Morphodynamic Coaching is a methodology designed for professionals working in the fields of personal care, aesthetics, wellness, rehabilitation, image, and identity. It offers an innovative approach aimed at developing a more advanced professional, operating at a higher level of expertise. The Morphodynamic Coach is a professional trained to read the face as an adaptive social and biological system and is… Leggi di più... "Morphodynamic Coaching (eng)"
Introduction Bone remodeling is traditionally described as a physiological process regulated by osteoblast and osteoclast activity, maintaining skeletal integrity through continuous cycles of bone formation and resorption. Classical biological models emphasize metabolic and hormonal regulation of this process, as well as the role of mechanical loading in skeletal adaptation (Wolff, 1892; Frost, 2003). However, in the craniofacial region, bone remodeling… Leggi di più... "Morphodynamic Bone Remodeling System."
Introduction The structural evolution of biological tissues over time results from the interaction of multiple processes regulating tissue turnover, repair, and mechanical adaptation. In the craniofacial region, aging has traditionally been interpreted as a consequence of gravity, tissue degeneration, or collagen breakdown. However, increasing evidence suggests that the dominant structural mechanism underlying aging is tissue atrophy, affecting bone, adipose tissue,… Leggi di più... "The Atrophy-Fibrosis Balance Model of Tissue Aging."
Atrophy, Mechanical Forces and Structural Remodeling in Craniofacial Aging 1. Introduction Aging is traditionally described as a progressive decline in biological function associated with molecular damage, cellular senescence, and systemic physiological deterioration. However, in the context of craniofacial biology and aesthetic medicine, aging cannot be explained solely by biochemical mechanisms. Instead, it is increasingly recognized as a multiscale morphodynamic process,… Leggi di più... "The Morphodynamic Theory of Aging."
Arnaldo Rizzo, MD – Morphodynamic Cosmetic Surgery Abstract Recent discoveries in mechanobiology, particularly the work of Li et al. (2025), have revealed that direct cell-to-cell contact can induce fibroblast-to-myofibroblast transition independently of traditional biochemical or extracellular mechanical cues. This finding redefines fibrosis as a mechanical and communicative dysfunction, rather than merely an inflammatory or biochemical event. Understanding this mechanism provides… Leggi di più... "Mechanobiological Strategies for Fibrosis Control: From Cellular Contact to Functional Morphodynamic"
Definition and Concept The term “mechanobiomaterials” was proposed to describe biomaterials designed to engage with living tissues through mechanical interactions rather than passive biochemical compatibility (Lin et al., 2024, Sui et al., 2024), a new class of biomaterials designed to actively engage mechanobiological principles to enhance tissue regeneration. The authors discussed how materials can be engineered to deliver mechanical cues—such… Leggi di più... "Mechanobiomaterials: Integrating Mechanics and Biology for Tissue Regeneration"
The fundamental principle of Morphodynamic Cosmetic Surgery is that “function determines form,” according to the 1997 “Moss Functional Matrix” theory (Rizzo 2020). In recent years, the emerging discipline of Mechanobiology has explored the mechanisms of action of extrinsic mechanical stimuli, explaining in detail how cells, tissues, and organs translate mechanical stimuli into biological processes (https://www.chirurgiacosmeticamorfodinamica.it/2025/10/21/the-role-of-mechanobiology-in-regenerative-aesthetic-medicine-and-morphodynamica-cosmetic-surgery-mdcs/) Leggi di più... "New paradigms in MYOMODULATION of facial Dynamics."
The aim of this article is to explore the medium- to long-term consequences of onlay-type facial prosthesis applications. The rationale is that inserting a prosthesis, made of any material, eliminates the physiological mechanical stimulation of muscles and neuromuscular dynamics, leading to negative remodeling of the bones on which the prosthesis is placed. Leggi di più... "Bone atrophy caused by facial onlay implants."
Facial inear scars, according to one Morphodynamic perspective, can be considered “Distant Modulators of Facial Dynamics”. Linear scars are not only localized cutaneous alterations, but persistent biomechanical factors capable of influencing tissues beyond their anatomical borders (Tomasek et al. 2002; Gurtner et al. 2008). The anisotropic deposition of collagen generates mechanical discontinuities that alter local tension fields, with consequences that… Leggi di più... "Effects of linear scars on the face"
Introduction Oral and ocular dryness are frequent consequences of autoimmune diseases such as Sjögren’s syndrome, endocrinological pathologies, head and neck radiotherapy and age related atrophy. Conventional therapies are mainly symptomatic. In recent years, however, regenerative approaches based on PRP, stem cells, exosomes, tissue engineering and mechanobiology have emerged as promising alternatives. Platelet-Rich Plasma (PRP) PRP, through the release of growth… Leggi di più... "Update on Xerostomia and Dry eyes Syndrome."
