| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5316 |
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| Symbol | |
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| ID | 7111204 |
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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 | 5894677 |
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| End bp | 5900625 |
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| Gene Length | 5949 bp |
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| Protein Length | 1982 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643483523 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_002380532 |
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| Protein GI | 218442203 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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| 
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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 | 49 |
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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 | ATGACTAACG GTTCTTCCAA TACTCCTAAT ACTCCCCCTG ACCCTTCAGA GCAACCGAGT
TTTACTACTC GTCTCAGAAG ATTTATAAGG CGGCCTTCAA CTTTAATTGG CGGGGGTGTA
TTAATTGCAT TAGGGGTGGG GGGATATTTA GGGGTAAGAT ATTTTGTCTA TGAAAGATTA
TCTCCGTTAA TCGAAGCACA ATTAAGTAAT TTTCTGGGTC GAGAAGTTAA TCTAGGAGAA
GTTGAAAGTT TTTCCTTAAC TCATATTCGC TTTGGAAATA CCTCTATTCC TGCAACTCCA
ACAGATGCGG ATAATGCCTC TGTAGATGCA GTCAATATTC AATTTAATAT TTTACCTCTG
TTATTGGGTC GTCCTTTACC CTTGGAAGTG ACTTTAGTTG ATCCTAATGT TTACATAGAT
CAGGATAAAA CGGGAAAATG GGTAGACATC GAATTACCAG AACAAGAAGA GGAACTTCCC
ATCGATCTTG ATGTTAAAGT TAATCTAGAA GATGCGGATC TAGCTTTAAA ACCGAATCAA
CTTAAACAAC CGGTTACTAT TCAAGCTGAT GGGACTGCTA GATATATTAC CGCCGATCCT
CAACAATTAC AATATGATTT AGATGTAGAA GTTCTCAAAA GTGACGTTAA TCTTGAAGGA
AAAACGGTTC TTGATACGGG ACAAACTCAA CTTAATTTAC AGGTTAATCG ATTAGCTTTA
GGAGAAATTG CTGCCCTTCT TCCGGCTAAT CTAATTAACC TAAATAGTGG TACATTAAAC
GCCGATCTTA ATCTCAATGT TCCCTCTTTA GAAAAGATAG AAGGAACTCA AGGACAAGGC
AACGTCAGTT TAACCCAAAT TGCCGGACGA CTTCCTACCC TAAAAGTTCC TATCAAGGCC
AATGTTGAAC TCGGTTTTGA AGGACAAACC GTTTTAATCG ATCAATTTAG AGTCAGTTTA
AATAATATTG TTGCTCAGGC AAAAGGATCA ATCGATTGGC AAAAAGGATA TAATATTCAG
GCTCAAATTA ACCCGTTTCA AGTTACTAAT TTATTTAAAA TTTTATCTTG GTCGTTTCCT
ATTGATGTTA ATGGTCAATT GCAAGCCAAA TTCAATATAA GAGGGGGAAT TACTCAACCC
CTAATTATTG GAACAATAAA TAATACCAAA CCGATCAACA TTGATAAACT GAGATTACAA
AACTTAAGAG CCGGATTTAG AACCAATCTG AATCAATTAA TCCTCGAAAA AGCACAAATT
CAACCCGCAC CCGGAGGACA AATAACCGCA ACCGGACGAC TGCAATTAAA CATCCTTCAA
GCGTTAAAAC AAAACAAAGA GATTCAATGG GCGAAAATTC CCGTTAATGT TAATTTTAGA
GGTGCTTTAC CCGGTCAACC CTTAATTGAG CCTTATATTA ATGTTCCTCA AGGAGTCACC
GTTGGCACGA TTAATACGGT AGGACAAATT ACTGGAACTT TCGATAAACT CCAAAGTCAA
GTCAACTGGC AAACCCCCAA TTTAGCAACT GTTTCTGATG TACAAATTGC CGGATCGGGT
AATATTTTTT GGCAAAGAGA TACATTTATT CTCCGAAATA CCGAACTTCA AACCGACCAA
GGAACATTAC TGGTAACGGG GAGGGTCAAT ACTACTACTA AGCAATGGCA AACCGCGATC
GAAGGTAACT CTTTTAATTT AGATCCCTTT GTAGCGATCG CCTGTGATAA TTTTAACAAT
TTATGCACCT ATACCAATAA ACTAGAGCCA GTCCTCCTAG AAACTGCTAA TATCAATTTA
ACCGGCGGAT TCGACTTTGG ATTAGACACC ATCCGAGGCA TCGCTAACCT TGATCTACAG
GTACAACAGG GCAATGTTAC CGTCAATAGT CGCCTCACTC AAGGAACGCT CAACGCAACG
GTTTTAGCCT CTCAATTGGC GTTAGATCCC TTTTTAACCG GAATAAACGT CCCCGTACCT
GTGCAATTGG TTCGCACCAC AGCAAAAATA TCCGGCTCAG TAGAACAACT TTTAAATCAA
AATTGGAACA CTTTACAAGC AGATGCAGAC ATCAGATTAC GGGTAGCGGA TGATCCGGTT
CTAATTTCGG GACAAGTACA ACAAGGCACT CTAGAAGCGA TCGTTAATAC TCAACAACTT
CCCGTCAGTC CTTTTGTTCC TAATTTAACC GTTCCGGTCA GTATCCAACA AACCCAGGCC
GTTATTTCAG CCCCCGTCGA AGAATTATTA AATCTTAATT TTGATAACCT GAACGCAGAT
GCTAACGTTC GCCTGACGAT CGCCAATAGT CCCGCCCGTG TTTTGGCTAA CATCAACGAT
GGTATAATCA ATGCTGCCGC TAATCTCGGA TCTTTGGCAC TTAATCGAGT CTTTCCCCAA
TTACCTCTAC AGACAACTTT AACTAATGCT CAGGGAAGTT TAAGCGGGAA TTTAAACGCT
TTAGTTACAT CCGTGTTAGA AGGAGAACCG GACTTAAACA CTATTACAGG CAATCTCAAT
TTACAACTAG CAGCAGCCGA TGGAACAATT AACGCTATTA CCCAGTTAAG AAATAATCAA
TGGCAAGCAA GGATTAATGC GACAGACATT AATACCTCTC AATTAGTAGA AACGTTTGCC
CCCAATATTG AGCAACAATA CCGAGAAACC CTTGCAGATG CTAATGCTCA ATTGCGTTTA
AGCGGTTTAG TTTCCCCCAT TTTTAACCCG GATCAACCCC TCCCCATTAA CGCCCAAAAC
GTCGCTATTC AACTGGGAGA GCAAAACTTA AACGCCACCG GCACGATTTT AGTTAGTAAC
TTATTGACTC GCCCAGATGC CAGTGCTAAC CTATCAGTAC AGGCACAAGT GCGAAATCTT
GACCAATTAC CCACGACTCA ACTGTTAACG GGAATTCCAG CGCCTCAAGG ATTTTTACCA
AGACGATTAG ATTTAAGTGG AGACGCTAAC TTTCAAGGTG GTCTGATTGC TGAAAATATT
TTAACCGCTC CCACTGCCCC CGGTAATCTT CAATTAGCCG GCAATTTAGA ATTACTGGAT
TTTGGCTTAA ACGACCGCCA ATTTGACCCC AGATTAGCCG GATCGGTTAA TCTAGCTTTA
GGACAAGAAA TTGCGCTCGA TTTACGAGGA CAACAAGACA TTATCGCGGC GGTAGCTGAA
CCCTGCATCC GTCCCGACTG TATCGCCCCC TATCTGCCGG TTTCCTTTAC ATTTCGCCAA
TTTACCGAAG GACAGCCCCC CATTCTTGCT CAAGGGAGAC GGGTAGGAGA GCGGTTACTG
GCTAATATTG AAAGTTTCCC CCTACAAGTC TTAGGTATTG CTCCCTTGCA AGAATACGGC
GTTCCTGGGC TATTACAAGG CATTGTGAGC TTAGATGCAG ATGTTAACTT ATTTACCCTT
GCCGGTAGGG GTGATCTTCT CGTTAACGAA CCCGGTATCG GCAATTTTGT TGCAGACTCT
TTTCGGGCTA ACTTTGCCTA TCAAGATCAA ATTGCTCGTT TAACGACTGC AACCCTCGTC
ACGGGAGAAA GTGAGTACAA TCTCGAAGGC TCTCTCAATT TCGCCACCGG AGCCATTTTT
GCTAGGGCTA ATGTCGATGA CGGGAATATA GAAGACCTTT TAGCAGTGGT AGGCACTCCC
GATATTGAGA CTGTAGTGAG TTTCATTCAA GGAGACCTCC CTAATTTAAC GGGAGAGGCA
GATATTCCCG TTTATGATGT CGGCGCTCCT GATGCTCCTA TTGCTGACCA AGTCAATTTA
TATGCTAGGA TTGCCGAATA TATCAAAGCT TTAGCCGAAC AAAGACAAGA TTTTGGTGTT
CCGACTCAAT TAGATTTTCA GGGAGTTTAT CAAGCGAGTT TAACGGTAGG AGGAACGTTA
CAAGATCCTA ACGTTAACGT TCAATTTCAG GCTAATGATT GGACATGGAA TCCTCAAGCA
CCCTATCCAA ATATTATACC CCCGATTGGA TTTTTACTGC AAGATACCCG AACCATTCCT
ATCAATGAAA TTGTTTTAGA AGCGAGTTTT AATGATGGAG TAGTGGCGAT AGAACCGGCT
AGATTAAGAA CCCAAAATAC AGTTTTTTCT TTAGCCGGTC AAGCCAATTT ATTAACGGGG
AATTTAACCG GTAATTTTGG GGTAGAAGAT TTTTCAACGG ATACAGTCAA TAATTTTGTA
GATGTTCCGA TCGATTTATT TGGGGATTTA GATATCAAGG GCAACTTATC AGGAACTCTA
TCTAATCCCA TTGTGAGCGG TAACTTTGCC TTTAACGATC TTGCCTTGAA TGCTCGTTTA
CTCAATCAGA CACTTGAAGG TAACTTTAAT TATAGTGATG GACGCTTTCA ATTAGCCACA
ACAGACCCCT CTTTTGTAGG AGTTTATGCC AGTATTCCCT ATCCTCCCCT AGCGGAAAGC
GATCGGGTAG ACGTTAGTCT TAATTTGGGT AACGAAGCCT TAGAATTGAT TAATATATTT
ACTAATGATC AAGTGTCTTG GCTGGCGGGA GATGGTCGGG TAAATGTTAC CGCTACAGGA
CGTTTAGGAT TAGAAAATGG GGTTAATATT AGTGATTTAA TCGTCAATGG AGAAGTAATT
TTAGCCAATG CTGTCCTATC TAGTGAGGCT TTTCCAGAAG TAGTTAATGT CGATGGTCGA
ATTATCTTTA ACCGTCAACT TTTGAATGTT CAACAATTAT CTGCGACCTT TGCCGAAAGC
GAAATTGCAG CAGCCGGAAT ATTACCGTTC TTTGAACCTT TAGGAGAGGC AACCAATCCC
TTAACCGTTG TCATTGAACA AGGAGATATT GACTTAGAAA ATCTTTATGA AGGTCAAATT
GATGGTCGAG TTGTCGTCAA TGGTTCGGCC TTAGAACCTC TAATTAGGGG AGCAGTTCGA
CTTTATGATG GTCGGGTTTT TATTCCTAGA AGAAATGGCG AAGAAGAACA ACGCCCCACC
CCTGTCGCTA ATCAATGGAT AGCGGCCACC ACTCGTATTC AACAGTCCCC TGTTACTCCC
AGACTCGACA ATTTTCAAGT GATTTTAGAT AACTTACAAA TTTCTCAAGA ACCTTTATAT
CAATTTAATT TTGGGGGACA AATTGCTATC AACGGGACTT TAACTAATTT GAATAGTTTA
CAACCTAAAG GAGTGATTCA ATTAGACCGA GGAATTGTCA ATTTTGTCGA TACTCGCTTT
TTAATCGATC GTCGTGCCCC TAATCAAATT GTTTTTGATC CTAATCAAGG AATACTTAAT
CCTTATTTAA ATATTCGCTT AAGAACGATT GTTTCTGATT TTCCAGAGCG ACAATTTCAA
CGACAAACCG GATTTTTTAA TAATAATGAA ATTCCTGATG ATACCCTTAA CCAAGTTCGG
CGGGTTGATA TTACCTTGGG AATTGATGGG CGATTATCTC AACTTTTACC AAGTTTTGGT
CAACCCGTCC AAGAAGTTTG TCAAATTTTT CCCCAAATGC CTGTTATTCC TACGGGAAAT
GTATATACTG AGCAACAATT AAATCAATTA CAAACTTGTC TCCGGGCGTT AGCAACCACA
CAAGAAGCCA ACGAACAGTT ACTTTTAAAT CCCATTGTCG AGTTATCGAG TAGTCCTCCT
CTTAATGATG CGGAAATTGT TCGTTTATTG GGACAACAAT TATTTGATAT TGCCGATGCT
TTACAAGGTA AAAATACAGC ACAGTTAGTA GAATATGGGG TCGTTCAGTT AGCTTTTCCC
CTAGTTTTCC AAAGCATTGC TTATGATATA GAAAATAGCG TGGCTAATGC TCTAAATATG
GCAGATTTCC GATTTTTGCC CTATTTAGAA GCCGTTTATC GAGTTAATAA GGATGAAGAT
TCTTTTGTCA GAATCACTTA CGATTACAAT TTTAATCAAG TCAGGGTTCA ATATGAAACG
AGGTTTTAA
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| Protein sequence | MTNGSSNTPN TPPDPSEQPS FTTRLRRFIR RPSTLIGGGV LIALGVGGYL GVRYFVYERL
SPLIEAQLSN FLGREVNLGE VESFSLTHIR FGNTSIPATP TDADNASVDA VNIQFNILPL
LLGRPLPLEV TLVDPNVYID QDKTGKWVDI ELPEQEEELP IDLDVKVNLE DADLALKPNQ
LKQPVTIQAD GTARYITADP QQLQYDLDVE VLKSDVNLEG KTVLDTGQTQ LNLQVNRLAL
GEIAALLPAN LINLNSGTLN ADLNLNVPSL EKIEGTQGQG NVSLTQIAGR LPTLKVPIKA
NVELGFEGQT VLIDQFRVSL NNIVAQAKGS IDWQKGYNIQ AQINPFQVTN LFKILSWSFP
IDVNGQLQAK FNIRGGITQP LIIGTINNTK PINIDKLRLQ NLRAGFRTNL NQLILEKAQI
QPAPGGQITA TGRLQLNILQ ALKQNKEIQW AKIPVNVNFR GALPGQPLIE PYINVPQGVT
VGTINTVGQI TGTFDKLQSQ VNWQTPNLAT VSDVQIAGSG NIFWQRDTFI LRNTELQTDQ
GTLLVTGRVN TTTKQWQTAI EGNSFNLDPF VAIACDNFNN LCTYTNKLEP VLLETANINL
TGGFDFGLDT IRGIANLDLQ VQQGNVTVNS RLTQGTLNAT VLASQLALDP FLTGINVPVP
VQLVRTTAKI SGSVEQLLNQ NWNTLQADAD IRLRVADDPV LISGQVQQGT LEAIVNTQQL
PVSPFVPNLT VPVSIQQTQA VISAPVEELL NLNFDNLNAD ANVRLTIANS PARVLANIND
GIINAAANLG SLALNRVFPQ LPLQTTLTNA QGSLSGNLNA LVTSVLEGEP DLNTITGNLN
LQLAAADGTI NAITQLRNNQ WQARINATDI NTSQLVETFA PNIEQQYRET LADANAQLRL
SGLVSPIFNP DQPLPINAQN VAIQLGEQNL NATGTILVSN LLTRPDASAN LSVQAQVRNL
DQLPTTQLLT GIPAPQGFLP RRLDLSGDAN FQGGLIAENI LTAPTAPGNL QLAGNLELLD
FGLNDRQFDP RLAGSVNLAL GQEIALDLRG QQDIIAAVAE PCIRPDCIAP YLPVSFTFRQ
FTEGQPPILA QGRRVGERLL ANIESFPLQV LGIAPLQEYG VPGLLQGIVS LDADVNLFTL
AGRGDLLVNE PGIGNFVADS FRANFAYQDQ IARLTTATLV TGESEYNLEG SLNFATGAIF
ARANVDDGNI EDLLAVVGTP DIETVVSFIQ GDLPNLTGEA DIPVYDVGAP DAPIADQVNL
YARIAEYIKA LAEQRQDFGV PTQLDFQGVY QASLTVGGTL QDPNVNVQFQ ANDWTWNPQA
PYPNIIPPIG FLLQDTRTIP INEIVLEASF NDGVVAIEPA RLRTQNTVFS LAGQANLLTG
NLTGNFGVED FSTDTVNNFV DVPIDLFGDL DIKGNLSGTL SNPIVSGNFA FNDLALNARL
LNQTLEGNFN YSDGRFQLAT TDPSFVGVYA SIPYPPLAES DRVDVSLNLG NEALELINIF
TNDQVSWLAG DGRVNVTATG RLGLENGVNI SDLIVNGEVI LANAVLSSEA FPEVVNVDGR
IIFNRQLLNV QQLSATFAES EIAAAGILPF FEPLGEATNP LTVVIEQGDI DLENLYEGQI
DGRVVVNGSA LEPLIRGAVR LYDGRVFIPR RNGEEEQRPT PVANQWIAAT TRIQQSPVTP
RLDNFQVILD NLQISQEPLY QFNFGGQIAI NGTLTNLNSL QPKGVIQLDR GIVNFVDTRF
LIDRRAPNQI VFDPNQGILN PYLNIRLRTI VSDFPERQFQ RQTGFFNNNE IPDDTLNQVR
RVDITLGIDG RLSQLLPSFG QPVQEVCQIF PQMPVIPTGN VYTEQQLNQL QTCLRALATT
QEANEQLLLN PIVELSSSPP LNDAEIVRLL GQQLFDIADA LQGKNTAQLV EYGVVQLAFP
LVFQSIAYDI ENSVANALNM ADFRFLPYLE AVYRVNKDED SFVRITYDYN FNQVRVQYET
RF
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