| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1976 |
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| Symbol | |
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| ID | 7109444 |
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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 | 2223937 |
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| End bp | 2228088 |
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| Gene Length | 4152 bp |
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| Protein Length | 1383 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643480234 |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_002377274 |
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| Protein GI | 218438945 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG4251] Bacteriophytochrome (light-regulated 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 | 48 |
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| Fosmid unclonability p-value | 0.624185 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTGTCA ATCAAACTGA CTTCGACGAT ATATTTACCT ATAGCGGGGA AATGGGAGAA
CTGATCAAGA CGTTTAATTG GTCAACCACT TCTTTAGGCC CGATTTCCCA ATGGCCGCCA
AGTTTGAAAA CCGCAGTCAG TATTATGTTA GCGTCTAGAT TCCCCATTCA GATTTTATGG
GGGTCTGATT ACATACAATT TTATAATGAT GCTTATTGCC CCATTTTAGG CAGTAAACAC
CCAAAAGGAT TAGGTCAGCG CGGTCAAGAG TGTTGGGCAG AGGTTTGGGA CTTTGCTGGT
TCTCGTTTAG ACCAGGTGAG ATTGACTGGT GAGGCCAGTT GGTCAGACGA TCAATTATTG
CTCTTAGACC GTCACGGATA TACCGAAGAA TGTTACTTTA CCTTTTCTTA TACCCCCGTC
AGAGATGAAT CCGGTCAAGT AGCGGGCATT TTTAACGCCG TTAATGAAAC CACTCAGCGA
GTCATCGATC AACGTCGTCA ACACACTCTA TCCCTGTTGG CCACTCATGT CACTCAAGCT
AAAACTTATC AAGAAGCCTG TACGATCGCC ACTAATATCC TAGCTTCCAA TCCGGAAGAT
GTTCCCTTTG CTTTATTATA TGAGTTAGAG ATTAACACCG GTTATGCTAA ATTAATCAGT
CAGGTTGGAT ATGGGGAAAA TTTAGCCTCT GATCCCTTTC TTTTCGACAT TAATCTCGAT
CATCCACCCT CCGAAGTCAA ATCCTTGGTT AAAGTGGGGC TAACGGGACA ACAGGACTTA
ATCGATAATT TAAAAACTCA CTGGTCTAAT TTACCGACTG AACCTTGGGG AGAAGCGCCT
AATTGTGCCC TCGTCCTGCC GATTATTTTA CCCGGACAAG ATAGGCCGGT TGGGATATTT
GTGGCCGGAA TTAGCCCAAG ACGAGCATTA GATTCCCATT ATCATCAATT TTTTGAGCTA
ATGGTCAATC ATATTTCCTT GGCGATCGCT AATGCTTATG CCTATGAAGA AGAACGCAAG
CGGGCTGAAG CCTTAACGGA ACTCGATCGG GCCAAAACCG TATTTTTTAG TAATATTAGT
CATGAATTGC GAACGCCTCT GACCTTGATT CTAGGGCCAA TCGAAGCACT GTTACACTCT
GATGAGTCAT CCCTATCCAA AGGCGATCGC ATCTCCTTAA TCATGGCTCA ACGGAATGTA
TTACGCTTAC AAAAATTAGT CAATACCCTG TTAGAATTTT CTCGCTTAGA AGCCGGACGA
ATACAAGCCT TTTATCAACC GACGGATTTA GCCACATTTA CTCATGATCT AGCGAGTGTT
TTTCGGTCGG CCATGGAACA AGCCGGGATT GAGTTTTCCG TCAATTGCCC CCCGTTGCCC
GAATTGATCT ATGTTGATCG TCAAATGTGG GAAAAAATCG TGCTTAATTT ACTGTCTAAT
GCCTTTAAAT TTACTTTTGA AGGAGAAATC AGGTTATCTT TAGCATGGAC AGGAGAACGG
GTAAAATTAG ACATTCAAGA TACTGGGGTT GGCATTGCTC CCGAAGAAAT CCCCCATCTG
TTTCAAAGAT TTCATCGAGT TCTCGGAGTT CGTAGCCGGA CTCATGAAGG TTCAGGGATT
GGGTTATCCT TGGTTCGAGA GTTAGTCAAT CTTCATGGCG GCACAATTGA GGTTAACAGC
ACTCTTGAGG CAGGAACTTG TTTTACTATC TATATTCCGA GCGGAACTGC CCACCTCAAC
CCCGACCAAA TTAGCTCAAC CCCTTCTTTA CCCGCCACTT CTCCCACAAC GGCGGTTTTT
GTGGAAGAAG CCCTAGGATG GCTTCCAGAA ACAGCAGAAA GCTTGGCCAC TGACACCCCG
TCCTCCCATC GTCTTACCCC AGCAAATGGC CGCATTTTAC TCGCCGATGA TAATGGGGAT
ATGCGGGAAT ATGTCAAGCG GTTATTAAGT CAATATTATG AAGTCGAAAC TGTTGCCGAT
GGGATAGCCG CCCTAGAAGC GATTCGTCGT CATCCCCCAG ATTTAGTCTT AAGTGATGTG
ATGATGCCTC GCCTCAATGG CTTTGAGTTA CTCCAAGAAT TACGCCGTAA TCCTTTAACT
GAAGAATTGC CCATCATTCT CTTATCTGCC AGAGCCGGTG AAGAATCTTT AGTCGAAGGA
CTTAAAAGCG GAGCGGATGA TTATTTAGTC AAACCCTTTT CGGCACGAGA ACTTTTAGCC
CGCATTGAAG CCACCTTAAA AATGGCGCAA CTCCGCCAAC AAGCCGCTCA AAAAGAGCAA
AAACTACGGG CAGAAGCAGA AGCCGCCCGA CAACAAATTA CCAATATTTT TGAAAGTATT
ACTGATGGTT TTGTGGCTTT TGATCATCAA TGGCGGTTTA CTTATGTTAA TCAACAGGCC
GCCCAAATGC TCAATCAATC TAGAGAAGAT TTGCTAGGAA ATCAAATTTG GGAGTTATTT
CCGGAAACTA TTGGACAAGA GTGTTATCAA CAATTGCATC AAGCGTTTAA TGAACAAATT
ACTTTAACTT TTGAAGAGTT TTCTCCCGTT TTTGGTCGTT GGTTTCACCT TCGGGTTTAT
CCTTCTTCTG AAGGATTGTC TGTCTATTTT CGAGATATTA CTAAAGCTAA AGAAAATGAC
CTATTACGGC AAAAAAACGA GGAACGATTA CGCCAAAGTG AAGAACGATT AAATATTGCT
CTCTCTAGTG CCCCTATTTC CTTATTCCAT CAAAATCAAG AGTTAGAATA TACTTGGATT
TATAACTCTG CTTTTGGATA TCAAATTAAT GATGTAATCG GAAAAACCGA TGAGGAGTTA
TTGGGGGCTG AACAGGCACA GATTTTAACA GAGATTAAAT CAGGAGTTCT TCAGAGCGGA
ATTGGACGAC GCACAGAAAT TAAAATCACT GTCTTAGAAG AAGATAAATA TTTTGATTTA
ACCGTTGAAC CGTTACGAAA TTTAGAGGGT AATATTATCG GCATAACGGC GGCTTCAGTC
GATATTACAG AGTTAAAAAC GGCTGAACAA GCTTTACGAG AAAGTGAATC TCGATTTCGG
GTGATGGCAG ATAGTGCCCC CGTTTTAATC TGGATGTCAG GCACAGATGG CTTATGTAAT
TGGTTTAATC AAAATTGGTT AGAATTTACG GGACGAACTC TAGAACAAGA ACTAGGAAAT
GGGTGGGCGC AAGGGGTTCA TTCTGATGAT TATAATTTTT GTTTAGAAAC TTATTTATCC
GCTTTTGATC AACGGATAGG CTTTCAAATG GAGTATCGTC TGAGACGGGC TGATGGGGAG
TATCGTTGGG TTTTAGATAA CGGTAAACCT CTCTTTACTC CTGAAGGAAT TTTTAGCGGT
TATATCGGCT CTTGTGTTGA GATTACTGAA CAAAAAGAAG CTAATTTGAT CTTAGAAGAA
AAAGCTCAGG AATTAGCTCA ATTAAATACA ACTTTAACGG AAACCGCCGA ACTCTTACAA
AAGAAAAATG AAGAACTCGA TCAATTTACC TATATTGTTT CCCACGATCT TAAAGCCCCT
CTCAGAGCGA TCGCTAATCT TTCTCAATGG ATCGAAGAAG ATTTAAGTGA TATAATTCCG
CCAGAAAGTC AACAACAAAT AGAGCTATTA CGGCAACGAG TTTATCGGAT GGATCAGTTA
ATTAATAATT TATTAGACTA TGCTCGAATT GGGCGGAGTG AAGCCACAAA AGAAAGGGTA
GAAGTGGCTC AATTACTCGA AGAAATTATT GATTCTCTTG CTCCCCCTCC TACTTTTACT
CTAGAAATTG ATTTACCTAT GCCAACCTTA ATGACAGAAA AATTACTTTT AAGTCAGGTT
TTTTCTAATT TAATTAGTAA TGGGATTAAA CATCATGGTA AAGACCAGGG TAAACTTAAA
ATATCAGTTC AAGAGCAAAA CAATTTTTAT CAATTTTTAA TTGCCGATGA TGGTCAAGGA
ATTCCAGTAG ACTATCAAGA GAAAATTTTT GCTATTTTTC AAACCGTAAA AAGTAAAGAT
AACAAAGACA GTACCGGCAT TGGTTTATCA ATTGTTAAAA AAATTGTGGA AATTCAAGGA
GGAAAGATTA TGGTCTCTTC ACAAGTGGGA GAAGGAACAA CCTTTAGCTT TACTTGGCCA
AAAAATTCCT AA
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| Protein sequence | MTVNQTDFDD IFTYSGEMGE LIKTFNWSTT SLGPISQWPP SLKTAVSIML ASRFPIQILW
GSDYIQFYND AYCPILGSKH PKGLGQRGQE CWAEVWDFAG SRLDQVRLTG EASWSDDQLL
LLDRHGYTEE CYFTFSYTPV RDESGQVAGI FNAVNETTQR VIDQRRQHTL SLLATHVTQA
KTYQEACTIA TNILASNPED VPFALLYELE INTGYAKLIS QVGYGENLAS DPFLFDINLD
HPPSEVKSLV KVGLTGQQDL IDNLKTHWSN LPTEPWGEAP NCALVLPIIL PGQDRPVGIF
VAGISPRRAL DSHYHQFFEL MVNHISLAIA NAYAYEEERK RAEALTELDR AKTVFFSNIS
HELRTPLTLI LGPIEALLHS DESSLSKGDR ISLIMAQRNV LRLQKLVNTL LEFSRLEAGR
IQAFYQPTDL ATFTHDLASV FRSAMEQAGI EFSVNCPPLP ELIYVDRQMW EKIVLNLLSN
AFKFTFEGEI RLSLAWTGER VKLDIQDTGV GIAPEEIPHL FQRFHRVLGV RSRTHEGSGI
GLSLVRELVN LHGGTIEVNS TLEAGTCFTI YIPSGTAHLN PDQISSTPSL PATSPTTAVF
VEEALGWLPE TAESLATDTP SSHRLTPANG RILLADDNGD MREYVKRLLS QYYEVETVAD
GIAALEAIRR HPPDLVLSDV MMPRLNGFEL LQELRRNPLT EELPIILLSA RAGEESLVEG
LKSGADDYLV KPFSARELLA RIEATLKMAQ LRQQAAQKEQ KLRAEAEAAR QQITNIFESI
TDGFVAFDHQ WRFTYVNQQA AQMLNQSRED LLGNQIWELF PETIGQECYQ QLHQAFNEQI
TLTFEEFSPV FGRWFHLRVY PSSEGLSVYF RDITKAKEND LLRQKNEERL RQSEERLNIA
LSSAPISLFH QNQELEYTWI YNSAFGYQIN DVIGKTDEEL LGAEQAQILT EIKSGVLQSG
IGRRTEIKIT VLEEDKYFDL TVEPLRNLEG NIIGITAASV DITELKTAEQ ALRESESRFR
VMADSAPVLI WMSGTDGLCN WFNQNWLEFT GRTLEQELGN GWAQGVHSDD YNFCLETYLS
AFDQRIGFQM EYRLRRADGE YRWVLDNGKP LFTPEGIFSG YIGSCVEITE QKEANLILEE
KAQELAQLNT TLTETAELLQ KKNEELDQFT YIVSHDLKAP LRAIANLSQW IEEDLSDIIP
PESQQQIELL RQRVYRMDQL INNLLDYARI GRSEATKERV EVAQLLEEII DSLAPPPTFT
LEIDLPMPTL MTEKLLLSQV FSNLISNGIK HHGKDQGKLK ISVQEQNNFY QFLIADDGQG
IPVDYQEKIF AIFQTVKSKD NKDSTGIGLS IVKKIVEIQG GKIMVSSQVG EGTTFSFTWP
KNS
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