In X chromosome inactivation... A-Why it is inactivated? B- How it is inactivated? C-Is the inactivation complete? D-Is it possible to observe any consequences for this inactivation?
- In X chromosome inactivation...
A-Why it is inactivated?
B- How it is inactivated?
C-Is the inactivation complete?
D-Is it possible to observe any consequences for this inactivation?
Epigenetics is the subject of heritable differences in gene representation that do not require modifications to the underlying DNA sequence. Epigenetics is the study of mutations found in genetic expression (active compared to inactive genes) that do not involve mutations in DNA sequencing changes in phenotype without genetic mutations affecting how cells study genes. Epigenetic mutations are normal and natural but can also be influenced by a number of factors including age, environment/lifestyle, and disease status. Epigenetic mutations can be seen as normal in the way cells eventually divide to end up as skin cells, liver cells, brain cells, etc.
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