Health and Medicine
93 The Benefits of Creatine Mono-hydrate Supplementation
Jarod Dragoo and Kamil Czerkas
Introduction
Creatine monohydrate is celebrated for its notable enhancements in muscle strength, cognitive functions, and neurological health. Despite its benefits, the use of nutritional supplements, particularly in exercise and diet contexts, often faces divisive opinions due to health risk concerns and the variability of effects among different individuals. This chapter explores the nuanced relationship between scientific research, advancements in supplement technology, and societal health perspectives. It emphasizes the importance of inclusivity in research demographics, particularly highlighting the progress in integrating female-focused studies which have been historically underrepresented. The following discussion will address the concerns associated with potential risks for individuals with kidney disease, high blood pressure, and liver disease, while advocating for the broader use of creatine monohydrate based on its wide-ranging health benefits. These benefits extend beyond enhanced brain health and muscle growth, potentially reducing the frequency of muscle, bone, and nerve injuries, as well as decreasing dehydration and muscle cramping. The chapter aims to foster a deeper understanding of creatine’s role in health and exercise, promoting personalized supplementation strategies that reflect individual health profiles and the latest scientific developments.
Creatine’s COnnection to STS – Scientific Basis
Creatine monohydrate has a solid reputation as an athlete’s supplement, showcasing remarkable benefits in cognitive function and potential therapeutic areas. A wealth of scientific evidence substantiates its role in optimizing muscle mass, enhancing strength, and facilitating cognitive and neurological health. Creatine monohydrate’s influence within the realms of Science, Technology, and Society (STS) is profound, primarily due to its established efficacy in boosting athletic performance and enhancing cognitive functions. As a supplement, it is well-documented for optimizing muscle mass and strength, and recent studies extend its benefits to cognitive and neurological health, underscoring its potential in therapeutic applications beyond mere physical enhancement. This dual capability highlights the significance of ongoing scientific research in exploring creatine’s multifaceted benefits. For instance, creatine monohydrate has been shown to surpass other forms in improving muscle performance, which emphasizes the need for continuous innovation and research in nutritional science to enhance both athletic and general health outcomes. Additionally, emerging research revealing its neuroprotective properties and ability to boost cognitive abilities further expands our understanding of creatine’s role in comprehensive health maintenance. This integration of scientific advancements with practical health applications illustrates the dynami