Speed skating is one of the most physiologically demanding disciplines in the Winter Olympics. The combination of explosive power output, sustained high-velocity aerobic effort and the precise technical demands of blade positioning on ice creates nutritional requirements that span multiple energy systems simultaneously. At Milan Cortina 2026, speed skaters from around the world are incorporating IV drip therapy into their preparation and recovery protocols.
Short track speed skating demands repeated maximal anaerobic sprints with minimal recovery intervals. The phosphocreatine and glycolytic systems are heavily stressed, generating substantial lactate and hydrogen ion accumulation. B-vitamin IV therapy optimizes the enzymatic pathways responsible for lactate clearance and glycolytic energy production. Magnesium supports the Na/K-ATPase pumps that maintain membrane potential during repeated high-frequency muscle contractions.
Long track speed skating at Olympic distances requires sustained aerobic power over 500m to 10,000m. Iron status is critical for VO2max in these events. Vitamin D optimizes calcium handling in muscle cells, supporting the explosive power outputs required during the glide phase. Antioxidants protect against the high free radical production of sustained aerobic effort at ice-level cold temperatures.
Our collaboration with national speed skating federations through the Milan clinic provides personalized IV protocols scheduled around competition days, ensuring each athlete receives optimal nutritional support at the physiologically ideal time in their event preparation.
Scientific References
- de Groot S et al. (2011). Physiological characteristics of elite speed skaters. Eur J Sport Sci.
- Rundell KW (1996). Compromised oxygen uptake in speed skaters during treadmill in-line skating. Med Sci Sports Exerc.
- Dal Bello-Haas V et al. (2004). Nutritional considerations for speed skating athletes. Can J Diet Pract Res.