Our impact

Our roots can be traced back to 1881

The Monash Institute of Pharmaceutical Sciences (MIPS) is a dynamic, innovative and ambitious research institute, comprising over 400 scientists engaged in research in drug discovery, design, delivery and use.

Our therapeutic strengths lie in neuroscience and mental health, cardiovascular and metabolic health and global health. We are committed to research translation and had made major contributions to collaborative drug discovery programs that have progressed more than 30 novel drug candidates into clinical development.

Facts and figures

  • Ranked #2 in the world

    Monash has a prestigious global ranking standing at #2 for Pharmacy and Pharmacology (QS 2023).

  • >$40 Million in External Research Income

    MIPS attracts funding from a wide variety of sources, including government bodies, philanthropy and commercial partners.

  • Scientific expertise

    More than 400 MIPS scientists research drug discovery, design, delivery and use.

  • 30 novel drug candidates

    Our major contributions to collaborative drug discovery programs have progressed more than 30 novel drug candidates into clinical development.

mRNA therapeutics

MIPS scientists have been active in the field of nucleic acid delivery and the design and evaluation of nanomedicines for many years. The COVID-19 pandemic served to accelerate our activities in the development of mRNA therapeutics using lipid nanoparticle-based delivery systems as a new frontier in medicine. MIPS researchers were the architects of Australia's first mRNA COVID-19 vaccine to enter clinical trials.

Subsequently, MIPS has launched the Victorian mRNA Innovation Hub (VMIH) after receiving $5.4 million in funding from the mRNA Victoria Activation Program and has initiated mRNA Core via receipt of $5 million in funding from the MRFF mRNA Clinical Trials enabling program.

In 2023, MIPS announced the establishment of the Monash-Moderna Quantitative Pharmacology Accelerator, a five-year program which aims to drive advancements in mRNA medicines through a $3 million investment by Moderna and substantial in-kind contributions by the two institutions.

MedChem Australia

MedChem Australia (MCA) brings together leading medicinal chemistry and drug metabolism and pharmacokinetic (DMPK) groups to guide early-stage drug delivery projects through the critical value creation steps where ‘hits’ are optimised to drug candidates with enhanced commercial value.

MCA is headquartered at MIPS and integrates three of Australia’s leading Medicinal Chemistry groups (MIPS, WEHI and the University of Sydney) with DMPK expertise at the Centre for Drug Candidate Optimisation at MIPS. These experienced academic groups are backed in this initiative by Therapeutics Innovation Australia.

MRFF funding provides a significant subsidy to this initiative, lowering the barrier to access class leading discovery capabilities. Project entry into MCA is open to all Australian drug discovery groups and project selection is prioritised by an expert external assessment panel.

 

Targeting the lymphatics to enhance drug delivery

For most drugs, oral delivery is the preferred route of absorption. There are some medicines however, that despite being very effective, are broken down in the liver after oral administration and must be delivered via different routes, such as by injection. This increases cost and decreases convenience to the patient.

To address this issue, a research team from MIPS have developed a lipid prodrug-based drug delivery platform that enables the trafficking of drugs directly into the lymphatic system following oral administration, avoiding liver breakdown. This technology has been licenced to PureTech Health and is in Phase 2 clinical trial with a prodrug of allopregnanolone in a model of anxiety.

Allopregnanolone is currently given as a long intravenous infusion. The MIPS technology aims to enable delivery as a simple oral capsule instead. This has the potential to dramatically increase utility and also has broad application to a range of neurological conditions including anxiety, mood disorders, Fragile X-associated Tremor/Ataxia Syndrome and related disorders.