However, for carnitine to work, tiny structures within the cell called mitochondria must function properly. Mitochondria are important because they provide the energy needed for sperm to move their tail and "swim."
Senior investigator Dr. Carlo Foresta told Reuters Health that "it is well known that in some asthenozoospermic subjects an improvement of sperm (motion occurs) after carnitine administration...However in other asthenozoospermic patients this effect is not present."
To investigate further, Foresta of the University of Padua and colleagues studied 30 asthenozoospermic men divided into two groups depending on whether they had normal or abnormal mitochondria function. The researchers' findings appear in the medical journal Fertility & Sterility.
In patients with normal mitochondria function, movement rose from 29.3 percent before treatment to 41.1 percent after 3 months of carnitine. However, in those with abnormal function, movement held steady at about 24 percent.
Thus, Foresta concluded that carnitine treatment is useful "in ameliorating sperm motility only when optimal...mitochondrial function ... is conserved."
Steve - The nutrient we know of that has the most positive effect on mitochondria is Co-Enzyme Q10. Taken along with carnitine, this would seem to be a viable option to boost male sperm viability.
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