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Biotensegrity Part 3: Levers and Pendulums in Human Anatomy Are So Yesterday! [Article]

Biotensegrity, or tensegrity in biology, is described as the tensional network of the human form. It is an emerging field that raises new questions and insights into how this fascial connective tissue matrix is tensioned and how crucial that is to human structure. Biotensegrity is a compelling model that explains structure and motion in non-linear biologic forms such as the human body. The problem with many of the classical theories of biomechanics is that they are largely based on outmoded notions, such as the widely accepted idea that muscles act on the human limb joints as if they are levers. This article (Part 3 in a series on Biotensegrity) explains why it is a misconception that there are levers in biologic forms and proposes the idea of recognising closed kinematic chains as an alternative model of human anatomy and structure.

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