Yes. Posturology draws on research in neurophysiology, sensorimotor integration, and movement control. It studies how visual, vestibular, and proprioceptive inputs influence posture, balance and movement organization. These mechanisms are studied in several scientific fields related to motor control and the sensory organization of the body. For know more, you can consult this page → [Educational reading - Your body, a sensory-motor system](https://www.andyaudet.com/_files/ugd/a43825_9d605a01ea1342d3a6325d17cabe6068.pdf?index=true) or this blog(https://www.andyaudet.com/post/la-posturologie-est-elle-scientifique)

Posturology studies how the body maintains balance and orientation in space using information from several sensory systems, including vision, the vestibular system (inner ear), and proprioception. These inputs allow the nervous system to organize posture, movement, and the distribution of tension throughout the body. When these sensory references become less precise, the body may develop compensations in order to maintain balance and movement. Posturology aims to improve the quality of this information so that the nervous system can reorganize posture and movement more efficiently.

Posture and the nervous system operate in a continuous feedback loop. The nervous system organizes the body in space, and posture is one of the physical expressions of that organization. At the same time, posture constantly sends sensory information back to the nervous system through proprioception. When posture becomes inefficient, the nervous system must work harder to maintain stability and coordination.

Yes. Postural organization significantly influences the distribution of mechanical loads across musculoskeletal structures. When alignment and motor coordination become altered, certain tissues may be exposed to repeated or excessive mechanical stress. During everyday activities such as walking or standing, muscles, joints, and connective tissues constantly absorb and transfer load. Over time, these altered loading patterns may contribute to microtrauma, tissue irritation, or inflammatory responses within muscles, tendons, ligaments, and joints. In addition to mechanical factors, persistent nociceptive input from overloaded tissues can modify central nervous system processing, influencing motor control and pain perception. Pain itself can then alter movement strategies, creating a feedback loop: pain → altered movement → altered load distribution → continued stress. This is why some people experience persistent discomfort even when the original injury has already healed.

Yes. Postural control requires continuous neuromuscular regulation by the central nervous system. Even when a person appears still, the brain is constantly adjusting muscle activation to maintain balance and orientation relative to gravity. Efficient postural organization allows the body to maintain stability using minimal muscular activation and optimized mechanical alignment. When posture relies on compensatory strategies, the nervous system must increase muscular co-contraction and corrective adjustments to maintain equilibrium. This increased neuromuscular activity raises metabolic demand and can contribute to nervous system fatigue, muscular fatigue, perceived tension, and reduced movement efficiency.

The nervous system’s primary objective is to maintain stability and movement (which is closely related to Survival), even when conditions are not ideal. Thus, compensations are not errors. They are part of the nervous system’s adaptive response to preserve function. So, when a system that normally contributes to posture or movement becomes less reliable—due to injury, stress, sensory disruption, or long-term habits—the brain does not simply stop movement. These compensatory strategies redistribute mechanical load and neuromuscular activity across different tissues and joints. While effective in maintaining short-term function, persistent compensations may alter movement efficiency and increase localized mechanical stress over time. When the underlying cause of the compensation remains unresolved, the same pattern may be repeated thousands of times during daily activities such as walking, standing, reaching…

Because posture is a fundamental component of how the nervous system organizes movement, changes in postural organization can influence multiple aspects of physical function. People who often seek posturology include individuals experiencing recurring musculoskeletal pain, persistent tension patterns, balance difficulties, or movement limitations. Others may consult after injuries, when the body appears to have adapted around a previous issue. Some individuals are not experiencing pain but feel that their body is constantly compensating or requires excessive effort to maintain posture and movement. In these situations, improving how the body organizes itself in space may influence how load, coordination, and stability are distributed throughout the system. Situations often associated with postural compensations (non-exhaustive) • neck pain • lower back pain • sciatica • scoliosis • hip pain • knee pain • plantar fasciitis • tendinitis • bursitis • hyperlordosis • hyperkyphosis • chronic muscle tension • postural imbalances • physical or nervous system fatigue • recurring injuries • "butt winks" (squat) • gym compensation • training injuries • sport injuries

Functional neurology focuses on how the nervous system processes and organizes information. Rather than diagnosing disease, it aims to optimize communication between sensory input and motor output so the system functions more efficiently. If you’d like to explore in more detail the various concepts i work with, you can consult this page → [Concepts and Approaches](https://www.andyaudet.com/concepts-approches)

Medical neurology focuses on diagnosing and treating neurological diseases. Functional neurology focuses on optimizing how the nervous system processes and coordinates movement and perception.

No. Neurofeedback is a specific technology-based training method. Neurotherapy, as used in my practice, refers more broadly to nervous system regulation and sensory-motor optimization (without tech tools).

The brain adapts based on repeated input — this is called neuroplasticity. Targeted sensory and movement input can support improved coordination and efficiency over time.

Physiotherapy focuses on diagnosis and rehabilitation within a medical framework. Osteopathy often works through manual techniques to influence structure and mobility. My approach focuses on how the nervous system organizes movement, balance, and regulation. Rather than adjusting tissues directly, I work with the system’s coordination and sensory processing. These approaches address different layers of organization and can be complementary.

The approach is grounded in movement science, neurophysiology, and sensory-motor integration. Traditional rehabilitation often focuses on specific injuries or isolated structures. My approach looks at how the entire sensory-motor system is organizing itself. Instead of treating a part, we improve how the system coordinates as a whole.