The Monash medical program is internationally ranked among the best in the world. With a focus on patient safety and professional practice, you'll be prepared to change lives in communities across ...

The new study gathered general practitioners’ (GPs) views on providing contraceptive care during the ‘6-week check’ – a routine medical review of mother and baby 6-8 weeks after birth. Conducted by ...

In addition, these Regulatory T cells regulate other injury healing cells to the site, flooding the injury with beneficial ...

This option offers the opportunity to work with leading business law scholars on projects that make a genuine and substantive impact on global economic, environmental, and social challenges. Our ...

Join a forward-thinking academic community and make your mark in solving global economic, environmental, and social challenges. Our Integrated PhD program is highly competitive and meeting our ...

The Integrated PhD program offers an exceptional opportunity to make a significant impact and fast-track your career. Network with like-minded peers and world-leading academics as you become a part of ...

mRNA Core is a collaborative initiative to advance the next generation of mRNA. Based at MIPS and currently funded by an MRFF mRNA Clinical Trials Enabling Grant and NCRIS, the facility is one of the ...

Monash University’s Clayton campus came alive with excitement and learning as students were welcomed by Jill and Josh West. A traditional smoking ceremony was led by Josh West amidst the beautiful ...

Innovations in synthetic chemistry have had a profound impact over the past century enabling the discovery and development of life-changing medicines and medical imaging agents. Click chemistry has ...

Building on years of expertise in nucleic acid delivery and nanomedicine design, the COVID-19 pandemic accelerated MIPS scientists' development of mRNA therapeutics using lipid-nanoparticle-based ...

Our research focuses on the development of innovative synthetic strategies for the selective assembly of molecular scaffolds commonly found in bioactive molecules. To achieve this, we develop ‘spring ...