Ep 574 - Rethinking Touch Through Fascia Research with Rachelle Clauson and Nicole Trombley

Superficial fascia functions as a complex, richly vascularized, and innervated layer that serves as a critical mediator between the central and peripheral nervous systems. Unlike deep fascia, this superficial layer contains a unique composition of fat, water, hyaluronan, and collagen, facilitating essential processes such as thermoregulation, lymphatic drainage, and neuro-immuno-endocrine regulation. Research from Caterina Fede at the University of Padua reveals that while superficial and deep fascia are distinct, they fuse in specific anatomical regions like the palms and soles to support proprioception and motor coordination. Understanding these structural nuances allows manual therapists to move beyond muscle-focused techniques, recognizing that superficial touch can profoundly influence systemic health and address conditions like lipedema and chronic pain. This foundational knowledge shifts the therapeutic perspective from merely breaking down adhesions to appreciating the functional, supportive role of the body's superficial fascial network.