Understanding movement.
Finding the why behind pain.
Clinical biomechanics studies how the human body moves, loads, compensates and adapts. It brings together anatomy, mechanics, physiology, tissue behaviour, nervous system control and real-world function to help explain why pain, injury and movement dysfunction occur.
For Dr Jo Abbott, clinical biomechanics is not simply about joints and muscles. It is about the whole human system: how the body organises movement, how it protects itself, and how assessment can reveal the hidden patterns driving pain, stiffness, instability and loss of confidence.
Clinical biomechanics asks a deeper question.
Not only “where does it hurt?” but “why is this body moving, protecting, bracing, loading or compensating in this way?”
Definition
What is clinical biomechanics?
Clinical biomechanics is the study of human movement and the forces acting on the body, with a particular focus on how muscles, bones, tendons, ligaments, fascia, joints and the nervous system work together to create movement and maintain stability.
It applies the principles of mechanics to the living body. In clinical practice, this helps explain pain, injury, movement limitation, instability, compensation and recovery.
Movement
How the body moves during walking, bending, lifting, breathing, reaching, sport, work and everyday life.
Load
How force travels through joints, tissues and kinetic chains — and where excessive stress may accumulate.
Control
How the nervous system coordinates balance, timing, stability, protection, compensation and motor confidence.
Function
How movement patterns influence daily activities, performance, rehabilitation, ageing, resilience and quality of life.
Why it matters
Clinical biomechanics helps us see beyond symptoms.
Pain often appears in one place, but the reason may involve movement behaviour, load distribution, previous injury, tissue sensitivity, guarding, fatigue, stress, balance, strength, mobility or nervous system protection.
Prevention of injury and pain
By identifying inefficient movement patterns, repeated overload and protective bracing, clinical biomechanics can help reduce future pain, strain and recurrence.
Improved movement efficiency
Whether someone is an athlete, clinician, parent, performer or office worker, better movement organisation can reduce unnecessary effort and improve confidence.
More targeted rehabilitation
Rehabilitation becomes more precise when it is guided by how the person actually moves, compensates, loads and responds to challenge.
Support through ageing
Biomechanics helps explain changes in balance, mobility, flexibility and strength, supporting interventions that maintain independence and reduce falls risk.
Pain rarely belongs to one tissue alone.
Clinical biomechanics allows us to look at the body as an interconnected system. A painful lower back may be influenced by the feet, hips, rib cage, breathing mechanics, strength deficits, protective guarding, nervous system threat responses, previous injury or persistent movement habits.
This systems view is central to Dr Jo Abbott’s work. It helps shift assessment away from isolated body parts and towards a more complete understanding of how the person moves, adapts and recovers.
Biomechanics
Hands-on clinical reasoning
Clinical biomechanics is highly relevant to manual therapy.
Manual therapy is not simply about applying techniques. At its best, it is a process of skilled assessment, clinical reasoning, sensory interpretation and carefully applied force.
This is where HODA-A — Hands-On Data Acquisition & Analysis — becomes important. It frames the clinician’s hands, attention and perception as part of the measurement process.
Assessment and diagnosis
A biomechanical assessment helps identify movement restrictions, asymmetries, altered joint mechanics, tissue sensitivity, protective bracing and patterns that may contribute to pain or dysfunction.
Individualised treatment planning
Clinical biomechanics supports personalised care by identifying the specific movement, tissue, load and control factors that need to be addressed.
Correcting movement dysfunction
Patients can be guided to move with less threat, less compensation and greater efficiency through education, manual input, breath work, strength, mobility and graded exposure.
Joint and tissue mobilisation
Manual techniques such as mobilisation, soft tissue work and guided movement rely on biomechanical principles to apply force with precision, relevance and clinical intent.
Post-rehabilitation support
Clinical biomechanics helps people return to daily life, work, sport and meaningful activity with better movement awareness and reduced risk of recurrence.
Dr Jo Abbott’s approach
A deeper way to assess movement, pain and human function.
Dr Jo Abbott brings together clinical biomechanics, anatomy, functional medicine, pain science, movement therapy, hands-on assessment and systems thinking to understand the person behind the pain.
Beyond isolated symptoms
Rather than only treating the painful area, the aim is to understand the wider biomechanical and physiological drivers that may be contributing to the problem.
The clinician as measurement instrument
Through HODA-A, Dr Jo’s research explores how hands-on assessment can become more disciplined, calibrated and meaningful within musculoskeletal healthcare.
From pain to participation
The goal is not only to reduce symptoms, but to help people move, work, train, breathe, sleep, recover and live with greater confidence.
Explore the next step
Clinical biomechanics connects into Dr Jo’s wider work.
For patients
Book a clinical appointment with Dr Jo Abbott for a detailed assessment of pain, movement, function, biomechanics and the wider systems influencing your health.
View AppointmentsFor clinicians
Explore HODA-A and the emerging framework for hands-on data acquisition, perceptual calibration and clinical measurement in manual therapy.
Explore HODA-AFor research-minded readers
Read more about Dr Jo Abbott’s research, evidence-based medicine work, HODA-A studies and the Global Back Pain Research Initiative.
View ResearchClinical biomechanics gives movement a language.
It helps clinicians, patients and researchers understand why the body moves the way it does — and how better assessment can lead to more precise treatment, rehabilitation and long-term change.
