The body isn’t an accumulation of parts, it is a complex system of interdependent and independent tissues that work together to navigate through the demands of its environment. Assessing and optimizing movement is a key to health and functionality. Movement and neuromechanics assessment of individual parts to global patterns is crucial to try getting to the bottom of biomechanics and response to trauma. The more accurate your body is aware and perceives its positions the better it moves and feels. Manual therapy is the software reset, movement is the software update. Movement is the strongest medicine. We assess and correct through movement.
The Selective Functional Movement Assessment (SFMA) is a comprehensive movement assessment system designed to identify movement dysfunctions and underlying impairments that contribute to pain and functional limitations. It involves a series of movement tests and screens that evaluate mobility, stability, and motor control across various body regions. The SFMA assesses movement patterns rather than isolated segments, allowing practitioners to identify dysfunctional movement patterns and prioritize treatment strategies. By identifying the root cause of movement impairments, the SFMA helps guide the development of personalized treatment plans, which may include manual therapy techniques, corrective exercises, and motor control drills. The SFMA is widely used by healthcare professionals, including physical therapists, chiropractors, and sports medicine practitioners, to systematically evaluate and address movement dysfunction, restore functional movement patterns, and improve overall performance and quality of life.
Functional Range Conditioning (FRC) is a comprehensive system of movement training that aims to maximize joint health, flexibility, and overall mobility. It focuses on developing usable ranges of motion by targeting the specific tissues and structures surrounding the joints. FRC utilizes a combination of passive and active stretching techniques, joint mobilizations, and controlled articular rotations to increase joint strength, control, and range of motion. The system emphasizes progressive overload and adaptability, encouraging individuals to gradually expand their joint capacities through targeted exercises. By enhancing joint function and increasing the body's ability to move freely and efficiently, FRC helps optimize performance, prevent injuries, and promote overall physical well-being. It is widely used by athletes, fitness enthusiasts, and individuals seeking to improve their movement quality and maintain joint health
NeuroKinetic Therapy is a sophisticated form of manual therapy that combines motor control theory and manual muscle testing. NeuroKinetic Therapy is both an assessment and treatment technique. NKT utilizes manual muscle testing to assess if a muscle is firing properly by itself or in coordination with other muscles. The protocol re-programs the dysfunctional routines stored in cerebellum. This allows the practitioner to treat the cause of dysfunction instead of the symptoms. Manual muscle testing is combined with whatever release technique the therapist already utilizes in their practice.
Stick Mobility training is a versatile and effective exercise system that utilizes specially designed sticks to enhance mobility, strength, and stability. It involves performing a variety of exercises and movements that utilize the stick as a tool for creating tension, improving body awareness, and increasing joint range of motion. The sticks provide leverage, resistance, and feedback, allowing for deeper stretches, improved alignment, and enhanced muscle activation. Stick Mobility exercises target multiple muscle groups simultaneously, promoting functional movement patterns and improving overall body coordination. This training method is suitable for individuals of all fitness levels and can be tailored to specific goals or rehabilitation needs. By incorporating Stick Mobility into a fitness routine, individuals can develop better mobility, flexibility, strength, and body control, leading to improved performance and reduced risk of injuriess
Dynamic Neuromuscular Stabilization (DNS) is a therapeutic approach that focuses on restoring the body's natural movement patterns by utilizing developmental kinesiology principles. It emphasizes the fundamental role of the central nervous system in coordinating optimal movement and stability. DNS involves a combination of specific exercises, manual therapy techniques, and postural corrections to activate and retrain deep stabilizing muscles, improve joint function, and enhance overall movement efficiency. By addressing dysfunctional movement patterns at their core, DNS aims to optimize neuromuscular coordination, improve functional performance, and prevent or rehabilitate injurie
Quantum Neurology Rehabilitation utilizes a variety of methods to enhance neurological function and promote healing. One such method involves the use of low-level light therapy, also known as photobiomodulation. This therapy involves the application of specific wavelengths of light to targeted areas of the body, stimulating cellular activity and promoting tissue repair. The low-level light helps to reduce inflammation, improve blood circulation, and enhance cellular metabolism, thereby facilitating neurological healing and optimizing function. Another method employed in Quantum Neurology Rehabilitation is the use of percussion therapy. Percussion involves the application of rapid, rhythmic vibrations to specific muscles or areas of the body using specialized devices. These vibrations stimulate muscle contractions, improve blood flow, and enhance neural activation, leading to increased muscle strength, improved proprioception, and enhanced neurological communication. By incorporating low-level light therapy and percussion methods into Quantum Neurology Rehabilitation, practitioners aim to facilitate neuroplasticity, restore optimal function, and support the body's natural healing processes.
The Postural Restoration Institute (PRI) Myokinematics approach is a specialized framework that focuses on understanding and addressing postural imbalances and movement dysfunctions. It is based on the principles of asymmetrical human anatomy and the influence of posture on muscle activation and joint alignment. The Myokinematics system emphasizes the assessment and treatment of the pelvis, rib cage, and thorax as key components in restoring balanced movement. By analyzing the position and alignment of these structures, practitioners can identify patterns of muscle imbalance and compensatory movements that contribute to pain and dysfunction. The Myokinematics approach utilizes specific exercises, manual techniques, and neuromuscular re-education strategies to restore proper alignment, improve muscle function, and optimize overall movement efficiency. It is widely utilized by healthcare professionals, including physical therapists, chiropractors, and trainers, to address musculoskeletal issues, improve performance, and enhance quality of life for their patients and client
Integrated Kinetic Neurology (IKN) is an innovative approach to optimizing human movement and performance by integrating the principles of neurology, biomechanics, and functional rehabilitation. It focuses on the relationship between the nervous system and the musculoskeletal system, recognizing that optimal movement requires efficient communication and coordination between these systems. IKN utilizes a variety of assessment techniques to identify neurological dysfunctions and movement imbalances, and then applies specific interventions such as manual therapy, exercise, and neurologically-based movement patterns to restore proper function. By addressing both the neurological and biomechanical aspects of movement, IKN aims to enhance motor control, improve performance, and reduce the risk of injuries. This approach is commonly used by healthcare professionals, movement specialists, and athletes seeking to optimize movement quality, functional capacity, and overall well-being
he Running Clinic is a renowned organization that provides specialized education and resources for runners and healthcare professionals interested in optimizing running technique, preventing injuries, and enhancing performance. Founded by experts in the field of running biomechanics, The Running Clinic offers evidence-based courses and workshops that cover various aspects of running mechanics, injury prevention, rehabilitation, and performance enhancement. Their educational programs delve into topics such as proper running form, gait analysis, training principles, footwear selection, and exercise programming specific to running. With a strong emphasis on a multidisciplinary approach, The Running Clinic brings together professionals from fields such as physiotherapy, sports medicine, biomechanics, and coaching to provide comprehensive insights and practical strategies for runners of all levels. By promoting knowledge, skill development, and evidence-based practices, The Running Clinic plays a vital role in improving the understanding and practice of running-related issues for both runners and healthcare practitioners. This certification was developed using the most recent scientific evidence. From diagnosis to treatment, including running gait analysis/retraining, detailed footwear analysis/prescription and appropriate load management.