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- GC_skew abstract "Under standard milieu, when there is no mutational or selective pressure, and under random distribution of nucleotides, there is an equal frequency of the four DNA bases (Adenine, Guanine, Thymine, and Cytosine) on a single strand of DNA. In most prokaryotes (e.g. E. coli) and some archaea (e.g. Sulfolobus solfataricus), there is an asymmetry between the nucleotide compositions of the leading strand and the lagging strand. The leading strand is enriched in Guanine (G) and Thymine (T), whereas the lagging strand shows richness in Adenine (A) and Cytosine (C). This phenomenon is referred to as GC and AT skew, and it is represented as follow:GC Skew = (G - C)/(G + C) AT Skew = (A - T)/(A + T)Sometimes this can also be labeled as \"G-C skew\" to further emphasize the relative subtraction order.".
- GC_skew thumbnail Bacteria_Bidirectional_DNA_Replication.png?width=300.
- GC_skew wikiPageExternalLink genskew.csb.univie.ac.at.
- GC_skew wikiPageID "38632380".
- GC_skew wikiPageLength "15431".
- GC_skew wikiPageOutDegree "29".
- GC_skew wikiPageRevisionID "690478345".
- GC_skew wikiPageWikiLink Adenine.
- GC_skew wikiPageWikiLink Archaea.
- GC_skew wikiPageWikiLink Bacillus_subtilis.
- GC_skew wikiPageWikiLink Category:Bioinformatics.
- GC_skew wikiPageWikiLink Category:DNA.
- GC_skew wikiPageWikiLink Category:Genetics.
- GC_skew wikiPageWikiLink Category:Nucleotides.
- GC_skew wikiPageWikiLink Chi_site.
- GC_skew wikiPageWikiLink Cytosine.
- GC_skew wikiPageWikiLink DNA.
- GC_skew wikiPageWikiLink DNA_replication.
- GC_skew wikiPageWikiLink Erwin_Chargaff.
- GC_skew wikiPageWikiLink Escherichia_coli.
- GC_skew wikiPageWikiLink Firmicutes.
- GC_skew wikiPageWikiLink Guanine.
- GC_skew wikiPageWikiLink Haemophilus_influenzae.
- GC_skew wikiPageWikiLink Nucleic_acid_double_helix.
- GC_skew wikiPageWikiLink Nucleotide.
- GC_skew wikiPageWikiLink Okazaki_fragments.
- GC_skew wikiPageWikiLink Prokaryote.
- GC_skew wikiPageWikiLink Replichore.
- GC_skew wikiPageWikiLink Sulfolobus.
- GC_skew wikiPageWikiLink Thymine.
- GC_skew wikiPageWikiLink Z_curve.
- GC_skew wikiPageWikiLink File:Bacteria_Bidirectional_DNA_Replication.png.
- GC_skew wikiPageWikiLink File:GC_skew_in_Bacillus_subtilis.tif.
- GC_skew wikiPageWikiLinkText "compositional bias".
- GC_skew wikiPageUsesTemplate Template:Reflist.
- GC_skew subject Category:Bioinformatics.
- GC_skew subject Category:DNA.
- GC_skew subject Category:Genetics.
- GC_skew subject Category:Nucleotides.
- GC_skew hypernym Frequency.
- GC_skew type TelevisionStation.
- GC_skew type Biostatistic.
- GC_skew type Nucleoside.
- GC_skew type Organophosphate.
- GC_skew type Organophosphate.
- GC_skew comment "Under standard milieu, when there is no mutational or selective pressure, and under random distribution of nucleotides, there is an equal frequency of the four DNA bases (Adenine, Guanine, Thymine, and Cytosine) on a single strand of DNA. In most prokaryotes (e.g. E. coli) and some archaea (e.g. Sulfolobus solfataricus), there is an asymmetry between the nucleotide compositions of the leading strand and the lagging strand.".
- GC_skew label "GC skew".
- GC_skew sameAs Q5513061.
- GC_skew sameAs m.0r8ppj1.
- GC_skew sameAs Q5513061.
- GC_skew wasDerivedFrom GC_skew?oldid=690478345.
- GC_skew depiction Bacteria_Bidirectional_DNA_Replication.png.
- GC_skew isPrimaryTopicOf GC_skew.
