Tuesday, 14 June 2022 00:00

Understanding Biomechanics Is the First Step Towards Foot Health

Biomechanics is the study of mechanical principles in regard to movement and structure in living organisms. It is important to understand biomechanics as it relates to feet and ankles in order to properly address conditions that affect them. Biomechanics in an individual change as they age: their range of motion decreases, muscles weaken, and tissues can stiffen. An older person will tend to put more weight on the inside of their feet when they walk which can flatten the feet and lessen the strength in which they propel themselves. All of these factors can contribute to foot pain and make us more likely to fall. By studying a person’s biomechanics, a chiropodist can help alleviate pain, correct certain gait abnormalities, and even treat certain conditions with custom orthotics and specialty footwear, and other therapies. If you have any pain or decreased mobility, it is suggested that you make an appointment with a chiropodist for an examination and gait analysis.

The biomechanics of your feet play an important role in your foot health. To learn more, please consult with Chiropodist Stephanie Poupore from North Bay Foot & Ankle. Our clinician can help you maintain the health of your lower limbs and your mobility. 

Foot biomechanics refers to the study of the structure, function, and motion of the feet. The feet and ankles are a complex system consisting of many bones, joints, ligaments, muscles, and tendons that work together to move your feet. Understanding the unique biomechanics of your own feet can help you and your chiropodist make informed decisions about your foot health care. This includes decisions about the best preventive measures to avoid foot pain, the best treatment options for various foot problems, and finding the best shoes for your feet. 

If you have any questions, please feel free to contact our office located in . We offer the newest diagnostic and treatment technologies for all your foot care needs.

Read more about Biomechanics of the Feet