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Emerging Topics in Sports Nutrition

Sports nutrition manufacturers can gain a competitive edge by staying on top of the latest research in the field of sports nutrition. Explore the topics researchers are focusing on right now—including gut microbiome, mental health, and more.

Highlights:

New topics in sports nutrition include:

  • The physiology of increasing muscle mass
  • The role of hydration in sports and exercise
  • How gut microbiota can impact performance and recovery 
  • Oxidative stress in athletes 
  • The relationship between nutrition and mental health 

Sports Nutrition Research Expanding

The field of sports nutrition is a dynamic space with research into key areas like muscle mass gain and hydration continuing to accelerate and brand-new focus areas emerging. These topics are of interest to sports nutrition companies as they provide insights into the science behind optimizing performance which can lead to new, cutting-edge products. This is especially important considering the post-COVID resurgence in exercise and growing consumer interest in products that can support fitness goals.

Muscle Mass Gain and Physiology

One central topic in sports nutrition research continues to be the physiology of improving muscle mass and strength. While protein is the most important in terms of dietary supplementation, other heavily researched ingredients include nitrogen oxides, nitrates, and creatine. Carnosine and beta-alanine are also gaining traction in muscle physiology research. 

woman drinking water

Hydration

Research into hydration to optimize sports and exercise performance is also a key area. An array of factors can influence an individual’s hydration needs, ranging from physical environmental conditions to exercise intensity and duration. Since thirst does not track hydration needs well during exercise, researchers are focusing on aspects such as pre-workout hydration strategies and ways to self-assess hydration status.

Gut Microbiota

With research on the rise around the implications of gut microbiota on things like immunity and gastrointestinal health, it’s no surprise that sports nutrition researchers are also taking a closer look. Gut microbiota can harvest energy, produce bioactive metabolites, and influence the body’s physiology in several ways. Researchers are looking at the role of exercise in shaping gut microbiota composition, as well as the potential of finding an optimal health-associated gut microbiota that could improve performance and reduce recovery time. 

Oxidative Stress

Research efforts are also focused on achieving a deeper understanding of oxidative stress in athletes, including the role of supplementation in mitigating the effects of stress, which include inflammation and fatigue. Since exercise can increase the production of damaging free radicals, researchers are exploring oxidative stress marker levels associated with different types of exercise, as well as antioxidant supplements that might reduce these levels.

Mental Health

Researchers are just beginning to understand the complex relationship between nutrition and mental health. For example, it’s known that certain nutritional deficiencies can interfere with normal brain function, which can influence things like focus and mood. As health researchers learn more about how certain nutrients can improve mental health, nutrition for mental health is likely to become a new focus area among sports nutrition researchers as a way to support optimal performance in athletes.    

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Science-Backed Ingredients for Sports Performance

With the science of sports nutrition evolving fast, it’s important that sports nutrition companies collaborate with trusted ingredient suppliers that keep up with the latest science, as well as consumer trends. As a leader in sports nutrition ingredients, Glanbia Nutritionals offers high-quality dairy and plant-based protein, bioactive, and custom nutrient premix solutions to meet every functional product and supplement need.

Contact us to learn more about our wide range of solutions in sports nutrition!

Frequently Asked Questions

A functional beverage is a drink that provides a beneficial effect beyond basic nutrition. These health and wellness benefits can come from a wide range of bioactive ingredients—from adaptogenic herbs like ashwagandha to MCTs for the keto diet to tryptophan for sleep support.

Some examples of functional beverages are energy drinks formulated with caffeine and B vitamins, sports drinks with added electrolytes and antioxidants, yogurt drinks that have probiotics, and beauty-from-within beverages containing collagen. The functional beverage market continues to grow as more people look for benefits like energy, relaxation, immune support, cognitive support, muscle building, and more.

Athletes require all the essential macronutrients and micronutrients but often have higher demands for certain nutrients. These include high-quality protein for muscle building and recovery and any nutrients that are readily lost through perspiration, which include iron and electrolytes like potassium

B vitamins can also be very important due to their role in energy production in the body, while sufficient calcium and vitamin D are essential for athletes to maintain strong and healthy bones. Adequate hydration is also a must for athletes to support all of the body’s systems, making water another key nutrient.

Many different nutrients support sports performance due to their roles in muscle building, endurance, or exercise recovery. High-quality protein is the most important nutrient for building, repairing, and maintaining muscle since it contains all the essential amino acids. One amino acid in particular, the branched-chain amino acid leucine, is known for activating the protein synthesis process.

Endurance athletes also need to consume adequate water and replenish their electrolytes, including potassium and magnesium, to prevent muscle cramps and fatigue. Like electrolytes, iron—which plays key roles in oxygen transport and energy metabolism—is also lost through perspiration. Iron requirements are often much higher for endurance athletes and those engaging in high-intensity exercise, making iron another important nutrient for optimal performance.

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