Surpassing the world record in athletic performance requires extensive use of kinematic and dynamic motion analyses to develop novel body usage skills and training methods.
This is not to say that genetics plays no role in athletic performance.
The importance of muscle mass, strength, and metabolic function in athletic performance, daily activities, and general health is widely recognized.
As well, Lukaski [ 8] has noted a decrease in athletic performance as a result of magnesium deficiency/imbalances.
EPAS1 SNPs have been previously associated with blood parameters, such as alterations in erythropoietin, hemoglobin and hematocrit [ 9– 11], that are important for success in athletic performance.
While the effects of alcohol can vary widely from individual to individual, in terms of athletic performance, the use of alcohol can impact motor skills, hydration, aerobic capacity, and recovery, according to Claire Siekaniec, MS, ED, CSSD, in The Effects of Alcohol on Athletic Performance, published in the May 2017 issue of the NSCA Connect.
Well-designed studies are needed to determine the effects of endogenous hyperandrogenism on athletic performance in female athletes.
It's no news that nutrition ties in closely with athletic performance.
Studies have been done on the power of visualization in improving athletic performance, specifically in basketball.
Are these deficiencies in sleep important in affecting athletic performance?
Whole body vibration has small and inconsistent acute and chronic effects on athletic performance in competitive and/or elite athletes.
