Epigenetics: Difference between revisions
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Epigenetics is a theory of [[Inheritance]] which suggests that gene expression within an organism can be altered by changes to the genome, without the DNA sequence itself being changed< | Epigenetics is a theory of [[Inheritance]] which suggests that [[gene expression|gene expression]] within an [[organism|organism]] can be altered by changes to the [[genome|genome]], without the [[DNA|DNA]] sequence itself being changed<ref>Hartl DL, Ruvolo M. Genetics analysis of genes and genomes, 8th ed. India: Jones and Bartlett Learning; 2011.</ref>. This is mainly caused by the addition of specific chemical groups on to the genome, which can promote or inhibit the transcription of [[genes|genes]] in to [[polypeptides|polypeptides]]. The genome alterations are considered to be heritable, therefore the changes in gene expression of an organism may affect their offspring in subsequent generations<ref>Carey N. The epigenetics revolution. United Kingdom: Icon Books Ltd; 2012.</ref>. | ||
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Revision as of 14:06, 2 December 2015
Epigenetics is a theory of Inheritance which suggests that gene expression within an organism can be altered by changes to the genome, without the DNA sequence itself being changed[1]. This is mainly caused by the addition of specific chemical groups on to the genome, which can promote or inhibit the transcription of genes in to polypeptides. The genome alterations are considered to be heritable, therefore the changes in gene expression of an organism may affect their offspring in subsequent generations[2]. References ===