Basic and Applied Sciences
What this domain tests
The Basic and Applied Sciences domain checks whether you can explain why an MMA training decision works, not just name a drill. Expect questions on anatomy, biomechanics, exercise physiology, and motor learning as they apply to fighters.
Core rules and concepts
- SAID principle: the body adapts specifically to imposed demands. A fighter needs striking power, takedown defense, and repeated-effort capacity, so training must resemble those demands in movement pattern, velocity, and energy system.
- GAS: alarm, resistance, exhaustion. Programmed overload plus recovery produces supercompensation; too much stress without recovery leads to exhaustion.
- Energy systems: phosphagen (0–10 s), glycolytic (10 s–~2 min), oxidative (longer). MMA rounds are mixed, so train all three rather than only long slow work.
- Force-velocity and length-tension: power is force × velocity; muscles produce most force near mid-range and less at extremes.
- Planes and muscle actions: sagittal, frontal, transverse; concentric, eccentric, isometric. Eccentric control matters for landings and takedown defense.
Worked example
A coach wants a fighter to improve a 20-second burst of clinch work and takedown attempts. Reason it out: the effort lasts 20 seconds, so the glycolytic system is primary, with phosphagen contribution at the start. The drill should use 20–30 seconds of high-intensity work with incomplete but planned recovery, and the movement should include clinch pushing/pulling and level changes. A 40-minute steady run does not match the demand, though it may support recovery capacity at low intensity.
Traps
- Choosing an energy system by drill name rather than by work-to-rest ratio.
- Forgetting that recovery is part of the adaptation equation, not a break from training.
- Treating anatomy as memorization only; exam items ask you to link structure to movement.