Zoom into the heart with our transverse model 🚀💓! See how heart valves maintain the rhythm of life. A must-see for #HeartHealth enthusiasts and #MedEd professionals. #madewithunity Visit sciepro.com/licensing for licensing options.

Excited to share our latest publication from the lab! We've developed a microfluidic model to delve into the impact of flow arrhythmias on endothelial cells. Baker Institute RMIT Research Mechanobiology & Microfluidics Research Group pubs.rsc.org/en/content/art…

Arrhythmic Flow (Piezoelectric pump+Microfluidics ibidi GmbH µ-slide) on human aortic #EndothelialCell 4 or 20 dyne/cm2 Variations at amplitude/frequency to disrupt the rhythmicity of Pulsatile flow Arrhythmicity-> No effects on flow-induced alignment ⏫EC spreading

🎉 Congratulations to Nadia Chandra Sekar on completing her PhD thesis successfully! 🎓 RMIT Research Mechanobiology & Microfluidics Research Group Baker Institute

Today, we had a surprise visit from the newest member of the lab, Mr. Abulfazl, and his mom Habiba Danish , my talented PhD student. Looking forward to welcoming her back.

I will be establishing a new research lab at HRI and CPC in Sydney in mid-July. RO and RA positions available. Details below for research officer. Heart Research Institute #HeartHealth #exercise #MolecularBiology #CardiacFunction ♥️

Excited to share that our paper made it to the top 10 cited papers in Biological Reviews! Mechanosensing by Piezo1 and its implications for physiology and various pathologies pubmed.ncbi.nlm.nih.gov/34781417/ Austin Lai, Charles Cox Mechanobiology & Microfluidics Research Group Baker Institute

Early Bird Registrations are available for one more week! Now is the time to register for #BMH2024 and save 🧬 📩 Click the link and join us for an enriching experience: bmh2024.com #DiscoverCreateInnovate #BiomolecularHorizons #bmh2024

As you may know, I have spent the past 25 years growing cells in culture as part of my work in tissue engineering and regenerative medicine. Over time, I have become increasingly concerned about our impact on the planet and how it will affect future generations. In the last 5

Epigenetic mechanisms and transcription factors interact to regulate gene expression in atherosclerosis. Our review discussing this important interaction is out now in journal Atherosclerosis AAS sciencedirect.com/science/articl…

How AP-1 contribute to #diabetes associated #atherosclerosis: blood flow, endothelial damage &/or form cells: Find out in our latest research article published in ADA Professional Publications AAS ACvA CSANZ Heart Foundation Prof Andrew Murphy A/Prof Sara Baratchi diabetesjournals.org/diabetes/artic…

We will be awarding four Travel Awards of up to $2500 each. A complete overview of the eligibility criteria and judging criteria (relative to opportunity) can be found on our application page. ausmb.org/TravelGrant.ht…

First day of ⁦IVBM 2024⁩ started in style with excellent keynote presentations from ⁦Hans Clevers⁩, Kari Alitalo, ⁦Nikolaus Rajewsky⁩ and ⁦Magdalena Zernicka-Goetz⁩ Looking forward to the next 3 days of vascular biology and networking!

Thank you Australian Vascular Biology Society for supporting my attendance IVBM 2024. It was an excellent meeting.

It was an amazing experience attending the IVBM 2024 in Amsterdam! Thanks to the organizers and avbs.org for the invitation and travel support to present our work on mechanotransduction of immune cells and its role in aortic stenosis. Baker Institute

Super proud of my students for doing a great job presenting their work at Baker-LaTrobe Research Symposium.Baker Institute Manijeh Khanmohammadi Yasmin Mirzaalikhan, Austin Lai