
The Science That Addresses Pain from Body Movement
Human biomechanics, by its very name, refers to the relationship between pain generated by the way the body (biological) moves (mechanics). It is the science that studies the mechanical principles governing biological systems, with a focus on movement and performance of the human body. This approach combines elements of mechanics, anatomy, physiology, and neurology to better understand how muscles, bones, and joints work together to produce movement. The word biomechanics comes from ancient Greek: bios meaning “life” and mechanics meaning “mechanics.”
What is Biomechanics?
Biomechanics studies the effects of internal and external forces on the human body, treating it as a unified system. This understanding is crucial for analyzing movement mechanisms and the causes of pain, offering solutions for addressing them. It examines how the laws of mechanics are applied to biological systems. In practice, this means analyzing the forces exerted and the loads applied to the human body during movement. This analysis can be used to improve athletic performance, prevent injuries, design prosthetics, and develop medical devices.
Applications of Biomechanics Science
The science that interacts with our daily life!
- Athletic Performance and Injury Prevention: Biomechanics is applied to athletes to improve their technique and reduce the risk of injury. Using tools like video analysis and 3D motion systems, experts can identify where imbalances or excessive loads may be affecting a joint or muscle.
- Motion Analysis: Motion analysis is used to assess and improve human movement in various areas, from rehabilitation after injury to ergonomics in the workplace. Biomechanical studies can help improve posture, walking, and movement efficiency.
- Prosthetics and Orthotics: Biomechanics is critical for designing and creating prosthetic limbs and orthotic devices that allow users to move in a natural and comfortable way. Biomechanical analysis helps customize these devices to the individual needs of each user.
- Medical Devices and Surgical Tools: Biomechanics contributes to the design of medical devices, such as implants and surgical tools, that are more effective and less invasive. The analysis of mechanical loads and biological tissue response is key to developing these technologies

Analysis of Daily Activities and Pain
Biomechanics is also applied to the analysis of everyday activities such as walking, posture, and running. By understanding how mechanical forces affect the body during these activities, we can pinpoint the causes of pain and suggest ways to improve posture and movement to prevent it. Biomechanics helps us understand how to reduce pain and improve comfort and safety.
How Biomechanics and Postural Change Improve Your Health.
Biomechanics is a critical science that combines mechanics and biology to improve our understanding of human movement and performance. As a branch of biophysics, it offers valuable insights into how mechanical principles affect the human body and cause pain. It is applied in sports science and exercise to improve physical performance and address injuries, and is also used to analyze daily activities such as walking and posture. Many aspects of our daily lives are informed by biomechanics, making it essential for understanding and addressing pain related to movement.
Discover how biomechanics can reduce pain and improve your quality of life. For more information, visit our website and learn how expertise in biomechanics can effectively address chronic pain.

Whether you’re dealing with back pain, shoulder pain, neck pain, hip pain, recurring injuries, poor performance, or generally struggling with your movement, no other approach currently treats these issues better than applying the fundamental principles of biomechanics.
Undoubtedly, this is proven with visible results from before-and-after posture photos and walking/running videos (before and after).