We presented findings on how hydrogen-rich water affects exercise-related biomarkers in middle-aged adults and examined the impact of synbiotic supplementation on patient-reported outcomes and tissue metabolism in chronic fatigue syndrome patients.

The six-week supplementation of dihydrogen and PQQ appears to mildly mitigate cognitive decline in elderly individuals with mild cognitive impairment, possibly due to its positive impact on mitochondria-related neurotrophic factors, cerebral hemodynamics, and brain metabolism.

Our findings indicate that creatine homeostasis is sensitive to video gaming perhaps owing to more creatine from the circulation utilized as an energy source for active tissues, including the brain.

The concurrent administration of creatine with glucose is a common practice aimed at enhancing its effectiveness. However, whether glucose enhances the efficacy of creatine in addressing long COVID symptoms remains a topic of current investigation.

Could creatine and GAA impact total protein mass?

This study is part of our ongoing research program aimed at elucidating brain function following different creatine protocols.

We have initiated a cross-sectional study to assess the production of dihydrogen in patients with Parkinson's disease.

We are eager to gain a deeper understanding of the methylation requirements associated with GAA intake, as well as its utilization within the context of human nutrition.

This award, granted by the Dr. Zoran Djindjic Foundation, acknowledges outstanding research conducted by individuals under 35 years of age during the academic year 2022-23.

This week, we initiated a new RCT to assess the potential effects of eight-week creatine monohydrate supplementation on sperm quality biomarkers in normospermic and oligospermic men.