Jennifer Doudna, co-inventor of CRISPR it is said certain that the first mainstream applications of this modality of genetic modification will not concern the treatment of diseases or the choice of the eyes of a child, but will be on our table.
“I think the biggest reflection of CRISPR in daily life over the next 5 years will be in the agriculture sector,” Doudna says in an interview with Business Insider magazine, “and crops processed with CRISPR have the potential to eliminate both hunger and obesity. ".
Don't call it a GMO
Let's clarify one point immediately: genetically edited crops are definitely different things from the much criticized GMOs: one thing is to genetically modify a food (by mixing and putting together genes from different organisms), another is to "edit" it by producing changes in its own genome.
On the other hand, the difference also translates into a different regulatory approach: genetically edited fields are not subjected to any of the limits set for GMOs.
CRISPR, many opportunities
There are several examples of research that has successfully exploited the CRISPR method to give benefits to crops: tomato plants were "edited" to improve their yield, fungi to reduce oxidizability, even a soy plant was edited to obtain a reduced content of unsaturated fats. CRISPR can give us healthier and longer lasting foods than the current ones, and if the predictions of its "creator" are right we will soon see these super foods on the table.
The interview: We'll be eating the first Crispr'd foods within 5 years, according to a geneticist who helped invent the blockbuster gene-editing tool [Business Insider]
