Explore how centrosome research is transforming assisted reproduction and offering new hope for infertility treatment.
Discover how tetraploid fish with four chromosome sets produce sperm with remarkably longer motility durations and what this reveals about fertility genetics across species.
Discover the hidden architecture within human sperm cells - the Nuclear Matrix and Intermediate Filaments that shape new life.
Discover how gonadotropin suppression affects the blood-testis barrier by reducing claudin-11 protein levels, with implications for male fertility and contraception.
Discover how nanomechanical vibration profiling is revolutionizing fertility research by measuring the subtle vibrations of human oocytes to assess egg quality.
Exploring how Toll-like receptor 3 activation by viruses may disrupt embryo implantation through reduced actin polymerization and adhesion molecule expression.
Discover how aquaporin-3 (AQP3), a tiny channel protein, plays a crucial role in human fertility by regulating endometrial cell motility under ovarian hormone control.