bioméhannis

Bioméhannis is a multidisciplinary field that combines principles of biology and mechanics. It seeks to understand, analyze, and engineer biological systems using mechanical concepts and tools. This involves studying the mechanical properties of biological tissues, the biomechanics of movement in living organisms, and the design of artificial devices that mimic or interact with biological functions.

Key areas within bioméhannis include orthopaedics, which examines the mechanics of the musculoskeletal system, and prosthetics and orthotics, which focus on designing artificial limbs and supportive devices. The field also extends to cardiovascular mechanics, analyzing blood flow and the function of the heart and blood vessels, and respiratory mechanics, studying the mechanics of breathing. Biomechanics is crucial in understanding how forces affect biological structures, from the cellular level to the entire organism.

Research in bioméhannis often involves computational modeling, experimental testing, and the development of advanced imaging techniques. Applications range from improving sports performance and preventing injuries to developing new medical treatments and advanced medical devices. The ultimate goal is to enhance human health, performance, and quality of life by applying mechanical principles to biological challenges.