| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4792 |
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| Symbol | |
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| ID | 7110886 |
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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 | 5321366 |
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| End bp | 5325457 |
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| Gene Length | 4092 bp |
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| Protein Length | 1363 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643483006 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_002380018 |
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| Protein GI | 218441689 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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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 | 56 |
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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 | ATGAAAGACT ATTTTGATAC TTTTATTTCC TACGGACGTG CCGACAGCAA AGCTTTTGCA
ACTCGACTGC ATGAAAAACT TACCCAGAAA AATTTAAAAG TATGGTTTGA TCAAAATGAT
ATTCCTTTAG CAGTAGATTT TCAAAAACAA ATCGATGAGG GAATCGAAAA ATCTCATACT
TTCATTTTTA TTATTGCCCC TCATTCTGTC AATTCTTGTT ATTGCCTGAA AGAAATTGAA
TTAGCCATTA AATACAAAAA ACGGATTATT CCCCTGTTGC ACGTAGAGCA AATCAGCCAA
GAAATATGGT TAGAAAGAAA TCCTAACGGA AGCGATGAAG AATGGAAAGA CTATCAAGCT
AAAGGGTTGC ATTCGAGTCA GGTGAATATG CACCCTGTAA TTAGTAAACT TAACTGGGTT
TCTTTTCGAG AAGAAATTGA TGATTGTCAA GCTAACTTAG AAAAATTAAT CAATCTTTTA
CAACAAGATA CTGACTATAT TAAACAGCAT ACCCACTTTC TTGTTCAAGC CCGACAATGG
GAAAAATCTC AAAAACAAAC TCGATATTTA TTAATTGGTA GTGAACGAAT CGAAGCAGAA
AAATGGCTAA AAACTGAATT TAAAAATCAA CAACCCCCTT GTGAACCGAC AGACCTTCAC
TGTGAATTTA TTTGTGAAAG TATTAAAAAT GCTAAAAACT TAATGTCTGA AGTATTTATC
TCTTATGGAA CAGAAGATAA ATTAATAATG CTCAAACTGC GTAAAACTTT AATGCGTCAC
TGCATCACAG TATGGACAAA TCACACAGAT ATTCAAAGTG GCTTAGATTT TGAGCAGCAA
ATTAAACAGG GGATAGAACA GTCAGATAAT GTTATTTATC TTATTTCATT AAATGCCCTC
TTTTCCCAAT ACTGTCAGAT GGAATTTAAT TATGCTCTAG CTTACAATAA GCGAATTATT
CCTTTATTGA TTAGCTCAAT CGATTTACAT AAAATTCCCC CTCAACTTTC AGCCCTACAA
TTTATTGATT TAACCGACTC TGAAAACGAA GAAAAATACA ATTATAATAT CGATCAGTTA
ATCAAAGTTA TTAAAGAAGA TTCTCGCTAT TATGAAACCC ATAAACTTTT TTTGATTCAA
GCCATTAAAT GGGAAAGACA AAATCACAAT CCTAGTCTTT TATTGCGAGG ATCTAACTTG
AGCCATGCTC AAGCTTGGTT AAAAGTCGGA AAAACTAAAT CTCAACACCA ACCGACACCA
TTACAAGAAG AATTTATTAC GGCTAGTTTG CAACATCCGC CGCTAGGTTG TCTAGATGTT
TTTATTTCTT ATTCTCGGTC AGATTCGGAT TTTGCTCGTC AGTTAAATGA GGCACTTCAA
GAAATTGGAA AAACTACTTG GTTTGACCAA GAAAGTATTG CTTGTGGGGC AGATTTTCAA
GAAGAAATTT ATCGAGGGAT AGAACTTTGC GATAATTTTG TTTTTATTAT TTCTCCAAAG
TCGGTCAATT CCCCCTATTG CGCTGATGAG GTTGAATATG CCCAAAAGTT AAATAAACGC
TTTGTGACCA TACTGCACCG TCCCCTATCA GTAGAAGATA AGCAAAAACA ACCCCCTACT
CTGGTAAATA TGCAGTATAT TGATTTTAAT CAACAGGGTA GGGATTTTGC CGCCAATTTT
TACGAATTGG TAAGAACCCT GGATACAGAT AGAGATCATG TTAGAAACCA TACCGAATGG
TCACAAAAAG CCTTAAAGTG GAAAAATAAA CATCAGGAAG AAGCTTTGTT ATTGCGTGGC
AGTGAGTTTG CGGTTGCCGA GGCGTGGCTT AAAACAGCAG AAGCTGAAAA TAAAAAACCT
ATTCCAACGA AGTTACACAA AGAGTTTATT ACTCAAAGCC GCAAAGCACT TGAAGCGCGC
AAAGAAAACG ATAAGCGTCA AATATTCATT TTGAGGTCGC TGCTGACAGG TTCATTTATT
CTCTTGCTGG CGACAATTGG AGCAAGTAGC TTTGCTTTTT TAAAATTGAA GGAAGCCCAA
ATAAATCGAG CAGATTCTCT CGGTCGTTAT TCGTTATCTT TATTTAAAGA ACATAAAGAA
TTGGAAGCTT TCATCGAAGC TATTCGGGCA GCAAAAATTC TACACAACCG ACAGGTAACT
AATTCAACTG TAATCAATGC TTTACAACTC AATCTGGCTC AGAGGAGGGA ACGGAATCGT
CTAGAAGGGC ATAATAACTA TGTCACAAAG GTGAGTTTTA GTTCCGATGG CAAGATGATC
GCTTCTGGTA GTGATGACAA AACAATCAAA CTTTGGAATG TTCAGACAGG TCAGCAAATC
CGCACTCTTA GAGGGCATGA TCAATCGGTG TTAAGTCTCA GTTTTAGTCC CAACGGCAAA
ATGATCGCTT CTGCTAGTCG TGACAAAATA ATCAAACTTT GGAATGTTCA GACAGGCCAG
CCAATCCGCA CCTTGAGAGG CCATGATGGT TATGTCTATA GTGTCAGTTT TAGTCCCGAC
GGCAAAATGA TCGCTTCTAG TAGTCGTGAT AAAACAATCA AACTTTGGAA TGTTCAGACA
GGCCAGCAAA TCCGCGCCTT GAGAGGCCAT GATGGTTATG TCTATAGTGT CAGTTTTAGT
CCCGACGGTA AAACATTAGC TTCTGGTAGT AGTGACAAAA CAATCAAACT TTGGAATGTT
CAGACAGGTC AGCCAATCCG TACCTTGAGA GGCCATAATG GCTATGTCTA TAGCCTCAGT
TTTAGTCTCG ACGGCAAAAG ATTAGCCTCT GGTAGTGCTG ACAAGACAAT CAAAATTTGG
AATGTAAGTA AAGAAACTGA AATTCTCACC TTCAATGGGC ATCGTGGCTA TGTCTATAGC
GTCAGTTATA GTCCCGACGG TAAAACATTA GCTTCTGGTA GTGATGACAA AACAATCAAA
CTCTGGGATG TAATCACAGG AACTGAAATG CTTACTCTCT ATGGGCATCC TAACTATGTT
AGAAGCGTCA GTTATAGTCC CGACGGTAAA ACATTGGCTT CTAGTAGTGA AGATAAGACA
ATCAAACTCT GGGATGTCAG CACCCAAACC GAAATCCGCA TCTTTAGAGG GCATAGTGGC
TATGTCTATA GCATAAGTTT GAGTAATGAC GGTAAAACAT TAGCATCTGG TAGTGGTGAT
AAGACAATCA AACTGTGGGA TGTCAGTACA GGAATTGAAA TCCGCACCCT CAAAGGACAT
GATGACTATG TCAGAAGCGT CACTTTTAGT CCCGACGGCA AGACCTTAGC TTCTAGTAGT
AATGATTTGA CCATCAAACT GTGGGATGTC AGCACAGGAA AGGAAATCCG CACCCTTAAG
GAGCATCATG GCTGGGTCAG AAGTGTCAGT TTTAGTCCCG ATGGTAAAAT GATTGCTTCT
GGTAGTGATG ATTTGACAAT CAAACTTTGG GATGTAAAAA CAGGAAAGGA AATCCGCACC
CTTAACGGGC ATCATGACTA TGTTAGAAGT GTCAGTTTTA GTCCCGACGG TAAAATGATT
GCTTCTAGTA GTGATGATTT GACAATCAAA CTTTGGGATG TAAAAACAGG AAAGGAAATC
CGCACCCTTA ACGGGCATCA TGACTATGTT AGAAACGTCC GCTTTAGCCC CGATGGTAAA
ACATTAGCTT CTGGTAGTAA TGATTTGACA ATCAAACTTT GGGATGTAAA AACAGGAAAA
GAAATCTACA CCCTTAATGG ACATGATGGC TATGTTAGAA GAGTAAGTTG GAGCAAGGAC
GGTAAAAGAT TAGCTTCTGG TAGTGCGGAT AAAACGATCA AAATCTGGGA TTTAAGCACC
AAAACTGAAC TTTTTACCCT TAAAGGGTAT GATGAATCCG TCAGAAGCGT CACTTTTAGT
CCTGACGGTA AGACTTTGAT TTCTGGTAGT GATGACAGTA CAATCAAACT CTGGTATCTA
GATTTTTGGA CTCTAGACTT ACACGCTTTA ATGGGGCGCA GTTGTGATTG GGTCAGAAAT
TATTTAAAGA ATAATCCTAA TGTCAAAACC GAAGATAGAA ATTTGTGTGA TGGGATAGGT
ACACAAAAAT AG
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| Protein sequence | MKDYFDTFIS YGRADSKAFA TRLHEKLTQK NLKVWFDQND IPLAVDFQKQ IDEGIEKSHT
FIFIIAPHSV NSCYCLKEIE LAIKYKKRII PLLHVEQISQ EIWLERNPNG SDEEWKDYQA
KGLHSSQVNM HPVISKLNWV SFREEIDDCQ ANLEKLINLL QQDTDYIKQH THFLVQARQW
EKSQKQTRYL LIGSERIEAE KWLKTEFKNQ QPPCEPTDLH CEFICESIKN AKNLMSEVFI
SYGTEDKLIM LKLRKTLMRH CITVWTNHTD IQSGLDFEQQ IKQGIEQSDN VIYLISLNAL
FSQYCQMEFN YALAYNKRII PLLISSIDLH KIPPQLSALQ FIDLTDSENE EKYNYNIDQL
IKVIKEDSRY YETHKLFLIQ AIKWERQNHN PSLLLRGSNL SHAQAWLKVG KTKSQHQPTP
LQEEFITASL QHPPLGCLDV FISYSRSDSD FARQLNEALQ EIGKTTWFDQ ESIACGADFQ
EEIYRGIELC DNFVFIISPK SVNSPYCADE VEYAQKLNKR FVTILHRPLS VEDKQKQPPT
LVNMQYIDFN QQGRDFAANF YELVRTLDTD RDHVRNHTEW SQKALKWKNK HQEEALLLRG
SEFAVAEAWL KTAEAENKKP IPTKLHKEFI TQSRKALEAR KENDKRQIFI LRSLLTGSFI
LLLATIGASS FAFLKLKEAQ INRADSLGRY SLSLFKEHKE LEAFIEAIRA AKILHNRQVT
NSTVINALQL NLAQRRERNR LEGHNNYVTK VSFSSDGKMI ASGSDDKTIK LWNVQTGQQI
RTLRGHDQSV LSLSFSPNGK MIASASRDKI IKLWNVQTGQ PIRTLRGHDG YVYSVSFSPD
GKMIASSSRD KTIKLWNVQT GQQIRALRGH DGYVYSVSFS PDGKTLASGS SDKTIKLWNV
QTGQPIRTLR GHNGYVYSLS FSLDGKRLAS GSADKTIKIW NVSKETEILT FNGHRGYVYS
VSYSPDGKTL ASGSDDKTIK LWDVITGTEM LTLYGHPNYV RSVSYSPDGK TLASSSEDKT
IKLWDVSTQT EIRIFRGHSG YVYSISLSND GKTLASGSGD KTIKLWDVST GIEIRTLKGH
DDYVRSVTFS PDGKTLASSS NDLTIKLWDV STGKEIRTLK EHHGWVRSVS FSPDGKMIAS
GSDDLTIKLW DVKTGKEIRT LNGHHDYVRS VSFSPDGKMI ASSSDDLTIK LWDVKTGKEI
RTLNGHHDYV RNVRFSPDGK TLASGSNDLT IKLWDVKTGK EIYTLNGHDG YVRRVSWSKD
GKRLASGSAD KTIKIWDLST KTELFTLKGY DESVRSVTFS PDGKTLISGS DDSTIKLWYL
DFWTLDLHAL MGRSCDWVRN YLKNNPNVKT EDRNLCDGIG TQK
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