A Holistic Framework for Biological Systems: Integrating Fascia and Tensegrity
Keywords:
Biotensegrity, Fascial System, Structural IntegrationAbstract
Traditional biomechanical models often simplify the intricate complexity of biological systems, frequently relying on a reductionist approach that isolates components rather than appreciating their interconnectedness. This article advocates for a paradigm shift, proposing that the concepts of fascia and tensegrity offer a more comprehensive and unified understanding of biological architecture and function. Fascia, as a ubiquitous and continuous connective tissue network, acts as the unifying matrix of the body. Tensegrity, an architectural principle emphasizing continuous tension and discontinuous compression, provides a robust structural framework that elucidates how forces are distributed and integrated throughout this fascial net. By embracing a "biotensegrity" perspective, we can move beyond the limitations of purely Newtonian biomechanics and gain deeper insights into phenomena such as mechanotransduction, force transmission, and the adaptive capacity of living organisms. This holistic framework has significant implications for various fields, from clinical practice and rehabilitation to our fundamental understanding of health and disease.
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Copyright (c) 2025 Dr. Noura El Amrani, Dr. Alan M. Becker
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