Creatine, Explosive Strength & The Science of MMA: How to Build a Winning Training Plan

This article dives deep into the role of Creatine and the ATP-PCr energy system while revealing how a scientific understanding of these principles can dramatically improve your fight performance. Plus, we’ll introduce you to the comprehensive online program, The Science of Mixed Martial Arts, taught by Dr. Jason Gillis at The MMA Training Bible. If you’re serious about mastering MMA training—from short, explosive movements to improved endurance—you’ve come to the right place.


Why Most Fighters Struggle with Outdated Training

In Mixed Martial Arts, the margin between winning and losing often comes down to how well you’ve conditioned every energy system. Unfortunately, many fighters rely on generic routines or misguided advice that overlooks crucial factors such as:

  1. Anaerobic vs. Aerobic Balance
  2. Recovery Between High-Intensity Efforts
  3. Individualized Strength & Conditioning Needs

Without a proper handle on metabolic demands, you risk overtraining one system while neglecting another, resulting in subpar performance and frequent gas-outs.


The Solution: Master the Science of MMA

To dominate in the cage, you need a program that takes the guesswork out of training. The Science of Mixed Martial Arts on Udemy offers exactly that: eight video modules covering everything from energy systems to periodization and performance testing. Backed by the latest MMA research, this course provides an in-depth look at what really works in modern fight preparation.

Click Here to Enroll in The Science of Mixed Martial Arts
Enroll Now to Unlock Your Full MMA Potential


Creatine & the ATP-PCr Energy System: Why They Matter

A solid MMA training program must include strategies for explosive power—the kind you need for takedowns, powerful striking combos, and fast scrambles on the ground. This is where Creatine and the ATP-PCr system come into play.

How the ATP-PCr System Fuels Short, Explosive Efforts

  • ATP-PCr supports maximal power output for efforts lasting up to about 30 seconds.
  • When ATP (adenosine triphosphate) is broken down during muscular contraction, creatine phosphate (PCr) helps quickly regenerate ATP, sustaining your explosive movements.
  • With repeated bouts, PCr stores deplete, and insufficient recovery can lead to a drop in power output.

Creatine supplementation might help boost PCr levels, though its direct benefit for a weight-class sport like MMA remains an ongoing debate. Nevertheless, understanding how this system fuels your most intense movements is key to structuring better workouts.


Session 4 Spotlight: Building Explosive Strength & Power

One of the highlights of The Science of Mixed Martial Arts is Session 4, focused on “Building Explosive Strength & Power.” In this lecture, you’ll dive deeper into:

  1. Training Principles: Learn the scientific rationale behind power-building exercises.
  2. Exercise Selection & Order: Discover which lifts, plyometrics, and drills best serve the explosive needs of MMA.
  3. Training Frequency & Volume: Get a framework for balancing intense sessions with adequate recovery.
  4. Rest Periods: Understand how to structure intervals to tap into the ATP-PCr system without overtraining.
  5. Metabolic Demands: Grasp how aerobic fitness complements your explosive capacity by speeding PCr replenishment.

Want to Sharpen Your Explosive Power?
Click Here to Enroll in The Science of Mixed Martial Arts


Key Benefits of a Science-Driven MMA Training Plan

Once you align your workouts with physiological principles, you’ll see significant improvements that go beyond just gaining power:

1. Better Cardio and Recovery

  • Interval Training tailored to the ATP-PCr system also boosts aerobic endurance, helping you recover faster between bursts of action.
  • You’ll avoid the dreaded “gas-out” in later rounds, keeping you fresh to capitalize on openings.

2. Fewer Injuries and Overtraining

  • Structured workouts that factor in rest intervals and periodization reduce the risk of nagging injuries.
  • You’ll build a strong foundation of aerobic endurance before layering high-intensity anaerobic intervals.

3. Enhanced Fight Performance

  • Tapping into both strength and cardio benefits results in more explosive takedowns, improved grappling sequences, and better sustained striking.
  • Mental confidence skyrockets when you know your training is backed by exercise science.

More Than Just Flexibility: What Else You Get

Although many fighters search specifically for “MMA flexibility” or “improving fight endurance,” this course goes far beyond a single dimension. You’ll also dive into:

  • Endurance Training: Build a solid aerobic base to power repeated intense efforts.
  • Overtraining Prevention: Learn strategies for monitoring fatigue and optimizing recovery.
  • Periodization Plans: Map out your fight camp with progressive cycles for peak performance.
  • Performance Testing: Track your gains with data-driven assessments that keep you on target.

Additionally, there’s a dedicated lecture featuring a “book” of stretching techniques (dynamic, static, and PNF), plus training logs and strength & conditioning resources—everything you need to create and refine your personalized MMA training plan.


Authority & Expertise

Dr. Jason Gillis isn’t just an MMA hobbyist—he’s an Exercise Scientist committed to bridging real-world fighting experience with cutting-edge research. By enrolling in his course, you’re learning from someone who has deeply studied the metabolic demands of MMA and tested these insights in practical settings.

Ready for a Proven Scientific Approach?
Click Here to Enroll in The Science of Mixed Martial Arts


Stop Relying on Random Advice

No more piecing together routines from YouTube videos or old forum posts—your MMA training program deserves the same level of precision and expertise you bring to each fight. The Science of Mixed Martial Arts equips you with a step-by-step, evidence-based roadmap that addresses everything from flexibility to explosive power and beyond.

Imagine entering your next fight camp with a clear plan:

  • You know exactly how to train for short-burst anaerobic power.
  • You’ve structured your workouts to develop the aerobic base that keeps you going in the final round.
  • You’ve organized your training year with periodization principles, ensuring you peak at the right time.

That’s what sets apart top contenders from the rest of the pack.


Elevate Your MMA Training Today

Don’t let poor programming undermine your potential. Relying on random stretching advice or outdated methods can stall your progress—or even lead to injuries. Instead, commit to a systematic, science-backed approach that will transform every aspect of your fight game.

Enroll Now to Unlock Your Full MMA Potential
Click Here to Join The Science of Mixed Martial Arts

With the right knowledge, tools, and resources at your disposal, you’ll be ready to step into the cage at your strongest, fastest, and most resilient self—every single time.

References

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  3. Gollnick & King Med Sci in Sports 1(1):23-31 (1969)
  4. Harris et al., Pflugers Arch 367:137-142 (1976).
  5. Haseler et al., J Appl Physiol 86:2013-8 (1999)
  6. Kreamer WJ, Fleck SJ, Deschenes MR. (2012). Exercise Physiology: Integrating Theory and Application. Lippincott Williams & Wilkin: China.
  7. Plowman SA, Smith DL. (2011). Exercise Physiology: For Health, Fitness, And Performance (3rd ed.). China: Lippincott Williams & Wilkins.
  8. Spriet et al., J Appl Physiol 66:8-13 (1989)
  9. Tomlin & Wenger Sports Med 31:1-11 (2001)
  10. Westerbalad et al., News Physiol Sci 17:17-21 (2002)

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