FOXO4-DRI, also known as Retro-Inverso FOXO4, is a lab-engineered version of the natural FOXO4 protein. Scientists slightly altered its structure to make it last longer in the body and interfere with the usual FOXO4 function. Research shows that FOXO40DRI stops FOXO4 from attaching to the p53 protein, a key step that enables the removal of aging, or senescent, cells from tissues. As a result, it may help enhance organ performance and reduce signs of aging at the cellular level.
This peptide has also been linked to changes in insulin response, cell cycle control, and the body’s management of oxidative stress. Because FOXO4-DRI can enter cells directly, it’s able to specifically trigger the death of old, non-functioning cells. In animal studies, this has led to outcomes that resemble the reversal of age-related decline.
FOXO4-DRI, also known as Retro-Inverso FOXO4, is a lab-engineered version of the natural FOXO4 protein. Scientists slightly altered its structure to make it last longer in the body and interfere with the usual FOXO4 function. Research shows that FOXO40DRI stops FOXO4 from attaching to the p53 protein, a key step that enables the removal of aging, or senescent, cells from tissues. As a result, it may help enhance organ performance and reduce signs of aging at the cellular level.
This peptide has also been linked to changes in insulin response, cell cycle control, and the body’s management of oxidative stress. Because FOXO4-DRI can enter cells directly, it’s able to specifically trigger the death of old, non-functioning cells. In animal studies, this has led to outcomes that resemble the reversal of age-related decline.