1 February 2020 Biomechanics and Mechanobiology

Biomechanics uses mechanical and physics principles to understand biological systems as structure of human cells, tissues or organs.

Its main objective is to characterize motion of the mechanical features of biological systems and their differential variations (constraints, deformation…).

Biomechanics is a powerful application of engineering mechanics to study biological systems.

Biomechanics can predict mechanical behavior of cells, tissues, organs under external factors, by studying applied forces from other organs for example.



Mechanobiology studies the way how physical forces in cell or tissue can contribute to develop changes or even diseases.

Cellular mechanobiology studies cellular processes in a specific biological way and the influences of mechanical, chemical or biological environment on these processes.

All these changes are related to the mechanotransduction, a very challenging field to better understand biological systems that can lead to the development of diseases.


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cutaneous anisotropy

Glomeca #7 – Cutaneous anisotropy

Here we will talk about a term which needs to be elucidated : anisotropy. Skin is described as an anisotropic soft material but it is essential to explain further to well understand how to use this term..
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9 November 2021