In-House Research & Development
These are topics we've considered in our own R&D, the results we found and plans for ongoing work ahead.
Extended Framework of Physiologic Algorithms for Physical Exertion
Work done during the NICER clinical rehabilitation pilot and as part of later patent/IP development for ongoing projects, looking at the PAPE frameworks.
Physiologic Work Output (WO)
Simple to calculate and easy to use
Mechano-Physiologic WO
Variation on WO for Action Rate
Basic Physiologic Efficiencies
Efficiencies based on WO
Quantifying Exhaustion in Physiologic Efficiencies
Using the basic efficiencies above
Quantifying Exhaustion in Mechano-Physiologic Efficiencies
First-Order Adaptation
Changes between sessions in terms of efficiencies (single time points)
Second-Order Adaptation
Changes between sessions in terms of exhaustion (time periods)
Functionally-Paced Breathing Training
Clinical and other applications of the FPBT technique (previously called FBT).
Clinical Rehabilitation
Pilot results from the NICER project
FPBT in Healthy Groups
Applying FPBT in healthy groups
Clinical Exercise
Exercise science in clinical groups such as cardiac rehabilitation patients
Cardio-Met Patient Classification
A system of grouping patients based on primary cardiac presentation and metabolic syndrome comorbidities
Effective Functional Capacity (EFC) Assessment
Protocol for the assessment of effective functional capacity (EFC) in clinical CR patients
Aerobic Exercise Prescription Matrix (AEPM)
Used to set starting points for exercise programming
Clinical Aerobic Periodisation (CAP)
Simple tool to plan initial goals for aerobic exercise progression