Mutations in Genes Associated with Abnormalities of Reproductive Development: Molecular Basis and Clinical Perspectives

Reproductive health, crucial for global human well-being, faces unique challenges. Normal individual reproductive development is a prerequisite for successful human reproduction, a process in which genes associated with ovarian development and testicular development function in coordination with each other to ensure the normal occurrence of sperm and ovum. Mutations in the genes involved in reproductive development have led to many human reproductive diseases. For instance, meiotic gene mutations in oocytes and spermatocytes lead to female and male reproductive dysfunctions. Despite recent advances in the field of reproduction, the mechanisms of reproductive developmental disorders caused by mutations in the genes involved are currently not fully understood, and the role of these mutations in reproductive disorders is not yet clear. Therefore, there is a need to further elucidate the underlying mechanisms and clinical perspectives to provide new approaches for the intervention and treatment of reproductive diseases.

This research project undertakes a comprehensive compilation of articles centered around the theme "Mutations in Genes Associated with Abnormalities of Reproductive Development: Molecular Basis and Clinical Perspectives". The overarching objective is to spotlight the most recent advancements in the domain of gene mutations related to reproductive development within the context of reproductive diseases. Moreover, it endeavors to probe into the underlying mechanisms and clinical outlooks of these gene mutations that give rise to reproductive developmental disorders.

We welcome submissions of Original Research articles, Reviews, Mini-Review and Systematic Review articles that focus on, but are not limited to, the following topics:
• Mechanism of abnormal follicular development caused by genetic mutations related to reproductive development.
• Mechanisms of abnormal spermatogenesis caused by genetic mutations related to reproductive development.
• Study the biological mechanism of gamete damage induced by genetic mutations related to reproductive development.
• Treatment of reproductive diseases caused by related gene mutations.
• Drug development and clinical application related to genetic mutations in reproductive diseases.