epigenetics

As nouns the difference between eugenics and epigenetics

is that eugenics is the science of improving stock, whether human or animal while epigenetics is the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes.

As a noun epigenetics

is (genetics) the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes.

As an adjective genetics is

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is likely misspelled.

has no English definition.

As a noun epigenetics

is the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes.

As nouns the difference between epigenomics and epigenetics

is that epigenomics is (biology) the study of the effects of chromatin structure on the function of the included genes while epigenetics is (genetics) the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes.

As nouns the difference between taxonomy and epigenetics

is that taxonomy is the science or the technique used to make a classification while epigenetics is the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes.

In genetics terms the difference between epigenetics and epistasis

is that epigenetics is the study of heritable changes caused by the activation and deactivation of genes without any change in DNA sequence while epistasis is the modification of the expression of a gene by another unrelated one.

As nouns the difference between epigenetics and acetyllysine

is that epigenetics is the study of the processes involved in the genetic development of an organism, especially the activation and deactivation of genes while acetyllysine is any of several isomeric acetyl derivatives of lysine; they are formed in protein as part of epigenetics.