Australian Regenerative Medicine Institute

Australian Regenerative Medicine Institute

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Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Australian Regenerative Medicine Institute, Community College, 15 Innovation Walk, Monash University, Wellington Road, Clayton, Melbourne.

Australia’s flagship Institute in the research and development of regenerative medicine which aims to repair or replace damaged tissues and organs following injury or disease.

18/08/2026

And the answer to our National Science Week challenge is...

Yesterday we shared an incredible image from regenerative medicine research at ARMI and asked: ‘What do you think this is?’ The correct answer is in the carousel. Did you get it right? Let us know in the comments and stay tuned for next week’s image.

17/08/2026

What are you looking at?

To celebrate National Science Week, we're putting your science detective skills to the test!

ARMI PhD student and social media ambassador Thamodi Walpola has created a new weekly challenge featuring stunning images from regenerative medicine research. Here's our first image.

So, what do you think this is?

A: A leaf stalk under the microscope
B: A neuron in the brain communicating
C: A heart muscle cell
D: A muscle cell repairing itself

Tell us your guess in the comments and check back tomorrow for the answer!

Photos from Australian Regenerative Medicine Institute's post 12/08/2026

We're delighted to share that ARMI’s Dr Jan Manent has won the 2026 Australia and New Zealand Society for Cell and Developmental Biology (ANZSCDB) Image Award for his image revealing the developing nervous system and skeleton of a mouse embryo in remarkable 3D detail.

The award recognises outstanding research images that showcase the beauty, complexity and scientific value of cell and developmental biology.

Using advanced tissue clearing, which makes normally opaque biological tissue almost transparent, and light sheet microscopy, which images specimens layer by layer using a thin sheet of light, Dr Manent captured thousands of images and reconstructed them into a detailed 3D visualisation. The image highlights the developing nervous system (in cyan - Tubb3) and the developing skeleton (in yellow - Sox9).

Jan is a researcher fellow in the McGlinn Group, where he investigates the gene networks that drive growth and identity in the early embryo.

The award will be formally presented at the 2026 ComBio Conference in Sydney this September, but we couldn't wait to celebrate this achievement.

Congratulations, Jan, on this well-deserved recognition.

Find out more about this research: https://armi.org.au/our-groups/mcglinn-group/

11/08/2026

Big congratulations to Dr Macsue Jacques, a postdoctoral researcher in our Eynon Group, who's a finalist in the 2026 Australian Medical Research Institutes AAMRI Rising Star Award.
Macsue studies how and why we age. Her latest study mapped DNA methylation changes across 15,000 tissue samples from organs including the brain, heart, liver and skeletal muscle, and found that each organ ages in its own distinct way. The winner will be announced tomorrow night at the AAMRI Dinner at Parliament House, Canberra. Watch AAMRI's video below to hear more about her work, and wish her luck.

Photos from Australian Regenerative Medicine Institute's post 03/08/2026

Another successful Open Day at Monash Clayton. It was ARMI’s first year engaging with student and families as part of this annual highlight on the Monash University calendar and it was a terrific experience.

Our AquaCore tours were booked out as we showcased the extraordinary research models, research leaders and infrastructure supporting our world-leading regenerative medicine pipelines.

Kudos and thanks to the team of staff and volunteers involved. We have more opportunities to visit ARMI planned for 2026 so stay tuned. 👀

https://armi.org.au/study-education/undergraduate-pathways/

31/07/2026

The Zebrafish is shaping the future of healthcare...

It's open day at Monash Clayton on Sunday 2 August. Join a tour and step inside ARMI's AquaCore facility. Meet our scientists, investigate what regenerative medicine means and find out why the zebrafish is so important.

https://armi.org.au/study-education/undergraduate-pathways/

29/07/2026

Congratulations to Dr Hongbin Jin on receiving a ResearchHub Foundation grant through the Biomedical Imaging Technologies funding scheme.

The grant will support the development of a new live-imaging tool that allows researchers to watch protein production in living cells as it happens. By revealing this fundamental process in real time, the technology could help scientists better understand cell health, stem cell function, ageing and disease.

A fantastic achievement and an exciting step forward for biomedical imaging research!

Read the full article here https://armi.org.au/news-media/uncategorized/dr-hongbin-jin-to-develop-imaging-tool-to-capture-cells-producing-protein-in-real-time/

27/07/2026

Regenerative medicine is a global field, and the competition for scientific leadership and clinical translation is global in scale. ARMI has been building its international presence since 2009.

As part of Strategy 2030, over the next five years ARMI will focus on deepening international networks, supporting ARMI researchers in advisory roles at peak bodies worldwide, and planning an international conference that positions Australia as a genuine convenor in this field.

With staff and students from more than 30 countries already contributing to our research, our foundations are strong.

Learn more about Strategy 2030 via the link in the comments.

25/07/2026

World Embryology Day | 25 July

Today we celebrate embryologists, the scientists working behind the scenes (and microscopes!) to understand how life begins.

Why is this important?

Because the same processes that build an embryo also help us understand how the body heals and regenerates.

At ARMI, our researchers study embryos from zebrafish and mice to see how a single cell grows into a complex organism. Using advanced imaging and genetics, they watch cells divide, move, and communicate in real time.

Their work is helping to:
• Build understanding of developmental diseases and birth defects
• Improve tissue repair and regeneration
• Guide new treatments for conditions such as heart disease and spinal injury

Find out more: https://armi.org.au

22/07/2026

Today is World Brain Day, an opportunity to acknowledge the more than 3.4 billion people worldwide living with neurological conditions.

At ARMI, researchers in the Saurat Group, led by Nathalie Saurat, are helping unlock the mysteries of one of the most complex organs in the human body by growing sophisticated “brains in a dish” from human stem cells.

These miniature brain models, known as organoids, allow researchers to investigate how the brain ages, better understand diseases such as Alzheimer’s, and explore how damaged neural tissue might one day be repaired.

Another example of how ARMI’s scientific excellence is shaping the future of regenerative medicine.

Learn more about the group’s work: https://bit.ly/4b1j4bI

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Location

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15 Innovation Walk, Monash University, Wellington Road, Clayton
Melbourne, VIC
3800

Opening Hours

Monday 8am - 6pm
Tuesday 8am - 6pm
Wednesday 8am - 6pm
Thursday 8am - 6pm
Friday 8am - 6pm