Connective tissues in the human body are dynamic, continuously adapting to mechanical forces. A particularly intriguing aspect of this adaptability is how the connective tissue’s microstructure—specifically the density of nodes within the...
Category - Tensegrity and Connective Tissue
Delves into how tensegrity principles apply to fascia’s role in structural health and movement. It discusses collagen, vitamin C, reflex integration, posture, and fascia’s impact on therapy, aiming to enhance understanding of the body’s structural and functional harmony
Using Jerk/RMS Acceleration for Context-Free Gait Evaluation Table of Contents Introduction Understanding Jerk in Gait Analysis Normalizing Jerk with RMS Acceleration Mathematical Example Practical Considerations Applications and Benefits...
Understanding the complexity of the mechanics involved in Tensegrity structures, which appear similar to mechanical principles employed in nature, is challenging. In this post, a simple, reduced tensegrity structure is mathematically modeled to...
Urban children grow up in engineered surroundings established on a constrained mathematical framework. This framework is limited by the pliability of the materials used, the energy budget, regulations, and other factors. It is now widely...
A design constraint of animals is that they are inherently unstable in the direction they want to move in, and stable in all other vectors. Overcoming stability in the direction they want to go instigates movement, and having expended energy...
Highlights the biomechanical synergy between arm and leg movements in gait, focusing on cross-lateral integration for stability and movement efficiency, and suggests exercises to enhance this natural coordination.
connects Sprike scores, indicating movement smoothness, with reflex integration, suggesting higher scores reflect better reflex efficiency. It explores reflexes as key to survival and skill, proposing Sprike feedback as a tool for enhancing...
challenges traditional posture concepts, emphasizing dynamic movement through "Kinsegrity." This principle promotes efficient, natural movement and standing, minimizing wear by aligning the body to better absorb and distribute energy
Manual Therapy tactics and strategies have foundationally evolved since I went into practice in the 1980’s. In the past 15 years, the underlying mechanisms of efficacy in manual techniques have been firmly established. Having followed...
Examples of tensegrity structures.