Documents are shared for academic discussion and collaboration. None constitute medical advice or finalised clinical guidelines. Citation is required for academic use. Peer-review status is explicitly stated — do not cite non-peer-reviewed documents as established evidence. Data-level access is governed separately.
Available Documents
Seven scholarly documents — three with open-access PDFs, four with abstracts open and full text available on academic request.
PhD-level applied biomechanics analysis of the barbell back squat integrating joint mechanics, force-vector governance, neuromuscular control, spinal load management, and injury-risk pathways. Developed as a gold-standard technical reference for clinicians, coaches, and researchers. Covers the full A–Z Gold Standard parameter framework across anatomy, base of support, core engagement, eccentric-concentric phases, fault analysis, joint mechanics, kinematics/kinetics, lumbar lever arms, muscular contribution, neuromuscular control, objective measurement, planes of motion, quality of repetition, respiration, scapular position, torque, and work-power.
Reframes applied biomechanics as a frontline preventive health science — not a post-injury corrective tool. Integrates epidemiological data on global musculoskeletal burden, neuromechanical theory, and clinical governance principles to argue for systematic movement screening, load-path correction, and biomechanical oversight as public-health imperatives.
Rigorous educational and clinical foundation for interpreting EMG within applied biomechanics. Addresses the relationship between neural drive, motor unit behaviour, and mechanical output while correcting common misconceptions about EMG amplitude, force production, and exercise "effectiveness." Emphasises proper normalisation, timing analysis, fatigue interpretation, and integration with kinematic and kinetic data for valid biomechanical decision-making.
Investigates motor unit recruitment ceilings, rate-coding behaviour, and neural drive efficiency in strength-trained populations. Differentiates neural strategies between explosive and strength-dominant athletes. Key finding: explosive athletes demonstrate earlier motor pool recruitment and enhanced discharge rate capacity independent of cross-sectional area. Neural efficiency emerges as a distinct and measurable adaptive construct.
Examines asymmetry as a load-management and protective strategy under increasing barbell load — not simply a technical error. GRF bias, pelvic rotation, and unilateral dominance evaluated across progressive load conditions. Asymmetry characterised as a context-dependent adaptive response with directional predictability. Clinical implications for corrective strategy design.
Examines gait asymmetry and load redistribution patterns in individuals using lower-limb prosthetic systems. Emphasis on clinically interpretable variables rather than laboratory-only metrics: GRF symmetry, step-time asymmetry, compensatory trunk mechanics. Data archived under governance protocols.
Region-specific increases in peak plantar pressure observed under controlled fatigue exposure during barefoot running. Findings suggest fatigue-driven adaptation in distal load tolerance with implications for overuse injury risk assessment and running load management in endurance populations.
Researchers aligned with MMSx Authority frameworks may submit manuscripts, position papers, or technical analyses for consideration in this library and in JMMBS. All submissions undergo editorial review.