This index reflects current documentation status — not final publication outcomes. Items include clinical protocols, applied analyses, position papers, and pre-publication manuscripts. Status is updated progressively. Participant-level data is not publicly released without governance approval.
Documented Research & Applied Work
Seven investigations across five research streams. Combined enrolment: n = 1,302+. Three ClinicalTrials.gov registrations. Two open DOI-registered datasets.
Four-phase multi-site interventional case-series. Phases: Mobilise Early → Optimise Load → Validate Neural Control → Engage Function. Outcomes: pain (NRS), LEFS/UEFI, balance, sit-to-stand. Primary clinical translation of MMSx force-vector principles into a staged rehabilitation pathway.
Prospective single-site interventional pilot. Paired t-tests (α=0.05), Cohen's d. Evaluated BPIT 5-Line Principle across strength, neuromuscular readiness, HRV, and injury incidence.
Multi-site validation study. Sites: BodyGNTX, GFFI Fitness Academy, IIKBS, AIHFT, Bureau of Fitness Standards. Consistent cross-site outcomes validate scalability and generalisability of the BPIT 5-Line framework.
ICC(2,1) two-way random effects reliability study. n=120 subsample, 5 independent raters. SEM and MDC₉₅ derived for all 7 domains and MII composite. Full population-stratified normative percentile tables by training level, age group, and gender. First open normative dataset for a multidimensional movement intelligence assessment tool.
Prospective observational registry across clinical, rehabilitation, and performance settings globally. Primary outcome: MII score distribution across sites. Optional 4- and 12-week serial follow-up sub-study. Pre-registered SAP locked before data collection. Site investigators actively sought.
Region-specific increases in peak plantar pressure observed under controlled fatigue. Implications for overuse injury risk, running economy, and load-management strategies. Abstract available in the Open Abstract Library.
Motor unit recruitment thresholds and rate-coding strategies in strength-dominant versus explosive athletes. Neural differentiation found independent of cross-sectional area. Manuscript prepared for submission.