Bingbing Wu

This study identifies LRRC37A as critical for acrosomal ion homeostasis, showing its loss leads to male infertility and acrosomal enlargement.

This study identifies DNAH14 as critical for sperm motility by reducing flagellar beat amplitude, and suggests a potential therapeutic approach through increased sperm concentration in IVF.

This study identifies CCDC113 as a critical protein for stabilizing sperm axoneme and head-tail coupling apparatus, linking its disruption to male infertility.

The paper introduces HapICE, a method to improve variant detection in SBDS using NGS, achieving higher diagnostic accuracy than conventional methods.

The paper shows that CCDC38 is essential for sperm flagellum formation and male fertility in mice, with its deficiency causing structural abnormalities and sterility.

This study identifies CFAP53 as essential for sperm flagellum biogenesis, showing its role in male infertility and interactions with proteins in the manchette and sperm tail.