Rnf126 Deficiency Leads to Male Infertility, Sperm Defects

HyperSperm offers an increase in success rates in in vitro fertilization by optimizing the hyperactivity of spermatozoa, which could positively impact couples with difficulties in conceiving. CONICET scientists developed an innovative advance in in vitro fertilization first published in #BorderPeriodism.

Rnf126 Deficiency Leads to Male Infertility, Sperm Defects

In a groundbreaking study that is poised to reshape our understanding of male infertility, researchers have identified a critical genetic factor that governs the structural integrity of sperm flagella. The absence of the gene Rnf126 has been shown to induce severe morphological abnormalities in sperm flagella, effectively causing male infertility. This discovery unveils a layer of complexity in the molecular mechanisms underlying sperm motility …