3x Olympian Hazel Clark and Exercise Physiologist Shannon Grady to bring a new series to MileSplit. Tuesday Topics are set to tackle specific issues and training tips for the high school athlete. Tune in every Tuesday to dig into the sport science of Track & Field.
Benefits of a Lactate-Based Dynamic Periodization Model for High School Athletes
In the fast-paced realm of high school running, where young athletes balance physical development, academic pressures, and competitive goals, a lactate-based dynamic periodization model offers a science-driven pathway to optimized training and peak performance. Building on Week 1's Unlocking Potential - The Value of Individualized Heart Rate Zones for High School Runners, this Week 2 installment of our educational series highlights the benefits of a lactate-based dynamic periodization model for high school (HS) athletes. We'll examine its scientific foundation, specific advantages rooted in lactate profile data, practical implementation with examples, and strategies to overcome common hurdles, empowering HS runners to achieve predictable gains while reducing injury risks and energy deficits.
The Science Behind the Lactate-Based Dynamic Periodization Model
Lactate-Based Dynamic Periodization Model (LBDP) is a flexible, physiology-first model that cycles training phases based on real-time lactate data rather than rigid timelines. Unlike traditional linear periodization, which progresses steadily from base building to peaking, LBDP model adapts to real-time individual responses, using lactate profile data from physiological testing to guide training adjustments. Lactate profile testing measures blood lactate at various intensities which reveals an athlete's current physiology informing when to intensify, recover, or refine efforts..
Key components of a LBDP model include matching training loads and intensities to what each athlete can positively respond to, all modulated by current lactate profiles. For HS athletes, a LBDP model yields positive response, a physiology first model that accommodates for actual energy availability, not assumed, and prevents energy deficits.
Key Benefits for High School Athletes
High School runners, often facing overuse injuries in 50% of cases due to inappropriate training loads, benefit immensely from a LBDP model's adaptability.
Training periodization based on real-time lactate profiles, optimizes training by:
Personalized Intensity and Recovery: Lactate data identifies individualized heart rate zones and training intensities along with what training load each athlete can handle and what type of training each athlete needs to improve. A LBDP model prevents inappropriate training loads and reduces injury risk by 30-50% through data-driven loading and deloading periodization.
Predictable Performance Peaks: By adjusting training phases via current lactate profiles, athletes achieve repeatable, predictable, and accelerated training adaptations which lead to improved performances.
Effective Training Responses: Lactate-guided phasing enhances metabolic adaptability, by training available energy not assumed energy.
Practical Strategies
Implement LBDM with initial lactate profile testing to determine what training load and intensity is appropriate for each athlete. Lactate profile data can identify areas of weakness and if athletes are ready for various types of workouts. A LBDP model takes the guesswork out of determining what type of training for each athlete will yield a positive response. It is ideal to retest before the start of each season or appropriately every 10-12 weeks for training load optimization.
Addressing Psychological and Practical Challenges
High School athletes may resist data-driven changes, viewing them as restrictive, especially if an athlete has an energy deficit. It's best to reframe a LBDP model as appropriate development and "smart training". A LBDP model builds resilience for enhanced development and peak racing.
Using the MyBya App, high school runners can perform a simple lactate test and get individualized heart rate zones, training targets and recommended workouts. High school runners who commit to using a lactate-based dynamic periodization model will not only run faster but train smarter.
Stay Tuned for Week 3 - on Dynamic flexibility!
Hazel Clark Running Camps & Clinics provide world-class training for high school athletes of all abilities. Directed by Hazel Clark, a six-time U.S. national champion and three time Olympian 800m specialist. Hazel's elite racing and coaching expertise deliver unprecedented value to young athletes and coaches, fostering data-driven, personalized training methodologies for middle distance and cross-country success.
The MyBya App revolutionizes training for all levels of athletes with expert insights and analytics that turns heart rate and/or lactate data into personalized heart rate zones, training targets and workouts for any event and level based on an athlete's real-time physiology.