Pre-publication manuscripts, position papers, methodological white papers, and technical documents from the MMSx Authority research ecosystem. All materials are archived on Zenodo and/or OSF with permanent DOIs and open-access licensing (CC BY 4.0).
Browse all preprints, white papers, position statements, and methodological documents by type or research stream. All with permanent archival DOIs where available.
Full peer-reviewed publication of the MOVE Protocol clinical trial (NCT07220200). n=40. Results: Δ −5.1 NRS pain, +27.4 LEFS/UEFI function, 14-day median return to ADL, 82% adherence, 0 SAEs. Published JMMBS 2025, Vol. 1(1).
A systematic review combining FIKCC kinematic chain classification with explainable AI (XAI) methods for knee valgus injury risk stratification. Establishes the evidence base for AI-augmented movement assessment in clinical practice.
Meta-analytic evidence synthesis on the effect of creatine supplementation on neuromuscular RFD across populations and loading conditions. First published output of the Nutrition & Biomechanics research stream (RS-08).
Comprehensive review of sciatic nerve mechanical behavior under varied spinal loading conditions. Clinical implications for rehabilitation and manual therapy assessment. Spine & Load-Tolerance stream.
Preprint version of the BPIT Pilot Study (NCT07296640). Protocol documentation, participant characteristics, and preliminary outcome data prior to full peer-reviewed publication. DOI: 10.5281/zenodo.17594977.
Biomechanical analysis of bench press variations through force-vector and moment arm mapping. Provides evidence-based guidance for exercise prescription and coaching in strength training contexts.
The foundational institutional position statement establishing the MMSx paradigm — biomechanics as a decision science governed by force vectors, torque, moment arms, GRF, and tissue tolerance thresholds, not descriptive anatomy. This position underpins all MMSx framework development and research programme design.
A comprehensive multi-chapter monograph on fascial anatomy, tensional line dynamics, and myofascial biomechanics — providing the anatomical and mechanobiological foundation for the BPIT 5-Line Framework. 24 chapters covering fascial structure, force transmission, clinical implications, and assessment methodology.
Methodological framework establishing standardised reporting requirements for musculoskeletal biomechanics intervention studies. The BOST provides outcome domain taxonomy, required measurement instruments, and minimum reporting standards — analogous to CONSORT for RCTs but specific to biomechanical research designs.
All MMSx Authority publications are deposited in open-access repositories with permanent DOIs, ensuring long-term accessibility and citability.