Taurine has been the subject of numerous scientific studies highlighting its role in various essential physiological processes.
It is notably involved in the functioning of the central nervous system, where it acts as a neuromodulator and helps protect nerve cells from oxidative stress (1).
It also plays an important role in muscle and cardiovascular function. Taurine is involved in a mechanism essential for muscle contraction and proper heart function. It also helps protect muscle and cardiac tissues (2).
Studies also suggest that taurine may be beneficial for physical performance, particularly in endurance (3).
Furthermore, taurine is particularly abundant in the retina, where it plays a key role in the functioning of visual cells. It helps protect eye cells against oxidative stress and thus contributes to maintaining visual function (4).
Finally, some studies have highlighted its role in optimizing magnesium uptake into cells, which allows for better utilization by the body (5).
To date, no health claims regarding taurine have been validated by European authorities. These findings are part of scientific research and contribute to a better understanding of its physiological role.