For example, genetically engineered viruses have been used in gene therapy to
replace damaged genes with healthy genes.
The goal of gene therapy is to
replace damaged genes with ones that work to address a root cause of cancer: damage to DNA.
And now, with the UK parliament's vote in favour of three - parent babies, we are about to go a step further and actively
replace damaged genes with working versions.
Not exact matches
Gene therapy is, in essence, a type of biotechnology that
replaces mutated
genes with healthy ones, reversing the effects of disease or
damage.
A genetic cure for the disease would require completely
replacing the mutated
gene because any remaining dysfunctional protein would continue to form
damaging aggregates.
Rare, deadly, and caused by a single
gene mutation, it was a perfect proof - of - principle condition for anyone seeking to
replace damaged DNA with
genes that did the job.
Therapy using live cells is increasingly used to
replace damaged tissue, deliver
gene therapies to target tissues and organs, and stimulate self - healing along with a number of other applications.