Exercise
Physiology
How the body responds and adapts to training.
OUR SCIENCE
BUILT ON SCIENCE.DESIGNED FORHUMAN POTENTIAL.
ADAPT brings together advances in exercise physiology, biomechanics, training periodization, and artificial intelligence to develop a more individualized approach to human performance.
Our mission is to transform established scientific knowledge into intelligent, adaptive training experiences.
01 / THE THINKING BEHIND THE FRAMEWORK
UNDERSTANDING THE HUMAN BODY.
RETHINKING HUMAN PERFORMANCE.
Human performance is a complex interaction of physiology, movement, neural coordination and adaptation.
ADAPT draws on established scientific knowledge and emerging research across exercise physiology, biomechanics, periodization, recovery science and performance monitoring. We explore how computational techniques and artificial intelligence may support more responsive, individualized training decisions.
We do not claim one training method has every answer. Instead, we aim to identify what is supported by evidence, apply it with coaching expertise, and revise our framework when better evidence emerges.
Our ambition is to make scientific knowledge actionable.
01 / SIX FOUNDATIONS
Exercise
Biomechanics
Movement efficiency, structure and mechanical demand.
Periodization
Organizing training over time with purpose.
Neuromuscular
Science
Muscular function, recruitment and coordination.
Recovery
& Monitoring
Understanding readiness and fatigue.
Artificial
Intelligence
Turning data into adaptive training decisions.
02 / FROM SCIENCE TO APPLICATION
SCIENCE IS THE FOUNDATION.
INTELLIGENCE IS THE CONNECTION.
Science matters most when it can be translated into better action. ADAPT is focused on turning research, measurement and practical coaching knowledge into training experiences that are clearer, more individualized and more responsive over time.
03 / THE FOUNDATIONS
SIX PRINCIPLES.
ONE ADAPTIVE SYSTEM.
Scientific concepts are not slogans. Each should lead to an observable decision about programming, recovery or performance.
SPORTS ADAPTOLOGY
Consider the athlete as an interacting biological system. Select the training stimulus for the response it is meant to support.
STIMULUS → RESPONSESTATODYNAMIC METHODS
Controlled tension and movement conditions are tools among dynamic and isometric methods — chosen for context, never presumed universally superior.
MUSCULAR DEMANDPERIODIZATION
Organize volume, intensity, specificity and recovery across weeks and seasons instead of repeating maximal sessions indefinitely.
STRUCTURED PROGRESSIONINDIVIDUALIZATION
Adjust around the athlete's sport, history, current capacity and actual response. Identical plans need not produce identical outcomes.
PERSON BEFORE TEMPLATEREADINESS & RECOVERY
Understand fatigue using multiple indicators — including performance, sleep, perceived effort and context — rather than relying on one score.
MULTI-SIGNAL VIEWCONTINUOUS FEEDBACK
Assess, adjust, repeat. Evidence is strengthened by honest observation and by respecting the limits of each measurement.
SCIENCE INTO ACTION04 / PERIODIZATION
THREE MODES.
DIFFERENT PURPOSES.
Development, tonic and recovery describe training intent. They are practical coaching categories, not universal physiological thresholds.
MODE / 01
DEVELOPMENT
Build capacity through targeted, progressive stimulus while monitoring total stress.
BUILD / CHALLENGE / ADAPTMODE / 02
TONIC
Maintain selected qualities with a more manageable training demand between demanding periods.
MAINTAIN / REFINE / PREPAREMODE / 03
RECOVERY
Reduce workload and prioritize restoration, movement quality and preparation for what comes next.
RESTORE / REASSESS / RETURN03 / INTERACTIVE TRAINING DESIGN LAB
EXPERIENCE THE LOGIC OF ADAPTATION.
Explore how training intensity, workload, recovery and performance objectives interact. Adjust the variables and see how they change an illustrative training structure.
Launch Training Design Lab
05 / INTERACTIVE TRAINING DESIGN LAB
THE SCIENCE OF
FINE-TUNING.
Explore how different training priorities change a hypothetical week. Move the controls — the calculations, graph and microcycle respond together.
01 / INPUT PARAMETERS
DESIGN YOUR WEEK
TRAINING INTENT
All inputs are conceptual planning variables, not %1RM, laboratory test results or recommended training doses.
PLANNING LENS / ILLUSTRATIVE
Each change informs a different planning balance.
02 / LIVE RESPONSE
THE WEEK, RECOMPOSED.
SIMULATED 8-WEEK VIEW
CONCEPTUAL MODELTRAINING STRESS & CAPACITY
Planned stress Illustrative capacity
03 / SAMPLE MICROCYCLEFour sessions across seven days
COACHING INTERPRETATION
Adjust inputs to explore a conceptual training response.
06 / FROM THEORY TO PRACTICE
MOST PLATFORMS
ORGANIZE WORKOUTS.
ADAPT IS DESIGNED TO ORGANIZE ADAPTATION.
“What should I train today?”
“What does this athlete need right now — and what evidence supports that decision?”
Technology does not replace coaching. It makes relevant information visible, helps structure decisions and keeps the athlete at the center.
04 / WHY IT MATTERS
THE HUMAN BODY IS COMPLEX.
BETTER TRAINING SHOULD NOT HAVE TO BE.
Most training systems still rely on broad averages or fixed templates. ADAPT explores a more integrated model in which science, individual context and intelligent tools work together to support meaningful human progress.
07 / EVIDENCE LIBRARY
REFERENCES.
NOT JUST RHETORIC.
Research evolves. We distinguish between established findings, nuanced evidence and concepts still requiring evaluation.
SCIENTIFIC HERITAGE
Sports Adaptology & the Seluyanov School
Research lineage, athlete assessment and training methodology at Prosportlab.
PROSPORTLAB / PRIMARY REFERENCESYSTEMATIC REVIEW & META-ANALYSIS · 2022Periodization, Strength & Hypertrophy
When volume was equated, periodization favored 1RM strength; hypertrophy differences were not established.
MOESGAARD ET AL. / SPORTS MEDICINESYSTEMATIC REVIEW & META-ANALYSIS · 2025Isometric vs Dynamic Resistance Training
Strength adaptations depend on contraction type and what outcome is measured.
JOURNAL OF SCIENCE & MEDICINE IN SPORTSYSTEMATIC REVIEW & META-ANALYSIS · 2022Training Load & Muscle Adaptation
Different loading schemes can affect maximal strength and hypertrophy in different ways.
APPLIED PHYSIOLOGY, NUTRITION & METABOLISMADAPT is developing its own framework. These studies support discussion of relevant principles; they do not validate an ADAPT algorithm or establish superiority of a proprietary method. Academic reference does not imply institutional endorsement.
SCIENCE × EXPERIENCE × INDIVIDUALITY
TRAIN WITH A FRAMEWORK.
NOT A GUESS.
A more considered approach to performance starts with better questions, useful measurements and experienced coaching.