Exsymol's poster entitled "Visible facial pores: new insights for their assessment and tightening treatment" was presented at IFSCC and was selected out of 200 posters for its newly found data on facial pores.
This approach demonstrated the key role of the MAGP-1 glycoprotein in the organization of the network of collagen and elastin fibers around the pore, playing an architectural supporting role. Biomechanical studies carried out in partnership with the company Biomeca have reportedly uncovered recent data, particularly in the understanding of the mechanism of pore enlargement and sagging induced by aging.
This data suggests that a new active derived from Exsymol's technology, silanols technology and specific activity on the structures surrounding the pore, will soon be unveiled.
