| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4055 |
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| Symbol | |
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| ID | 8393406 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | - |
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| Start bp | 4172309 |
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| End bp | 4177654 |
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| Gene Length | 5346 bp |
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| Protein Length | 1781 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644981974 |
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| Product | methyl-accepting chemotaxis sensory transducer with GAF sensor |
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| Protein accession | YP_003139687 |
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| Protein GI | 257061799 |
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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 | 7 |
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| Plasmid unclonability p-value | 1 |
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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 | 17 |
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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 | ATGACTTTAG ACCAACAAAC CCAACCAACA GCCGTCAACA TTTGGGACAA ATCTCAAGCA
GGTGAGAAAC ATCCAGAACT TGAAGAAATC ACCAAAGCAG TCACGGCGAT TCAATCACAA
TTAGCAGAAG AAGGAAAACT AGAAGACCCC TTGCTTAAGC AACAGCTAGA AACCTTAGAA
AAGTTTGCTA AGCAACTCCC AGAACTCTCC CTGAAGCTGT TTAAAATTGA GCGCGATCGC
ATCGTCAGAA TGTGTCAGAA TATCCGCGAA GCTAAGAACA TAGAAGAGCT TTTTTGCAAC
ACCGTCACCA CCATCCGCCA AGACTTACCG GCCACCCGTG TCCTAATCTA TCGCTTTGAT
AATCAGACAA ACGGGAAAGT TATTGCCGAA TCAGTCGTAT CTGGGTGGAC TCCTGCGATG
AATGAACCTC TTCCGGTTTG CGTATTCGGA GCCCATCAAG CCAAAGATTA TGTTGAAGAT
CCCCACGGGG TCATTATTAG TAATATTGAA GCACAACAAT TAACCCCCTA TCAACGCCAA
CTCTTAGACA AATTTCAAGT AAAAAGTAGC ATCGCTCAAC CGATTCTCCT AGAAGGGGAA
ATTTGGGGGT TATTAGTCGT TCAACACTGC GAACAAGCCT ATCAGTGGCA AGAAACCGAT
ATCAGTCTCA TTCACCATAT TACCATTGAA TTGACCCTAG CTCTACAACC CAAAGAATTA
CGGCGGCAAC TTGAACAACA ATTAGAACGG GAGAAATTAC TCGACAAAAT TGTTCAAAAG
ATTCAACAAA GTCAAGATAT TGACGAGATT TTTAAGACAA CCACCAACGA AATTCGCTAC
CTATTAAAAG CGGATCGTGC TGTGATCTAT CAGTTTAATT CTGATTGGAC AGGACAACCC
GTAGCCGAAT CAGTCGGGAG TGGTTGGAAT TCCCTGTTTA TCGAACAAAC CAACGACCCA
ATATTACAAA GTAATCGCAC CAATAGCGAT CGCTGTATCT TAAGAAAATG GGCACAAGGG
GATATTGTGG GTACCGATAC CTATTTTCAA AGTACGGCTG GAGGAAAATA TAATCGAGGT
CAAAAAGTGA GTGTGGTTAA TGATGTGTAT GCCGCTAATT TTCCCACTTG TTATATTGAA
TCATTAGAAA AATATCAAGC CACAGCTTAT ATTATTGTTC CTATTTTTCA AAATCAAAAA
CTCTGGGGAT TACTAGGCTG TTATAACAAT ACAGGACTGC GAAATTGGCA AGATCTCGAA
ACTAAATTAA TGATAGAAAT GGGCAATCAA TTGGCGGTTG CTATCAAACA AGCGCAGTAT
GTAGAAGATC TCAAACGTCA ATCCCAAGAA CAAGCCGAAG CCGCCGAACG AGAAAAAACC
AAAGCCACGA TTATTAAAAA AATTCGTCAG TCCCATGAGA TTGAAAATAT CTTTAAAACT
ACCGTCCAAG AAGTGCGTCA AATGCTCAAA GCCGATCGCG CCGTTATCTA CGAATTTAAC
TCCGATTGGA CGGGACAAGC CGTAGCAGAA GCCGTCGGCA GTGGGTGGAT TTCCCTCTTA
GTGGAACAAA CGAATGAGGA AGTCTTGCAA AGCGATCGCA CCAACAATGA ACGCTGTATT
CTACGCAAAT GGTATCACGG CGATCTCGTA GAAATTGACA CCTTTTTCCA ACAAACTCAA
GGAGGGCGTT TTAGATATCC AAACCAGCAA AAATTTACGG CAATTAATGA TATATATGCG
ACTGATTTTC CGTCTTGTTA TATTGAATCA TTAGAAAAAT ATCAAGCCAA AGCCTATATT
ATTGTCCCCA TCTTTAAAGA TGAACAACTC TGGGGGTTAT TGGGCTGTTA TCAGAATACA
GGAACTCGAA ACTGGCAAGA ATCGGAAATT CAATTAATGC TCGATATTTC CGATCAGTTA
GGGATAGCCA TTAAACAAGC CCATTATGTC GAAGAACTGA AACGGCAATC CGAAGAACAA
GCCGAAGCAA CCAAACGGGA GAGAACCAAA GCAACGATTA TTAAAAAGAT CCGCCACTCC
CAAGACATGG ATACTATTTT TAAAGTTGCC GTTCAAGAAA TCCGAAAAGT CCTCAAAGCC
GATCGCACCT TGATTTATCA GTTTAACACC GATTGGACAG GCAGCGTCGT CGCGGAATCC
GTTGGGAGTG GGTGGGTATC GCTGTTAGTC GAACAAACCA ACGACCGGAT TTTGAGTGGC
GATCGCGTGG CCACCGAACG CTGTATCCTA CGAAAATGGA GTCAAGGGGA TCTCCTCGAA
CCCGATACCT ATTTTGAGTC CACTGGGGGA GGCAAATATT CCCAAGGAGA AACCGTCACG
GCCGTTAATG ATGTTTACGC CATGGACTTC CCTGAGTGTT ACATCGAATC CCTCGAAAAA
TACCAAGCCA AAGCTTATAT TATCGTTCCT ATCTTCCAAG GTCGCAAACT CTGGGGATTA
ATGGGCTGTT ATCAAAATTC CGGTCCACGG ACTTGGCAAA ACCCAGAAAT CGACCTTCTC
CAACAAATCA GTTCTCCCCT AGGAATGGCT ATTCAGCAGG GAGAATTTGT TGCTCAATTG
CAATATCAAG CGCAACAAGC AGGAGCAACG AATAAAATCA TCAATCAGAT CCGTAAATCC
CTAGATTTAA GCGAAGTTTT CCGCATTACC ACCCAAGAAA TCCGTAATCT ATTGCAAGCT
GATCGCACCG TCGTCTATCG CTTTAATGCT GATTGGAGTG GAGAAGTCAT TGCCGAGTCT
GTCAATCCTC AATGGGTGTC CGTGATGGAA CTTCAGCAAA TGGATCAACA ACTCTATCGT
ACTATCACGA CTAACGATGA GCGGTGTACC CTGAAAAAAC TCTCCAGTAC CGACCCCACC
TTTGATATTG ACACCTATCT ACAAGAAACC AAAGGCGGCA GTTATACCAA GGGTAAAAAA
ATCACCATCG TCAATGATAT CTATAAAGCA GGATTTAGCC CCTGTTATAT CGAGTTTCTG
GAAAAATATC AAGCCAAAGC CTATATTATT ATCCCTATTT TCCGTAATGA GGACTTCTGG
GGATTATTGG CCGTTTATCA CAATTCTAAC CCCAGAAAGT GGCAAGATTG GGAAGTTGAA
TTGATGCTCA AAATTGCGCC CCAACTGAGT ATTGCTGTCC AACAGGCCCA ATATATTCAA
CAACTGCAAG ATCAATCCCA AGAACTAGAA ACCGTGGCCA ACCGAGAACG GGGACTAGCC
AGATTAGCCG AAAAACTCCA ACGGACTCGT TCTTTAGAGA CAATCTTACA ATTAGCGACA
CGAGAATCGA GAAAACTCCT AGGGGTTGAG CGAATAGGAA TTACCCGTTT CAACCGCGAC
GGACAAAGCC AATTTGTAGC AGAATCAGCC GTCGGGGGAA GCATGAAGTC TTTAGTAGGG
AATACTTTCA CCGAAGACTC CTTCTTACTA GAAATGTCTA ACGATATTGA ACCGCACAAA
AAATGTGTAG TCATTGATGA TGTTTATCAA GGGGAATTTG AAGACTCCTA TTTGGAACAA
TTAGAACAAT TTGAGATTAA AGCCTATATC AGGGCTCCCA TTTTTGTGGG TCAAAAACTG
TGGGGATTAA TCGGTGCATA TCAGCATTCT GGGGCAAGAG TTTGGGAAAA GGCTGAAGTG
AATATCCTTA AACAAATTGG TCAGCAAATT GGCTCAGTAC TCCAAGAAAT CGCCTATCTT
AAACAAGTTC GCAGTCAATC AGAAAATTTA GCCAAAGCGG CAGAAAGAGA AACCAACTTT
ATCCGATTAT TGGCGAAAAT TAACCAAAAA ATCATCGAAC AGAGTCAAGA ACAACTAAAA
CTCGATAGTT TATTCCGCAC CAGTTCCCAA GAACTGCGAA AAATCCTCAA AGCCGACCGT
GTGGCGGTAT TACAATTTAA TATCGACTGG AGTGGGGAAT TTATTGCAGA AGACGTAGGA
AGTGGTTATC TGAAATTAGT AGGAACCGAA CAAGCTTATC TGCGTGATCC CGATATTCAG
GAAAACCGAG GAGGACGCTA TCGCAAAAAT GACAACCTAG TGGTGGAAGA CATCGAAAAA
GCCGATTTAT CGGCATTTGA GCGCGAATTT CTCGAAGAAT TGGGAGCAAA AGCCTGTTTA
GTGACCCCGA TCTTTAAAGG GGAGCAACTG TGGGGGTTAC TGGCCACTTA TCAGAACGAT
CGCACCCGTG CTTGGGAAGA AGGGGAAATT AACCTCTTAG TGCAAGCGAG TGTCCAGTTA
GGGGTCGCTA TCCAACAACG GGAATACCTC AAAAAAGTCG AAGATCAGTC CCAACAATTG
GCAGAAACCG TTAAACGGGA AAAAGGAGCG AAAGAAGAAC TCCAAAAACG GGTTATTGAC
TTACTCAGTA GCGTTCAACC AGCCGCAACA GGTAATTTAA CCGTTCGGGC TCCCGTGACC
AATGATGCAG TGGGAACCAT TGCTGATGCC TATAATTGCA CCATCGACGC GCTGCGGGAG
ATTGTTACCC AAGTCCAGAA AGCCGCTAAA CAGGTGGTAG AAACCACAGG AGACAGCACC
ACGGCGATTG AAGGACTAGC CACCCAAGCA CAACAACAAT TTGAGGAATT GAACCAAGCT
TTGGCGAAAA TTCAGGAAAT GGTCAAAGCT ACCGAATCAA CCACGGAAAA CGCCCAACAG
GTGGGAATGG CAGTCGAAAA GGCGAATCAA ACCCTACAAG TGGGCGATCG CGCCATGAAT
AAGACAGTAG ACAGCATTTT AGGCATTCGT CAAACTGTGG CCGAAACCAG TAAGCGAGTG
CAACGACTGC GGGAGTCTTC GCAAAAAATC TCGAAAGTCG TCAGTTTAAT CAGTGATTTT
GCTAAACAGA CGAATTTATT AGCCTTAAAT GCTGCCTTAG AAGCCACTCG TGCCGGAGAA
TACGGGAAAG GGTTCGCGGT AGTGGCTGAT GAGGTACGGA ATTTATCCCA CCAGTCCGCC
GAAGCAACGA CGGAAATTGA GAAATTAGTC CTTGAGATTC AGAATGAAAC CCAAGAAGTC
GCCGCAGCGA TGGATACGGG GATCGATCAG GTGGCAGAAG GGACGAATTT AGTCAATGAA
ACCCGGGAAA ATTTGAACGA ATTAGTCACT GCAACCGTTC ATATCACCCA ATTAGTGAAC
GGAATTACCC AAGCAACTAA TCTACAAACC CAACAAGCAG AAGCCGTAAC CGAGGTAATG
ACAGAAGTGG CTGCGATCGC TAACGACACT TCGGCTGATT CTCTCAAGAT TTCGGCTTCT
TTTAAAGAAT TATTAGCCAT GGCGCAGGAA TTACAAGCCA GTGCCGGCCA GTTTAAGGTT
AATTAA
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| Protein sequence | MTLDQQTQPT AVNIWDKSQA GEKHPELEEI TKAVTAIQSQ LAEEGKLEDP LLKQQLETLE
KFAKQLPELS LKLFKIERDR IVRMCQNIRE AKNIEELFCN TVTTIRQDLP ATRVLIYRFD
NQTNGKVIAE SVVSGWTPAM NEPLPVCVFG AHQAKDYVED PHGVIISNIE AQQLTPYQRQ
LLDKFQVKSS IAQPILLEGE IWGLLVVQHC EQAYQWQETD ISLIHHITIE LTLALQPKEL
RRQLEQQLER EKLLDKIVQK IQQSQDIDEI FKTTTNEIRY LLKADRAVIY QFNSDWTGQP
VAESVGSGWN SLFIEQTNDP ILQSNRTNSD RCILRKWAQG DIVGTDTYFQ STAGGKYNRG
QKVSVVNDVY AANFPTCYIE SLEKYQATAY IIVPIFQNQK LWGLLGCYNN TGLRNWQDLE
TKLMIEMGNQ LAVAIKQAQY VEDLKRQSQE QAEAAEREKT KATIIKKIRQ SHEIENIFKT
TVQEVRQMLK ADRAVIYEFN SDWTGQAVAE AVGSGWISLL VEQTNEEVLQ SDRTNNERCI
LRKWYHGDLV EIDTFFQQTQ GGRFRYPNQQ KFTAINDIYA TDFPSCYIES LEKYQAKAYI
IVPIFKDEQL WGLLGCYQNT GTRNWQESEI QLMLDISDQL GIAIKQAHYV EELKRQSEEQ
AEATKRERTK ATIIKKIRHS QDMDTIFKVA VQEIRKVLKA DRTLIYQFNT DWTGSVVAES
VGSGWVSLLV EQTNDRILSG DRVATERCIL RKWSQGDLLE PDTYFESTGG GKYSQGETVT
AVNDVYAMDF PECYIESLEK YQAKAYIIVP IFQGRKLWGL MGCYQNSGPR TWQNPEIDLL
QQISSPLGMA IQQGEFVAQL QYQAQQAGAT NKIINQIRKS LDLSEVFRIT TQEIRNLLQA
DRTVVYRFNA DWSGEVIAES VNPQWVSVME LQQMDQQLYR TITTNDERCT LKKLSSTDPT
FDIDTYLQET KGGSYTKGKK ITIVNDIYKA GFSPCYIEFL EKYQAKAYII IPIFRNEDFW
GLLAVYHNSN PRKWQDWEVE LMLKIAPQLS IAVQQAQYIQ QLQDQSQELE TVANRERGLA
RLAEKLQRTR SLETILQLAT RESRKLLGVE RIGITRFNRD GQSQFVAESA VGGSMKSLVG
NTFTEDSFLL EMSNDIEPHK KCVVIDDVYQ GEFEDSYLEQ LEQFEIKAYI RAPIFVGQKL
WGLIGAYQHS GARVWEKAEV NILKQIGQQI GSVLQEIAYL KQVRSQSENL AKAAERETNF
IRLLAKINQK IIEQSQEQLK LDSLFRTSSQ ELRKILKADR VAVLQFNIDW SGEFIAEDVG
SGYLKLVGTE QAYLRDPDIQ ENRGGRYRKN DNLVVEDIEK ADLSAFEREF LEELGAKACL
VTPIFKGEQL WGLLATYQND RTRAWEEGEI NLLVQASVQL GVAIQQREYL KKVEDQSQQL
AETVKREKGA KEELQKRVID LLSSVQPAAT GNLTVRAPVT NDAVGTIADA YNCTIDALRE
IVTQVQKAAK QVVETTGDST TAIEGLATQA QQQFEELNQA LAKIQEMVKA TESTTENAQQ
VGMAVEKANQ TLQVGDRAMN KTVDSILGIR QTVAETSKRV QRLRESSQKI SKVVSLISDF
AKQTNLLALN AALEATRAGE YGKGFAVVAD EVRNLSHQSA EATTEIEKLV LEIQNETQEV
AAAMDTGIDQ VAEGTNLVNE TRENLNELVT ATVHITQLVN GITQATNLQT QQAEAVTEVM
TEVAAIANDT SADSLKISAS FKELLAMAQE LQASAGQFKV N
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