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Biotensegrity offers a foundational framework for understanding the human body not as a static machine, but as a dynamic system sustained by continuous tension and adaptable compression. While initially applied to cytoskeletal architecture, the model has expanded to encompass tissue-level mechanics, postural dynamics, and even developmental and symbolic processes. Recent research redefines prestress as a living, regulated force field — not a fixed mechanical property but a dynamic state shaped by actomyosin activity, fascial hydration, integrin signaling, and topological configuration.
Fascia, once seen as passive connective tissue, is recast as the sentient matrix of biotensegrity. It transmits force, encodes experience, and links physiological systems through its mechanical, neurological, and biochemical roles. The term fasciategrity is introduced to describe this fascia-centered architecture of coherence.
This review integrates:
- Molecular insights into prestress and cytoskeletal feedback
- Tissue-level fascia remodeling and contractile dynamics
- Clinical implications for pain, posture, trauma, and systemic disease
- Educational shifts toward fascia-based anatomy
- Symbolic and philosophical dimensions of tensional intelligence
By reframing structure as story, tension as intelligence, and healing as re-coherence, Biotensegrity Reimagined offers a transdisciplinary synthesis for medicine, movement, and meaning-making in the 21st century.
