MMSx Research Index
An organized overview of applied biomechanics research, protocols, and scholarly work within the MMSx Authority ecosystem.
The MMSx Research Index documents key research activities, applied clinical protocols, analytical studies, and position papers developed under MMSx Authority.
This index is intended to:
- Provide visibility into ongoing and completed work
- Clarify the nature and status of each research item
- Distinguish between clinical protocols, applied analyses, and scholarly manuscripts
- Support academic dialogue without premature claims of publication or trial completion
This page reflects current documentation status, not final publication outcomes.
Research Categories Represented
- Applied Clinical Protocols
- Biomechanical Analysis Studies
- Position & Conceptual Papers
- Framework Development Work
- Pre-publication Manuscripts
📌 Documented Research & Applied Work
BPIT – Balanced Progressive Intensity Training
Category: Applied Clinical Protocol
Status: Active Protocol Documentation
Description:
BPIT represents a structured load-management and movement-quality framework emphasizing correction, adaptation, and progression phases. The available documentation reflects clinical operating procedures, safety standards, session architecture, and neuromuscular preparation protocols.
Materials Available:
- Phase-based weekly protocol documents
- Investigator SOPs and safety guidelines
- Session structure (RAMP, strength, recovery)
- Load-quality enforcement rules
Current Use:
Clinical and performance environments under MMSx Authority oversight.
Biomechanical Squat Analysis Series
Category: Biomechanical Analysis & Decision-Support
Status: Position Paper & Applied Analysis
Description:
This body of work reframes the squat as a diagnostic stress test, focusing on system organization, load transfer, and constraint-driven mechanics rather than isolated muscle strength.
Core Themes:
- Proximal-to-distal load transfer
- Pelvic control as a primary driver
- Knee mechanics as a resultant, not a cause
- Force leakage and shear risk patterns
Materials Available:
- Conceptual position paper
- Clinical reasoning framework
- Visual decision-support diagrams
Asymmetry in Loaded Squatting
Category: Applied Biomechanics Analysis
Status: Manuscript in development
Description:
This analysis investigates unilateral load bias, right-dominant shifts, pelvic rotation, and ground-reaction-force asymmetries under progressive loading conditions.
Key Focus Areas:
- Inter-limb GRF imbalance
- Transverse-plane pelvic behavior
- Load-dependent risk amplification
- “Hidden single-leg squat” phenomenon
Materials Available:
- Draft analytical manuscript
- Quantitative modeling documentation
- Applied corrective frameworks (NEEBAL, BPIT integration)
Maximal Abduction in Squatting Mechanics
Category: Large-Scale Observational Analysis
Status: Completed Applied Analysis
Description:
A multi-center observational dataset examining the biomechanical consequences of excessive knee abduction cues (“knees out”) across a large subject pool.
Scope:
- Neutral vs maximal abduction comparison
- Load-path efficiency and shear vectors
- Depth limitation mechanisms
- Foot-tripod stability interactions
Materials Available:
- Full analytical document
- Conceptual models and schematics
- Aggregate trend analysis
Neural Efficiency Under Load
Category: Experimental & Neuromuscular Research
Status: Manuscript prepared for journal submission
Description:
This work examines motor-unit recruitment ceilings, rate coding strategies, and neural drive efficiency across elite strength and power athletes.
Key Variables:
- Recruitment ceiling (%MVC)
- Rate-coding capacity
- Force–velocity specialization
- Neural adaptation patterns
Materials Available:
- Full manuscript draft
- EMG methodology documentation
- Statistical analysis outputs
How These Materials Are Used
- Some items function as clinical protocols
- Some serve as applied biomechanical analyses
- Some are position or conceptual papers
- Some are pre-publication manuscripts
They are intentionally indexed together to reflect real research workflow, not just final publications.
Governance & Disclosure
- Participant-level data is not publicly released
- All materials are educational and research-focused
- No item on this page constitutes medical prescription
- Publication status is updated progressively