| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_1167 |
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| Symbol | |
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| ID | 7112296 |
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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 | 1278559 |
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| End bp | 1282050 |
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| Gene Length | 3492 bp |
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| Protein Length | 1163 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643479434 |
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| Product | WD-40 repeat protein |
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| Protein accession | YP_002376486 |
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| Protein GI | 218438157 |
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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 | 58 |
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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 | ATGAGTGAAT CAAATGCAGA ATTTAACTAT GTCGTTGGAG GTGCTTTACC TGCGGATGCA
CCTAGTTATG TAAAGCGCGA AGCAGATGAG GAATTATATC AAGCTTTAAA ACGGGGAGAA
TTTTGTTATA TCTTTAATTC CCGCCAGATG GGAAAATCGA GTCTGAAAGT TCAAACCTTA
AAACGATTGC AAAAAGAGGG TATTGCTTGC ACTGAAATCG ATATTACTCG TATGGGTAGT
CAAGATATTA ACTCACAACA ATGGTTTAAT AGTATTATTA GTAATTTAAT TGATGATTTT
GAGCTTTCAT CCAATGATAG AACTTGGGTC AAGGAACATG ATCATCTTAC TCCGGTAAAA
CGATTAGATG AGTTAATTAA TTCAGTTTTA TTACAAGAAA TTAAGCAACC TATTGTAATT
TTTATTGACG AGATTGATAG CACACTTCAA TTAAATTTTA AAGATGATTT TTTTGCTTTT
ATTCGTGCCT GTTACAATCA AAGACCCCAT CAACCCGACT ATAACCGCCT CACTTTTGCT
TTAATTGGAA CTGCTACCCC TTCAGATTTA ATTCAAGATA AAACCCGTAC TCCTTTTAAT
TTAGGGACAG CTATTGACTT AAAAGGATTT AATGTAAGAG AAGTTGAATT ATTAGCTCAA
GGGTTAGAGG GGAAAGCAGA TTCCCCAAAA ATAGTAATTA AGAAGATTTA TCATTGGACA
AGAGGACAGC CTTTTTTAAC TCAAAAAATC TGTAATTTAT TGTTAGATAA TTATCAGTTT
ATTAGAGCAG GAGATGAGGA AAATTTAATT GAAAATTTAG TTAAATCCTG TGTAATAAAA
AATTGGGAAG CTTACGATGA TCCGGAACAT TTGAGAACGA TAGGCGATCG TATTCTGAGA
AATGAACAAA GAGCAGTTCG GTTATTAGGA CTTTATCAGC AAATTCTAAC CCAAGGAAAA
ATTAATGCTG ATGGAAGTTC AGATCAAATG GAGTTATGTC TATCAGGTTT AGTAGTAAAA
CGGGATGGAA AATTAAAGGC TTTTAACGGA ATTTATGAGC AAGTTTTTGA TGAAGATTGG
ATTAAAGTAG AATTAAATAG GTTACGACCC TATTCAGAAG CGATCGATGC TTGGTTAAAG
TCAGAAAGAA AGGATGAGTC TCTACTTTTG CAAGGAAAAG CATTAGATGA AGCTTTGAGA
TGGAAACAAG GAAAACAGTT AAGCCTTGAT GATGATGATT TTTTGAATGC AAGTCAACAG
AAAGCTTTAG AGATAACCCA AGAAAAACTC GCTCAAACTG AGGCAATTTT AGCTCAGACA
CAAAAACAAG TAGAACAAGC AAAACGAGAA CAACAACAGT TACAACAAGA GGCTAAAAAA
CTGCAACAAG AACAACAAAA AGCTCAATAT ACCCTTGAAG TTACTGAAAT AAAAGTTATG
GCTACAGAGT CAAAAGCTTT ACAACGAGAG GGGCAAATTT TTGATGCTTT GCTTGTTGCT
CTCAAAGCAG GAGATCAGTT TTTATCTCTT CCTCCTCAAC CAGTTAGCCT TAAATCAGAA
ACAAAAACTC TTCTAGCAAC TCTTCAACCG CAAATAATAG GGGCGTTACA TACTATTTAT
AATCTAAGGG AGTGTAACCG TTTTATCGGT CATAAAAATT CAGTCAATAG TATTAGTTTC
AGTCCTGATG GGAAAACTTT AGCTTCTAGT AGTGATGACA ATACGATCAA AATTTGGGAT
ATCGCAACAG CGAAAGAATT AATTACTCTC ACTGGTCATC AAAAATCGGT AAACTGTATC
AGTTTTAGTC CCGATGGGAA GATTTTAGCG TCTGGTAGTG CTGACCAAAC TATTAAACTT
TGGGATGTAA CAACATGGCA AGAAATAAAA ACCTTCACAG GACATCGAGA TTCAATAAAT
AGCATTAGTT TTAGTCCAGA TAGCAAAATG ATTGCATCTG GCAGTAATGA TAAAACTATT
AAAATTTGGT ATTTAACAAA GCGTCAACGA CCGAAAAATC TTCGTTATCA TCAACCAATC
CTTAGTGTCA GTTTCAGTCC TGATGGTAAA ACTATTGCTT CTAGCAGTTA TAGTAAAACT
ATTAAACTTT GGGATGTAGC CAAAGATAAA CCATTTCAAA CCCTTAAAGG TCATAAAGAT
TGGGTTACAG ATGTTAGTTT TAGTCCTGAT GGTAAATTTC TTGTATCTGG GAGTGGTGAT
GAAACTATTA AACTCTGGGA TGTAACGAAG GGAAAAGAAG TAAAAACTTT TATAGGTCAT
CTACATTGGG TCGTCAGTGT CAATTTTAGT TTTGATGGTA AAACCATTGT CTCTAGCAGT
AAAGACCAAA TGATTAAACT CTGGAGTGTT TTGGAGGGCA AAGAATTAAT GACTCTGACT
GGTCATCAAA ATATGGTTAG CAATGTTAGT TTTAGTCCCG ATGACAAAAT GGTTGCTACT
GGAAGTGATG ATAAGACTGT CAAACTTTGG GATATTGCTA TAAATAAAGA AATCACCACC
TTGAGAGGCC ATCAAAATTC GGTATTGAGT GTCAGTTTCA GTCCCGACGG TAAAATCCTC
GCTTCTGGCA GTTCTGACAA AACCGCCAAA CTTTGGGATA TGACCACTGG CAAAGAAATT
ACTACCTTCG AGGTTCATCA GCATCCGGTG TTGAGTGTCA GTTTCAGTCC CGACGGCAAA
ACCCTCGCCT CCGGGAGTCG TGACAACACT GTCAAACTCT GGGATGTGGA GACGGGCAAA
GAAATCACCT CCTTGCCGGG TCATCAAGAT TGGGTAATCA GTGTCAGTTT CAGTCCAGAT
GGGAAAACCC TCGCCTCCGG GAGTCGTGAC AACACTGTCA AACTCTGGGA TGTGGAGACG
GGCAAAGAAA TCACCTCCTT GCCGGGTCAT CAAGATTGGG TAATCAGTGT CAGTTTCAGT
CCAGATGGGA AAACCCTCGC CTCCGGGAGT CGTGACAACA CTGTCAAACT CTGGGATGTT
GATACAGGCA AAGAAATTAC TACCTTCGAG GGTCATCAGC ATTTGGTGTT GAGTGTCAGT
TTCAGTCCCG ACGGCAAAAT CCTCGCTTCT GGCAGTGATG ACAACACTGT CAAACTCTGG
GATGTTGATA CAGGCAAAGA AATCAGTACC TTCGAGGGTC ATCAAGATGT GGTAATGAGT
GTCAGTTTCA GTCCCGACGG AAAAATCCTC GCTTCTGGCA GTTTTGACAA AACGGTCAAA
CTCTGGGATT TAACCACTGG CAAAGAAATA ACCACCTTCG AGGGTCATCA AGATTGGGTC
GGGAGCGTCA GTTTCAGCCC TGATGGGAAA ACCCTTGCCT CCGGTAGTCG GGACGGGATA
ATAATTTTAT GGCGTAGGAG TTTTGATATT GAGGAATTAA TGGCTAAAGG CTGTAATTGG
ATTCAATATT ACCTCAATTC CCATCCTGAA GAGAAGGAAT TACGGGAGAT TTGTGAGCAA
TATCAATCAT AA
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| Protein sequence | MSESNAEFNY VVGGALPADA PSYVKREADE ELYQALKRGE FCYIFNSRQM GKSSLKVQTL
KRLQKEGIAC TEIDITRMGS QDINSQQWFN SIISNLIDDF ELSSNDRTWV KEHDHLTPVK
RLDELINSVL LQEIKQPIVI FIDEIDSTLQ LNFKDDFFAF IRACYNQRPH QPDYNRLTFA
LIGTATPSDL IQDKTRTPFN LGTAIDLKGF NVREVELLAQ GLEGKADSPK IVIKKIYHWT
RGQPFLTQKI CNLLLDNYQF IRAGDEENLI ENLVKSCVIK NWEAYDDPEH LRTIGDRILR
NEQRAVRLLG LYQQILTQGK INADGSSDQM ELCLSGLVVK RDGKLKAFNG IYEQVFDEDW
IKVELNRLRP YSEAIDAWLK SERKDESLLL QGKALDEALR WKQGKQLSLD DDDFLNASQQ
KALEITQEKL AQTEAILAQT QKQVEQAKRE QQQLQQEAKK LQQEQQKAQY TLEVTEIKVM
ATESKALQRE GQIFDALLVA LKAGDQFLSL PPQPVSLKSE TKTLLATLQP QIIGALHTIY
NLRECNRFIG HKNSVNSISF SPDGKTLASS SDDNTIKIWD IATAKELITL TGHQKSVNCI
SFSPDGKILA SGSADQTIKL WDVTTWQEIK TFTGHRDSIN SISFSPDSKM IASGSNDKTI
KIWYLTKRQR PKNLRYHQPI LSVSFSPDGK TIASSSYSKT IKLWDVAKDK PFQTLKGHKD
WVTDVSFSPD GKFLVSGSGD ETIKLWDVTK GKEVKTFIGH LHWVVSVNFS FDGKTIVSSS
KDQMIKLWSV LEGKELMTLT GHQNMVSNVS FSPDDKMVAT GSDDKTVKLW DIAINKEITT
LRGHQNSVLS VSFSPDGKIL ASGSSDKTAK LWDMTTGKEI TTFEVHQHPV LSVSFSPDGK
TLASGSRDNT VKLWDVETGK EITSLPGHQD WVISVSFSPD GKTLASGSRD NTVKLWDVET
GKEITSLPGH QDWVISVSFS PDGKTLASGS RDNTVKLWDV DTGKEITTFE GHQHLVLSVS
FSPDGKILAS GSDDNTVKLW DVDTGKEIST FEGHQDVVMS VSFSPDGKIL ASGSFDKTVK
LWDLTTGKEI TTFEGHQDWV GSVSFSPDGK TLASGSRDGI IILWRRSFDI EELMAKGCNW
IQYYLNSHPE EKELREICEQ YQS
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