| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0447 |
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| Symbol | |
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| ID | 7107392 |
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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 | 488798 |
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| End bp | 494461 |
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| Gene Length | 5664 bp |
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| Protein Length | 1887 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643478720 |
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| Product | protein of unknown function DUF490 |
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| Protein accession | YP_002375781 |
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| Protein GI | 218437452 |
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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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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 | 52 |
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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 | ATGACATCTA ACTCACCAGA TCCGGGAAAC TCTCCCCCTA ACCCCTTAAA GCGTCTCTTA
CAGACAGCCA AACAGCCAAA AGCGATCGCC ATAGGCATAA CATCCCTTAC CCTCATTATC
GGTAGTAGCG TCGGGTTTAG AATTGTCATG ACACAAACCC TACCCCAAAC GATCGAAAAA
ACCCTTAGCG ATGCACTTAA CCGAGAAGTC AAACTCGGAA AAGTAGAAAA TTACTCACTC
ACTCACCTTA AAATTGGGTT TTCCTCCATA CCCGAAACCC CTAAACATTT AAATCAATTA
ACCATTGAAA ACATTGACGC TCAATTTAAC CCCTTATTAA TTCTATTACA AGGTCGTTTA
CCCGTAAAAA TTACCCTAAG TAACCTCAAT GGTTATATTA AACAAGATCA ACAAGGAAAT
TGGACAATCG ATCGCATTGA AAAAATCAAA CTTCCTATAG ACTTAGATGC AAGCTTTGAG
ATTAAAAACG CAGATCTTCA GTTGCAACCA TCGGGGAAAG CTAAACCCGT CACCGTAGAA
TTAGATGGAA AAGGCAACTA TCTCGAACTA AATCAACAAC AACAATTAGG CTATGATTTT
ACCGTTGCTT TACTCAATAG TCAAATTCAT CTCAAAGGAA ATACCCGACT TCCCACAGGA
AAAACCGAAG CAGAATTAAA AATTGAAAAA TTAGCTTTAC CAGAAATAGC GTCATTAATT
CCTCATTTCC CCCTACAAAT TAATCAAGGT CAACTGAATA CCAATGTTAA TATTGAAGTG
CCTTCTTTGA CAAATATTGA AAATAGCCAA GGACAAGGAA ATATCAGCCT TAATAATTTA
ACAGCCACGA ATAATCAATT AAAACAGCCG ATAAAAATAG TCGCTAATTT TGCCTTACAA
GACACTCAAC TCATTATTCA AAAATTTCAA ATTAACTGGA GTGAAATTAA AGCCAATATT
CAAGGTAATT TAGACTGGAA AAAAGGATTA GATTTAGCCG TTAACCTTCA ATCGTTTAAC
CTTTCTGATA TAAGCAAAAC CTTTTCTGTA TCAATGCCTT TTTTAGTGGG GGGAAATTTA
CAAAGTCAGA TCAGAATAAA AGGAGAATTA TCTAATCCTA TCGTAACCGG AACAGTCAAA
AACACTCAAA ATTTATTAAT CGATAAAGTA TTAATTAAAG ATTTTAAGAC AGTTTTTCAA
GCCAATTTAA ATGAATTGAT TCTTAAAAGT CTAACTATAA AACCCGTTGT CGGAGGAGAA
ATACAAGGTC AAGGAACAAT TAAAACTCAA TTCAAAGAAT ATTTAAATCA ACCTAAAAAG
TTTGACTGGA CTAAACTTCC TATAAAATTC ACCGTAAATA CTAATTTACC CACTCAAAAA
ATTGTCAATC TTTATTATCC GATTCCTTCA GAGGTTCAAT TAGGAAATTT AAAAGCCAAA
GGAGAGTTAA GCGGAACTTT GAAACGTCCT CAAGCTCTAC TCCAATGGCA ACTCTCTGAT
ACCAATTTAG CCTCAACAAA TCCTATTTAT GGTGGGGGAG AATTATTAGT TTTAAATCAA
ACTATAAACC TGCGTAACAC AGAATTAACC ACAGGAGAAG GAAAAATCAC TTTAACTGGG
AGAGGTAATC TAGACAAAAA TTTATGGCAA ACCGAGGCGG TAATCAATTC ATTTAATTTA
CCTGTAATAT TCCCCTCAAA CCCAACAGTA ACCCTAGAGA GCGGAAAAGT AACATTATTA
GGAACATTCG ACAAACTCAA TATTAATAAT GTAACGGGTT TAGCTAATTT ATTTATCAAA
GTAAATGAAG GAACAGTTAT TTTAAATAGC CAATTAAAAA ACGGACAAAT AACCGGCAGT
GCTAACCTTT CTCAACTTGC CTTAAATCCC TTTTTACCTA AAACCATTAA TACTCCCGTT
AAACTTACAC AAACCCAAGC TAATTTTTCT GGTTCAATGG CTGAAATTTT AGCCAATGAT
ACTGATAAAT TTAGTTCTCT AAATGCAACG GCTAATCTGA GTATAGCGGT TAATGATAAT
CCGATTTCGA TTCAAACTAC TTTAGATAAG GGAATTGTAA ACGCTGATAT CAAGACTGGT
AAAATCCCTC TATCTCCTCT ACTTCCTAAT TTAACCATTC CCATTAATTT AACTCAAAGT
CAAGTCAACG TATCGGGTAA AATAGGATCT TTATTATCCT TTTTAGAATC AAGCGAAACC
CAAGAAAATG ATGTATTAAA AGATATTAAA CTGACGGCTG ATGCTCAAAT TAATATTGAC
GATAACATCA TTAAAGCTCA AGCTTTTATT AATAATAATC AATGGCAAAG TGAAATTTAT
GGATCTAATA TTTCTCATCC TTCCTTATGT CCTCCTCTGC AAAAAAACTG TCCTCCTATT
AATACCAAAA TCAATCTTTC AGGAAATATA GACCCTCTTT TCCAACAAAA TCCTACTCTT
TCCATACAAG CTAAAACTAT CTTACTTGAA ATCAAAGGAC AAACCCTGGA AGCTCAAGGA
GATATAATAG TAGAAAATAT AGACACTATC CCCGATGCTA GACTTAACTT AGGGGTAGAA
TATCGTTCTG ATTTAAAAAG TATATTACCG TTAGATGAAT TTATTTCTCA AATTCCCATC
CAACAAGGAT TATTACTTGA TGAAACTCAA ATAACAGGAG AAACTTATTT TAAAGGTCAA
TTAGTAGGAA CAAATTTACT GACAACATCC AACCCATTAG AAAACATACA ACTGACCGGA
AATGCCCAAT TAACCAATTT AAGCATAAAT AAGCGGGTTT TTGAACCCAT TATGAGAGGA
ATAGTAAATG TTTCTATTCA GCAAGAAATA ACTGTTAACT TGCGAGGAAA ACAAGATATA
TTTGCTTTTA CCTTAGAACG GTGTTCTAGA AACTCTTGTC TTACCCCCTA TCTTCCCAAC
TCATTTCAAG TTCTCCAAAG CTATAATGCT CAAATTCCCA TACAATTGAA AGCAACAAGG
CAGGGAGAAA TCTTAAGCGC CGACTTAGAA AATTTTCCCT TAGAACTATT GCAAATTACC
CCGATTAGAA CCCTAGGATT TCCCACAAGA GTAACGGGAA ATGTTGATGC TAACTTACAA
ATTAACCTAT TTACTTTAGC CGGAACCGGC AACCTAACCA TTGACAAACC GGGAATAGGA
AATATTACAG CAGAATCTTT TGAGACAGAA TTAGTTTATG ATAATCGGTT AGCTAAATTA
CAATCTGCTA ACCTTCAAAT AGGTCAAAGT CGTTATCAAC TAGATGGAAG CTTCGATATT
AAAACCCAAG AACTTCAAGG TAAACTCCAA ATTAATGAAG GAGAAATACA AGACCTTCTT
GAAGTTACCA ATGTAGCGAG TTTAATTAAT CCATCCACAA CAAAAATACC TCAAACCACT
ACCGCAAACC AACTTCAACC TTATTCAATT GGTGGTGCTA ATACTCCCAT ATCAGAACAA
CTCAATCAAA TTCGAGAAAG TGAACAAAAA ATCCGTCAAC AAGCTAATCA AATAGAATCG
GGTTTAATTG CACCTATTTT AGACTTACAA GGAAAATATC GAGCAGAAAT TGACCTAGGG
GGAACATTAG AAAACCCAGA AATTAGCTTA CAGTTTGAGG GAAAAAAATG GCAATGGTTT
CCTAAACCTC AATATGTTAA TTTTCTTGAC CCTTTAGGAC TCATTATTCA AGAACCTGAA
ACTATTCCTC TTGAAAAAAT ATCCCTTCAA GGTCATTTAG AAAAGGGTGA ACTTAAAATT
AATTATCAAT CCGAAATTGG CAGAGCCAAC CTAGCATTAA ATGCTAACTT AGTCAAGGAA
AATAACCGAT GGAATTTCCA AGATTCAAGC TTTAATATTG AAAACTTGTC TTTAGATTTA
CTAAGATACT TCTTTGAATC TCCTATTGAT ATTAATGGAG AAATTAACGC TCAAGGAAAG
CTCCAAGGAA ATCCTTTAAA ACCCGAAATA ATCACTAATT TTGCTTTTAC TGATGGAACT
TTAAATGGTC GTCCTCTCAA TATTCCTGTG GAAGGTAATT TAACTTATAT TAACGATAAA
ATCACGTTAA AAACTCTTGA GGATTCTAAA ATTAAAATTT ATGCTAATGT TCCTTATCCT
ATCGAACCCC AGAAAAATGA TCGTTTAGAA TTAGACCTTA AACTGACGAC AGAAGTATTT
ACTGTAATTG ATCTTTTTAG TCAAGGAAAA TTAAATTGGG TGGGAGGAGA AGGAGAAATT
AATTTAAAAG CCAATGGCCG GATAAATTTG GCAGAAACTT TTAAACTTTA TGATTTAAAT
ACCGAGGGTC AAGTTACTCT TAATAACGCC ACTCTTCAAG CTTCTAATCT AGAACGTCCC
TTGATTTTTA ATGGTCAACT GATGTTTAAT AATCAACACT TAGAAGCCAA CCAACTAAAA
GGAAATATTT TAGATACTCA AGTGGCGATT ACAGGAATCT TACCTTTATT TGAACCAATT
GCTAATAATC AAAATCCTTT GACTATTAGT TTAATCAATG GTCAAATTGA CTCTCCAGGA
CGTTATCGGG GAGAAATTGA TACTAATTTA ATTATTAAGG GTTCGGTGTT TAATCCCATT
ATTGGGGGAA ATATTCGGAT TTATAATGGT CAAATTCTGT TGAGTAGATT GAAAGAAGAT
AATCAGATTG TTTCCCCCGT CTATCAGCAA TGGTACGGAA CACTAACCCC TCAAAAACCT
TTAATTAAAC CTCCACAATT AAATAATTTT CAAGTCGCCC TTGAGAATAT AGAATTGATC
CAAGATGACC GCTTACCTCA ATATAAATTT GATGTCAGTG GAGAGTTAAA TTTAAACGGA
GATTTACTGA ATTTAGAAAG TCTTCAACCC AGGGGAAAAA TTCGCCTTAA TCAAGGAAAA
GTTTATATTC TGACTACTGA TGTGTTTTTA GCAAATCAAT ATGAAAACAC TTTAACTTTT
TTCCCCGAAG AGGGATTATT TAATCCTTAT TTAGACCTAC AACTGAAAGC TTTTCTCTGG
GATATTGCGA TTATTGCCAA TAATAATAAT GAAATTCCTG ATGATATTGT TAAAAGTGGA
AGACAAAAAT CTGTTGAATT AACAGTTACT ATTCAAGGAG AGGCCGAACA ACTTTATGCA
GCAGCACCCG TGATAGAAAA AGCCTGTCAA TTTCCTGAAG AAGATTCCCC CATTAATCCC
AATCTTGTAC CAGAATTGAG TCAACAATTA ACAGATTGTC TTCGGGTTGC TAGCTTTGCA
GATAATCAGT CAGATCTTCA ATTACTTAAA TCGCCAGTAG TCTCTATTTC TAGCAATCCT
CCTTTAACCC AAAATGAAAT TAATGTTTTA TTTGATCGTA AAATAGATGA TATTTCTGAC
CCCGTACAAC AACAAAATAC AGCCCAATTA GTAGAAATAG GAATTCCTCA AGTGGCTGTT
ACTGTTCTTC CTTTTTTACA GCAAGAAGTC TTTGAATTAA ATGAAGCTGT ATCCTTATGG
GCTAAATCAA CTTTTGGGTT AGAACGCTTT CAAATTGTGC CGGTTGTCCA AACCGGTTAT
AAATTAAATA ATGGGGCTTT CGTCCGAATT TCCTATGATT ATTTCTTTAA TGAAATGACG
GTTAGATATG AAACCCGATG GTAA
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| Protein sequence | MTSNSPDPGN SPPNPLKRLL QTAKQPKAIA IGITSLTLII GSSVGFRIVM TQTLPQTIEK
TLSDALNREV KLGKVENYSL THLKIGFSSI PETPKHLNQL TIENIDAQFN PLLILLQGRL
PVKITLSNLN GYIKQDQQGN WTIDRIEKIK LPIDLDASFE IKNADLQLQP SGKAKPVTVE
LDGKGNYLEL NQQQQLGYDF TVALLNSQIH LKGNTRLPTG KTEAELKIEK LALPEIASLI
PHFPLQINQG QLNTNVNIEV PSLTNIENSQ GQGNISLNNL TATNNQLKQP IKIVANFALQ
DTQLIIQKFQ INWSEIKANI QGNLDWKKGL DLAVNLQSFN LSDISKTFSV SMPFLVGGNL
QSQIRIKGEL SNPIVTGTVK NTQNLLIDKV LIKDFKTVFQ ANLNELILKS LTIKPVVGGE
IQGQGTIKTQ FKEYLNQPKK FDWTKLPIKF TVNTNLPTQK IVNLYYPIPS EVQLGNLKAK
GELSGTLKRP QALLQWQLSD TNLASTNPIY GGGELLVLNQ TINLRNTELT TGEGKITLTG
RGNLDKNLWQ TEAVINSFNL PVIFPSNPTV TLESGKVTLL GTFDKLNINN VTGLANLFIK
VNEGTVILNS QLKNGQITGS ANLSQLALNP FLPKTINTPV KLTQTQANFS GSMAEILAND
TDKFSSLNAT ANLSIAVNDN PISIQTTLDK GIVNADIKTG KIPLSPLLPN LTIPINLTQS
QVNVSGKIGS LLSFLESSET QENDVLKDIK LTADAQINID DNIIKAQAFI NNNQWQSEIY
GSNISHPSLC PPLQKNCPPI NTKINLSGNI DPLFQQNPTL SIQAKTILLE IKGQTLEAQG
DIIVENIDTI PDARLNLGVE YRSDLKSILP LDEFISQIPI QQGLLLDETQ ITGETYFKGQ
LVGTNLLTTS NPLENIQLTG NAQLTNLSIN KRVFEPIMRG IVNVSIQQEI TVNLRGKQDI
FAFTLERCSR NSCLTPYLPN SFQVLQSYNA QIPIQLKATR QGEILSADLE NFPLELLQIT
PIRTLGFPTR VTGNVDANLQ INLFTLAGTG NLTIDKPGIG NITAESFETE LVYDNRLAKL
QSANLQIGQS RYQLDGSFDI KTQELQGKLQ INEGEIQDLL EVTNVASLIN PSTTKIPQTT
TANQLQPYSI GGANTPISEQ LNQIRESEQK IRQQANQIES GLIAPILDLQ GKYRAEIDLG
GTLENPEISL QFEGKKWQWF PKPQYVNFLD PLGLIIQEPE TIPLEKISLQ GHLEKGELKI
NYQSEIGRAN LALNANLVKE NNRWNFQDSS FNIENLSLDL LRYFFESPID INGEINAQGK
LQGNPLKPEI ITNFAFTDGT LNGRPLNIPV EGNLTYINDK ITLKTLEDSK IKIYANVPYP
IEPQKNDRLE LDLKLTTEVF TVIDLFSQGK LNWVGGEGEI NLKANGRINL AETFKLYDLN
TEGQVTLNNA TLQASNLERP LIFNGQLMFN NQHLEANQLK GNILDTQVAI TGILPLFEPI
ANNQNPLTIS LINGQIDSPG RYRGEIDTNL IIKGSVFNPI IGGNIRIYNG QILLSRLKED
NQIVSPVYQQ WYGTLTPQKP LIKPPQLNNF QVALENIELI QDDRLPQYKF DVSGELNLNG
DLLNLESLQP RGKIRLNQGK VYILTTDVFL ANQYENTLTF FPEEGLFNPY LDLQLKAFLW
DIAIIANNNN EIPDDIVKSG RQKSVELTVT IQGEAEQLYA AAPVIEKACQ FPEEDSPINP
NLVPELSQQL TDCLRVASFA DNQSDLQLLK SPVVSISSNP PLTQNEINVL FDRKIDDISD
PVQQQNTAQL VEIGIPQVAV TVLPFLQQEV FELNEAVSLW AKSTFGLERF QIVPVVQTGY
KLNNGAFVRI SYDYFFNEMT VRYETRW
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