Athletes are highly vulnerable to pervasive supplement marketing and are largely unaware of how real, whole–food solutions stack up to some of the most popular supplements on the market. In this session from the NSCA’s 2016 Coaches Conference, sports dietitian Lara Gray presents a variety of nutrient profile comparisons between top–selling sports supplements and whole–food options that can alternatively provide sustainable, cost–effective solutions to common training goals.

By following the guidelines of the American Dietetic Association, a vegan or whole food, plant-based diet can be a viable option for athletes as well as non-athletes to maintain health, support athletic performance, and positively impact the environment.

This article provides practical guidelines for limiting high-reward foods and demonstrates why minimizing high-reward foods is a simple and well-supported strategy for long-term adherence to a nutritional approach that emphasizes high-quality, nutrient-dense, lower calorie foods.

This article discusses the macronutrients and micronutrients that are in milk and provides information to help athletes better comprehend the benefits of consuming milk as part of their nutritional intake.

This article emphasizes environmental and nutritional dimensions in which there is enough robust evidence to make meaningful recommendations for sustainable nutrition practices.

Not all diets are appropriate for every population and this is especially true of an athlete who is expected to train and perform at a high level. Learn about the negatives of fad diets, potential pitfalls, and realistic dietary guidelines for athletes.

This article provides a background on the benefits of plant-based nutrition for athletic performance, recovery, and overall health.

The purpose of this article is to evaluate the leading mindset, behavioral, and psychological factors controlling food intake, as well as, educate professionals on how to assist with developing healthier nutrition practices.

This article discusses the balance between muscle protein synthesis (MPS) and muscle protein breakdown (MPB) to help individuals better achieve their goals in muscle hypertrophy.

This article briefly explores some current research that has important implications for improving the readiness and lethality of military personnel.