Facial aging is a multifactorial process that involves changes in the skin, soft tissues, musculature, and bone structure, resulting in laxity, loss of contour definition, and alterations in skin texture. This case report describes the treatment of a 57-year-old South American female patient whose primary complaint was facial aging, using the biorestructuring agent Profhilo® (IBSA Farmaceutici Italia Srl, Lodi, Italy) in combination with three-dimensional analysis via VECTRA® 3D (Canfield Scientific, Inc., Parsippany, NJ, USA). The therapeutic protocol consisted of two sessions, spaced four weeks apart, with the product applied at strategic points according to the Bio Aesthetic Points protocol, aiming to stimulate collagen production, promote deep hydration, and restore facial architecture. Pre- and post-treatment evaluation with VECTRA® 3D allowed the objective measurement of wrinkles, pores, texture, skin uniformity, and facial contours. Global improvements in firmness, hydration, texture, and contour definition were observed, demonstrating the bioremodeling and biostimulating effects of Profhilo®, with natural and progressive results. The findings from this case indicate that two sessions of Profhilo® can promote significant skin regeneration and facial rejuvenation, highlighting its applicability in postmenopausal South American populations. Moreover, this report emphasizes the utility of Profhilo® as a minimally invasive alternative for facial rejuvenation and reinforces the role of VECTRA® 3D as an objective and precise tool for the three-dimensional evaluation of aesthetic outcomes.
Dallepiane et al. (Wed,) studied this question.