Nutritional periodisation to enhance adaptations and recovery in cycling π
Fuel for the work required.
UCI Sports Nutrition Project: Nutritional Periodization: Strategies to Enhance Training Adaptation and Recovery
Study Details
This new review from the UCI Sports Nutrition Project outlined how to adapt nutritional intake through training weeks to βfuel for the work requiredβ π΄ββοΈ
Here is a theoretical framework for fuelling and refuelling β¬οΈ
Key Findings
5hr high-intensity intervals (above LT/CP)
π― 90β120 g/hr + high daily intake
β±οΈ Pre: 3 g/kg
π΄ During: 90β120 g/hr
π Post: 3 g/kg
π½οΈ Dinner: Low
π₯― Additional Snacks: Low (0.5β1 g/kg)
π Maximise glycogen availability for performance and recovery, then reduce carbs to enable βtrain lowβ next morning
5hr low-intensity steady-state (below LT1)
π― 0β60 g/hr (delayed intake)
β±οΈ Pre: Low (0β0.5 g/kg)
π΄ During: 0 g/hr first 2 hr β then 30β60 g/hr
π Post: 3 g/kg
π½οΈ Dinner: High
π₯― Additional Snacks: High
π Deliberately train low to enhance adaptation, then refuel to prepare for next session
4hr sustained intervals (moderate-high intensity)
π― 60β90 g/hr
β±οΈ Pre: 3 g/kg
π΄ During: 60β90 g/hr
π Post: 3 g/kg
π½οΈ Dinner: Medium
π₯― Additional Snacks: Medium (~1β1.5 g/kg total)
π Support training quality while slightly reducing evening carbs ahead of recovery day
1hr recovery ride (low intensity)
π― 0 g/hr
β±οΈ Pre: Low (0β0.5 g/kg)
π΄ During: 0 g/hr
π Post: 3 g/kg
π½οΈ Dinner: High
π₯― Additional Snacks: High (~3 g/kg total)
π No need to fuel the session, prioritise refuelling for the next high-demand training day
Additional Notes on Recovery vs Blunting Training Adaptations β¬οΈ
Recovery vs blunting βοΈ
π οΈ Nutraceuticals can accelerate recovery (β inflammation, β oxidative stress, β soreness), helping maintain training quality and frequency
π These same pathways drive adaptation, so excessive suppression can blunt mitochondrial and endurance adaptations
π« The greatest risk occurs with chronic, high-dose use around key training sessions
π§ Practical approach is to periodise use, prioritising competition and heavy blocks while limiting use around key adaptation-focused sessions
π― Support recovery when needed, but donβt dampen the signals required to adapt
Reference
https://journals.humankinetics.com/view/journals/ijsnem/36/3/article-p279.xml
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