In this original presentation, Dr. Vallotton explores the evolution of the human foot through the prism of paleontology, highlighting the anatomical specificities

In this presentation, Dr. Vallotton outlines a comprehensive clinical method for diagnosing knee pain, emphasizing postural analysis, biomechanics, and gait.

Dr. Vallotton explains the impact of hallux limitus on the kinetic chain of the lower limb, highlighting the imbalances induced at the level of the foot, knee and pelvis.

Dr. Vallotton describes in detail functional hallux limitus, a mechanical disorder of the big toe influencing the entire postural chain.

Dr. Jacques Vallotton presents the functional impact of hallux limitus on human walking, in particular the imbalances caused in the sagittal plane.

An in-depth presentation of the biomechanical impact of the foot on the statics and dynamics of the body, particularly in the context of functional hallux limitus and its long-term joint consequences.

This video reviews the anatomical and biomechanical basics of the meniscus to better understand the origin of lesions. It shows how distant abnormalities (hallux valgus, femoral rotation, etc.)

Dr. Vallotton explains the fundamental role of the meniscus in the biomechanical balance of the knee. He uses clear analogies to show how meniscal tears disrupt joint stability and shock absorption.

Dr. Jacques Vallotton provides a detailed explanation of functional hallux limitus, a little-known condition that impacts foot propulsion. He describes its biomechanical consequences, clinical diagnosis, and conservative and surgical treatment options.