We continue the exploration of creatine nitrate as an effective and safe dietary supplement for energy metabolism by starting a new trial with this innovative compound!

We are taking a step forward and investigate whether adding a single dosage of creatine and guanidinoacetic acid (GAA) immediately before exercise session affects serum and salivary levels of GAA, creatine and creatinine.

In on-going ABL study, we commence to analyze the biodynamics of selected phosphate-storage molecules before and after a prolonged e-gaming session in male e-gamers - from the blood and urine to different areas of the brain.

We have started another fundamental study addressing changes in biomarkers of creatine metabolism in healthy young men and women during short-term fasting.

Whether 3-month supplementation with prebiotic-probiotic product affects patient- and clinican-reported outcomes, and tissue metabolism in patients with post-COVID fatigue syndrome?

The current paper shows that HRW intake significantly improves several elements of blood lipid profiles in diverse clinical populations. HRW likely affects cellular bioenergetics and lipid metabolism via several pathways and plays a role in cellular fine-tuning!

Dietary exposure to creatine through a regular diet is not associated with more liver disease manifestations in U.S. population aged 12 years and over.

During the past week, our team presented two studies at the First Conference of European Academy for Molecular Hydrogen Research in Biomedicine held in Congress Centre of Slovak Academy of Science at Smolenice Castle in Slovakia

Two doctoral students from our lab, Nikola Todorovic and Dragana Zanini, are presenting recent research studies at 44th European Congress for Clinical Nutrition and Metabolism in Vienna

Summer 2022 was quite busy for our lab! Besides finishing scientific studies about nitrates and hydrogen for COVID-19, and creatine for long covid, we have started few new projects as well.