE QLMKVTNEFS AGNREVRAQK
FANDEMGELA TNFNYMADSI VAKEQKLAQY AEQQAAEAEK QRQAKENLQQ EVIEMLLDIE
EVQKGDLTVK AQVNEGVVGS VADAFNTTTS ALRQLVLQVQ QVSNRVSELA LQEQTSISNL
SEGAISQAEE INQVLQGVAE INTSIQSVAL STDEAAKIAH QALKQAQEGD KAMVQTVNSI
QKIRSSVGGT AKKLKQLAES SQEISQIVTI ISSISQKTNL LAFNASIEAS RAGEHGKGFR
VVAEEVGRLA IKVTDATKDI QELVETIQED TAKVLQEMEN STSEVVTGTQ LVRQTQEILQ
GLADTSQEID QYLQEITVNT TAQTHASDQI NQKIAGVATI SQETSSEATL MVQSLQTLVE
QVKALQISVS QFRL
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