Abstract
In the last decade, the evaluation of sperm DNA fragmentation has become more important as a method to assess semen quality. Several authors have reported a negative correlation between high DNA fragmentation levels and assisted reproductive technology (ART) outcomes. Considering a population with male factor, we have previously reported that elevated sperm DNA damage is associated with advance male age and oxidative stress (1) (2). The aim of this study, including a non-selected population of infertile men, was to establish which seminal parameter has a greater relationship with DNA fragmentation.
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