Martin Descarreaux
Papers
4
Total Citations
64
H-Index
4
About
Martin Descarreaux is a prominent researcher specializing in spinal biomechanics and the mechanical effects of spinal manipulative therapy (SMT). His work has made significant contributions to our understanding of how manual therapy techniques interact with spinal tissues at a fundamental biomechanical level, bridging the gap between clinical practice and laboratory science. Descarreaux's most influential research employs sophisticated methodologies, including robotic replication of SMT kinematics and cadaveric serial dissection studies, to quantify precisely how different SMT parameters — such as force magnitude and application site — distribute loads across spinal structures. His comparative studies using porcine and cadaveric models have revealed that the intervertebral disc consistently experiences the greatest forces during SMT, a finding with important clinical implications for patient safety and treatment optimization. With publications dating from 2017 to 2022 accumulating dozens of citations, his body of work has shaped how clinicians and researchers conceptualize the mechanical underpinnings of spinal manipulation. By systematically investigating how technique variables alter tissue loading patterns, Descarreaux has provided practitioners with evidence-based insights to refine their therapeutic approaches, making his research essential reading for anyone studying chiropractic science, physiotherapy, or spinal rehabilitation.
Research Focus
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