Centre for Reproductive Health

Centre Head

Cell image of Detection of immune cells on newborn mouse testis by PhD Student Samira Hosseini
Detection of immune cells on newborn mouse testis. “To study immunephysiology of testis during fetal development I used direct and indirect immunofluorescence technique for detecting macrophages, F4/80 marker (green colour) MHC class II positive cells (yellow colour) and laminin (pink colour) in
interstitial and peritubular areas on day 0 mouse testis frozen section” – Samira Hosseini, CRH PhD Student. July 2020

Hudson Institute of Medical Research is internationally recognised for its outstanding research into reproduction, which spans more than 40 years. The Centre for Reproductive Health’s current reproductive health research program is strongly based in both basic and translational science. Reproductive Health is now a key global challenge, with impacts of the environment and changes in societies strongly impacting not only on both male and female reproduction but also on the long-term health of their offspring. The latter detrimental changes are established both in the sperm and egg, and during early development of the conceptus.

With a rapidly increasing world population, the need for new contraceptive options has never been greater. Furthermore, translation of advances in reproductive sciences also impacts on cancer biology, animal food production, and conservation of endangered species. In addition, proteins involved in the regulation of reproduction also have wider actions influencing inflammation and tissue repair in a wide variety of organs.

The German Research Foundation renews funding of a key alliance between Monash University and Justus-Liebig University in Germany – May 2017

Professor Kate Loveland receives International Scientist Award

Key areas of research

Penny Whiley's image of an undifferentiated spermatogonia enriched for stem cell capacity from an adult mouse testis.
Undifferentiated spermatogonia enriched for stem cell capacity from an adult mouse testis. Spermatogonial stem cells are essential for ongoing sperm production, without them males eventually become infertile. Immunofluorescence on adult mouse testis, SALL4 (red fluorescent signal) marks gonocytes, GFRA1 (green fluorescent signal) marks cells with a high stem cell potential, and DNA counterstained with DAPI (blue). Penny Whiley, CRH PhD Student. July 2020
  • Male Reproductive Health
    • Male factor infertility
    • Male reproductive cancer
    • Immunobiology in male reproductive health
  • Uterine Biology
    • Disorders affecting female fertility
    • Endometrial receptivity
  • Reproductive Developmental Biology
    • Offspring health
    • Environmental exposures
  • Molecular Biology of Reproduction
    • Germline genetics and epigenetics
    • RNA biology

Student Research Projects at Centre for Reproductive Health