The phrase "alter gene activity" is correct and usable in written English.
It can be used in scientific or medical contexts when discussing changes to the functioning of genes.
Example: "Researchers are exploring ways to alter gene activity to develop new treatments for genetic disorders."
Alternatives: "modify gene function" or "change gene expression.".
Both studies suggest that the RNA bits alter gene activity.
On the other hand, mechanisms other than gene mutation could also be effective to alter gene activity.
It finds that epigenetic effects, chemical modifications of the human genome that alter gene activity without changing the DNA sequence, may have a major influence on sexual orientation.
A new study reveals that homosexuality may be linked to our epigenetics, chemical modifications that alter gene activity without changing DNA sequences.
Indeed, in the past decade researchers have begun unpack the ways in which stress hormones can alter gene activity and ultimately influence the body's ability to regulate itself. .
Indeed, in the past decade researchers have begun unpack the ways in which stress hormones can alter gene activity and ultimately influence the body's ability to regulate itself.
Consistent with this, Santoro and Dulac have found that the replacement of H2B by H2BE strongly alters gene activity, although the precise mechanism by which these alterations regulate neuronal lifespans remains to be determined.
Several genes, including PPAR delta (peroxisome proliferator-activated receptor delta) and PGC-1 alpha (PPAR gamma coactivator 1 alpha), represent the impact that physical training has on altering gene activity.
By simply adding or withdrawing this chemical from the mouse's drinking water, the researchers were able to precisely track in real time the effects of altering gene activity in the microbiome inside the gut of living mice.
This strategy is based on the recognition that most genetic variants linked to disease don't code for proteins, but instead have subtle gene regulatory roles, such as altering gene activity levels, or affecting the chemical modifications — epigenomic marks — made to DNA that influence which genes are active in which cells.
Next, they infected these immune cells with bacterial pathogens either Salmonella or Listeria, both common culprits of food poisoning and used leading-edge genomic sequencing techniques to see how infection altered gene activity.
