Operational Protocols
Our systematic approach to physiological adaptation relies on objective data capture rather than subjective estimation. Select a protocol to review the underlying mechanics.
Isokinetic Dynamometry Assessment Protocol
By measuring torque across specific joint angles at a constant angular velocity, we isolate neuromuscular deficits post-injury. This quantitative baseline allows us to prescribe exact resistance vectors rather than generalized weight loads.
- Bilateral asymmetry quantification (target < 10% variance)
- Peak torque to bodyweight ratio optimization
- Agonist/Antagonist ratio mapping
V02 Max & Lactate Threshold Mapping
Cellular respiration efficiency is the foundation of sustained mechanical output. We utilize continuous respiratory gas analysis to plot your exact ventilatory thresholds (VT1 and VT2).
Training zones are then calculated using precise heart rate parameters, ensuring mitochondrial density adaptations without over-stressing the central nervous system.
Periodized Hypertrophic Stimulus
Muscle cross-sectional area increases predictably when subjected to specific mechanical tension and metabolic stress parameters. We utilize a non-linear periodization model.
Load prescriptions are dynamically adjusted weekly based on readiness telemetry (HRV and grip strength dynamometry) collected prior to each session.
