Creatine + Alpha GPC Powder by Thorne

Creatine + Alpha GPC Powder by Thorne is a dual-action dietary supplement formulated to support muscle performance, strength, power output, and cognitive function. This clean, stimulant-free powder combines creatine for physical performance with alpha-glycerophosphocholine (Alpha GPC) to support mental focus and neuromuscular function, making it ideal for athletes, active individuals, and those seeking science-backed performance nutrition.   Why Choose This Supplement Thorne’s Creatine + Alpha GPC Powder is formulated using clinically researched ingredients recognized for their roles in cellular energy production, neuromuscular signaling, and cognitive performance. Rather than relying on stimulants or proprietary blends, this formula delivers transparent dosing, purity-tested ingredients, and evidence-aligned support. What makes it different: Combines physical performance and cognitive support in one formula Uses well-studied creatine for strength and power output Includes Alpha GPC, a bioavailable choline source supporting brain and nerve function NSF-style quality standards and rigorous testing practices Free from unnecessary fillers and artificial stimulants   Key Benefits Supports muscle strength, power, and high-intensity performance Helps maintain cellular energy production (ATP support) Supports mental focus, reaction time, and cognitive performance Aids neuromuscular communication during physical activity Suitable for athletes, fitness enthusiasts, and active lifestyles Non-stimulant and compatible with daily training routines   Dosing Instructions Mix one scoop daily with water or a beverage of choice, or as directed by your healthcare professional. ⚠️ Always check with your practitioner for the right dosage, especially if you are pregnant, nursing, taking medications, or managing a medical condition.     FDA Disclaimer These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.