| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_5881 |
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| Symbol | |
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| ID | 7112868 |
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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_011738 |
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| Strand | + |
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| Start bp | 316378 |
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| End bp | 319731 |
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| Gene Length | 3354 bp |
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| Protein Length | 1117 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 643484149 |
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| Product | DNA primase catalytic core domain protein |
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| Protein accession | YP_002381158 |
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| Protein GI | 218442838 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3378] Predicted ATPase |
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| TIGRFAM ID | [TIGR01391] DNA primase, catalytic core |
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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 | 5 |
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| Fosmid unclonability p-value | 0.000000211197 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGATAACAG CAACCCATCC GACAACACAA AAGACAAAAA ACACAAAAAG CAATTTAATT
GACGTTTACA CCGAAGCTCT CGCCCGTTTC TCCCCAGAAC AGATCTACGA TCGCTACCCC
CATAATTTCA AATCCGACGC AACAGGGAAA TTAAGAGGAA TACCGCCGTT TCGTGAGTCT
AAGTCAGAAA CAAGTTTTAC CGTATTCCCA GATGGCGGAT TTTTTGATGC TGGAGACGGA
TTTGGCGGAT ATGCACCAGA TTACATTCAT AGCCTCAAGA TAGGAAGATG GGAGAGGGCA
AGGGGACGGG ACTTTGTAGC CGCCGTTCGT GAGTTATGCG CGCTGGCGAA GCCAGATCCG
CAAGCGGATC GCGCGGGTAT CCCCTTCCCA GAACTGTCAT TAAGCCAATC AGAGATAGAA
AAAGCCCAAA AATCCGAGAA TCGCCGAGGA ATATTGGCTT GTTTAATTAA ATTGGGACAG
GATACATTAT GGAGTGAGTT TGGGACGGCT GCCCGTGATT ATCTGATCAA TGAACGAGGG
CTAACCGAGC AGCAGATCAA GGATTTTCAC CTGGGTTATT ACCGTAAACG CTCAGATGTG
GTGGATTATC TCAAGCATAA AGGCTATACC GCCACAGAGA TAAAAGAGGC AGGGGTAGCT
TTAAAAAAAT GGGAGGGTTA TATCATTATT CCCTGGCTTG ACGAGGGGGG ACGGCCACTG
ACGCTTTACG GGCGATATCA CCAAAAAACA GCCCCAGAAG GATTACCCAA AACCCTCGCT
TTACCTGGGA TAGGCACAAA GCGATCGCCA TTGTATCTAG ACAGAGCGAT TGCAGCCGGA
CACAAAGAGG TAATTTTTGT TGAGGGGGTA TTTGATGCCC TCCTGTTACA GGCATTAGGA
GAAACCAGGG CTATAAGTGG GGTGGCCGCG TCATTCTCCA ACGAGCAGAT TGAAACCTTA
AAACGTAACC GAATTGAGAA AGTTTATCAT TTAGGAGACC CAGACGGCGG GGGAATTGGT
GGGACTAACT CGAATTTGAC AAGGTTACTC AAGGCATGCA TCAGCGTCTA TGTCCCCCCG
ATGCTTCCCG ACTCTTTAGA TCCCGATGAA TTTGTAATAC GGCATGGGAT AGAAGCATTA
AAGGAATTAA TAGAGCGATC GCATCATGGG TTGAGGTGGA AAGCGGCTCA AATTGTCAAC
AAATGTGGAC TAGATACCGA TGCAGCTAAA GAGCGAGTTT TAAGGGAAGC CCTTGAGGTA
GCTAATTCTG TGCCTTCTCA ATATAAACTA GAGCTAGAAA CGTTCTTTTG GGGGGAAATT
CGCGCGACAA TGGGAGATAT GGATATTGAT GAGTTTCGGG AGTTGCTGGA GCGACAGATA
AACAACGATG CCCAAACCTT ATCGGATTCT TCTGCTGACA TCCCCGACAG CTTCAGCCCC
AACAGCGAAT ACACCCAACA AGTTTATAAC GTCCTCTATC GTGATAAACG TTGGATTTGT
GTCGAAGGAA AACTCTACTA CTGGGAAACC AATCATTACG AGCATTCAAA GGACGTGGTC
GAGAAAAAGA GGATTAGAGA CTTCCTTAAC ACTCTACCCA AGAAGAATAA AGATGGTGAG
ATAACTTATC CATTCGCCAA GCCGAATTGT GTCAATAACG CTCTCGAATG GCTCAAAATG
GGGTTTGGGA TCGACCCAGA ACTGGTTAAT CCCCCTGGAC TTAATTGTAC CAATGGGGTG
CTGAAAATCC ATTGGATAGA ATCGACCCCA ACATGGGAGT TAGTTCCCCA TAACCCTGAG
CAGTATTATC TTTATGAGCC GGTGCTAACT TATGACCCCG ATGCCCCTCA GACAGATTGC
GATCGCTTAT TATCGGCATT AGATCCCGCT CAACTAACTA TATTCCTACG CAGCGTAGCG
GCTTCATTAG ATATCCAAAC AGTGCGGAAA TACAAAGGAC GCTTGGTCAG AGCCTTGCTG
ATGAAAGGTT TGGGGAGCAA CGGTAAAGAC TCTATCCGCG AAGTCGTGCG GCTGATGTAC
GGCGGAATCG GCATGACAGG CTGTACATTA AGTGACTTCC GACAATACGA CGAGGGCAGG
AAGTTTCCCC TCTCAAAACT CGGTAGAAGT CGGGTTAACT GGGCTAGTGA GAATGCTTCT
TTTGCCAAAA TAGATTCTTT ACAATCTCTT AAGGCGGCCA TTACAGGAGA TCCTCTGTCG
GTGGAGAACA AGGGAAAAGA TGAGAACGAA TATGACCCGA CTGCTGTATT GTTCTTTAAC
TGTAATGACA TTCCCAGATT AACCGGGTCG ATGGAAGCGA TCGCCTCAAG ATATGCGGTG
TTAACTTTCA ACAAAACCTT TACAATTGAT GCAGATCCGA GTAAAGGAGA GATAGAGGCC
GATCCACGTT TTAAATATGA CCCTGACTTC CTGAAAACCC ATGTTTTGTC GGCTTTTCTC
AATCGAGTGC TGTCAGAATT GGTTAATCTG ATGTCCGACG GGATAGATTA CCGGGCTTGC
GATCGGGCCT GGAATGAAAT CAAAGCCGAA AATTCTCACC TATTTCAATT TACCCAGGAT
GTGGGATTAA GTTACCTAGA GGGGAAAGAA ATGCCCGTCG GTGACATCTG GAAGCTCTTG
GAGGGGTGGT ATCAAGACAA TGGGTATCTC AGTTATATCG AGTCTTCAAC AGGGAAGCTA
AAGGCTGACT GGACTGATTC ACCGATACGG GGCGATCGCT TAGTAAAAGG GGCGAATCAA
GTTACAGCCA GAATCCTTGA GTTATTTCCC AAAGCTAAAC GGGTTGTGTT GGCTAACAAT
TCTAGAGTCA TCAGGGGTAT AGGAATTGTA CCGTCTGGTA ATGGTGATGA GGGGGGACAT
AACCAGTCAC ATAACCAATT ACCTAACCCA GAAGTCTTAC CCAATAACCA TTCTAAGCAA
CATAACCAAG GAGATACGGG AAATAATTCT TCTTCTAAAG AAATTGAATT AAATACATCA
CCACCGGAGT CACAGCAGTC TTTGGATGAT GAAAACACTG ATTATGAAGG TTCAACTGGT
TCGGTTAGGG AGATTCAAAT CCAGACACCG CGCATTCAAA ACGAACATAA CCAATTGAAT
GAAGATGGTT GTGAAGAGGG AGAAACTGGT TATGACTCAT CCTCTATGGA GTCTAATTCA
TCCCTTACTG AACCACATTT ACTCAAACCC GGCACTCGTA TCATCCATAA CGAAAGTTGG
GTTGGAACAA TCCAAAGTAT TCATCCCGAT GGCAAGGTAG CCCAAGTTTA TTTAGATTTG
ATGGAGAGTG TTCATCCGGT TGATATTGAT AACTTGAAAT TATTGGACGA ATAG
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| Protein sequence | MITATHPTTQ KTKNTKSNLI DVYTEALARF SPEQIYDRYP HNFKSDATGK LRGIPPFRES
KSETSFTVFP DGGFFDAGDG FGGYAPDYIH SLKIGRWERA RGRDFVAAVR ELCALAKPDP
QADRAGIPFP ELSLSQSEIE KAQKSENRRG ILACLIKLGQ DTLWSEFGTA ARDYLINERG
LTEQQIKDFH LGYYRKRSDV VDYLKHKGYT ATEIKEAGVA LKKWEGYIII PWLDEGGRPL
TLYGRYHQKT APEGLPKTLA LPGIGTKRSP LYLDRAIAAG HKEVIFVEGV FDALLLQALG
ETRAISGVAA SFSNEQIETL KRNRIEKVYH LGDPDGGGIG GTNSNLTRLL KACISVYVPP
MLPDSLDPDE FVIRHGIEAL KELIERSHHG LRWKAAQIVN KCGLDTDAAK ERVLREALEV
ANSVPSQYKL ELETFFWGEI RATMGDMDID EFRELLERQI NNDAQTLSDS SADIPDSFSP
NSEYTQQVYN VLYRDKRWIC VEGKLYYWET NHYEHSKDVV EKKRIRDFLN TLPKKNKDGE
ITYPFAKPNC VNNALEWLKM GFGIDPELVN PPGLNCTNGV LKIHWIESTP TWELVPHNPE
QYYLYEPVLT YDPDAPQTDC DRLLSALDPA QLTIFLRSVA ASLDIQTVRK YKGRLVRALL
MKGLGSNGKD SIREVVRLMY GGIGMTGCTL SDFRQYDEGR KFPLSKLGRS RVNWASENAS
FAKIDSLQSL KAAITGDPLS VENKGKDENE YDPTAVLFFN CNDIPRLTGS MEAIASRYAV
LTFNKTFTID ADPSKGEIEA DPRFKYDPDF LKTHVLSAFL NRVLSELVNL MSDGIDYRAC
DRAWNEIKAE NSHLFQFTQD VGLSYLEGKE MPVGDIWKLL EGWYQDNGYL SYIESSTGKL
KADWTDSPIR GDRLVKGANQ VTARILELFP KAKRVVLANN SRVIRGIGIV PSGNGDEGGH
NQSHNQLPNP EVLPNNHSKQ HNQGDTGNNS SSKEIELNTS PPESQQSLDD ENTDYEGSTG
SVREIQIQTP RIQNEHNQLN EDGCEEGETG YDSSSMESNS SLTEPHLLKP GTRIIHNESW
VGTIQSIHPD GKVAQVYLDL MESVHPVDID NLKLLDE
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