Lipkens Krug
Singlet oxygen energy is an emerging area of interest in sports science and physiology due to its potential role in enhancing physiological function and athletic performance. Oxygen plays a fundamental role in energy metabolism, cellular function, and recovery processes, making its efficient utilization crucial for athletic endurance, strength, and overall performance. Singlet oxygen, an electronically excited form of molecular oxygen, has been studied for its unique properties in biological systems, particularly its ability to influence redox signaling, modulate oxidative stress, and support cellular resilience. The exploration of singlet oxygen energy as a means to optimize physiological function presents exciting opportunities for athletes and individuals seeking performance enhancement. The role of oxygen in metabolism and performance is well established, with aerobic and anaerobic pathways dictating energy production in response to exercise demands. During sustained physical activity, oxygen consumption increases, fueling mitochondrial respiration and ATP synthesis. The efficiency of this process directly impacts an athlete's ability to sustain effort, recover efficiently, and adapt to training stimuli. Singlet oxygen, as a high-energy oxygen species, has been proposed to enhance these processes by improving cellular efficiency, influencing oxidative balance, and supporting mitochondrial function.
PDFShare this article
Journal of Sports Medicine & Doping Studies received 1022 citations as per Google Scholar report
