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Biomechanics is the science of movement of a living body, including how muscles, bones, tendons and ligaments work together to produce movements. Biomechanics addresses several different areas of human and animal movement. It includes studies on the functioning of muscles, tendons, ligaments, cartilage, and bone; load and overload of specific structures of living systems; and factors influencing performance. The mechanics of human movement centered on sport, muscle, tissue and orthopedic biomechanics through required coursework in the faculties of Kinesiology, Science and Engineering.
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Scope and Importance
The unique combination of specialized Biomechanics classes with Engineering and Science courses provides students with a foundation in muscular and mechanical analysis of human movement, the mechanics of biomaterial, biomechanics research, and the modeling and simulation of human movement. The study of biomechanics is important when determining what causes injuries and therefore how we can prevent them re-occurring. This is especially important in elite athletes but can be a major cause in recurrent injuries in the less gifted amateur athlete. Physiotherapists are professionally trained to detect biomechanical faults which can predispose you to injury.
1. Gait analysis - study of your walking pattern.
2. Running analysis - study of your running style.
3. Video analysis or motion captures analysis.
4. Sports biomechanics - sport specific analysis.
5. Workplace analysis - study of how you do your job.
6. Biomechanics of running, sprinting, swimming, throwing
The biomechanical properties and behaviors of organs and organ systems stem from the ensemble characteristics of their component cells and extracellular materials, which vary widely in structure and composition and hence in biomechanical properties. An example of this complexity is provided by the cardiovascular, which is composed of the heart, blood vessels, and blood. The biomechanical properties of the living systems are closely coupled with biochemical and metabolic activities, and they are controlled and regulated by neural and humoral mechanisms to optimize performance. While the biomechanical behaviors of cells, tissues, and organs are determined by their biochemical and molecular composition, , mechanical forces can, in turn, modulate the gene expression and biochemical composition of the living system at the molecular level. Thus, a close coupling exists between biomechanics and biochemistry, , and the understanding of biomechanics requires an interdisciplinary approach involving biology, medicine, and engineering.
The United States is the biggest market for the Biomechanics and Implant Designing related business options, among which Florida shares 3% of the total market opportunities available in the world. This area needs more experts because day by day the medical cases are increasing but the rate of growth of healthcare system is very slow. In the US only, there were 35,000 registered bone related implant surgeries in 2013 which is increasing at a rate of 4-5% yearly, and professionals for these type of surgeries is growing by 1-1.5% every year. We need new methods of treatment that are more efficient and long-lasting, something which the US government recognizes as they spend billions on dollars in funding for the research through agencies like NIDRR, NCMRR, and VA RR&D.
Societies and Association on Biomechanics are :
Companies associated with Biomechanics are:
This page will be updated regularly.
This page was last updated on February 18, 2020