Ashish Misra (@ashishmisralab) 's Twitter Profile
Ashish Misra

@ashishmisralab

Group leader of Atherosclerosis and Vascular Remodelling at @HRIAust #vascular biologist

ID: 1480711660838920193

linkhttps://www.hri.org.au/our-research/atherosclerosis-and-vascular-remodelling/dr-ashish-misra calendar_today11-01-2022 01:23:32

79 Tweet

107 Followers

110 Following

Heart Research Institute (@hriaust) 's Twitter Profile Photo

Please join us for the HRI Centre for Peripheral Artery Disease (PAD) Colloquium on August 23 Mary Kavurma Sarah Aitken! The event will be jam-packed with informative sessions and two amazing keynote speakers. Register now to save your spot: hri.org.au/PAD

Please join us for the HRI Centre for Peripheral Artery Disease (PAD) Colloquium on August 23 <a href="/KavurmaMary/">Mary Kavurma</a> <a href="/Drsarahaitken/">Sarah Aitken</a>! 

The event will be jam-packed with informative sessions and two amazing keynote speakers. 

Register now to save your spot: hri.org.au/PAD
Ashish Misra (@ashishmisralab) 's Twitter Profile Photo

Looking forward to sharing our progress in unravelling the secrets of atherosclerosis at Monash Biomedicine Discovery Institute tomorrow - please come along if you are nearby. Monash University #CardiovascularMedicine #HeartHealth

Looking forward to sharing our progress in unravelling the secrets of atherosclerosis at <a href="/MonashBDI/">Monash Biomedicine Discovery Institute</a> tomorrow - please come along if you are nearby. 

<a href="/MonashUni/">Monash University</a> #CardiovascularMedicine #HeartHealth
Ashish Misra (@ashishmisralab) 's Twitter Profile Photo

Pleasure to present at ARMI on atherosclerotic plaque cell-based cellular therapy which holds the potential to one day prevent #HeartAttacks from occurring.

Pleasure to present at <a href="/ARMI_Labs/">ARMI</a> on atherosclerotic plaque cell-based cellular therapy which holds the potential to one day prevent #HeartAttacks from occurring.
Heart Research Institute (@hriaust) 's Twitter Profile Photo

Congratulations to one of HRI's very talented PhD students, Alexander Lin, from Ashish Misra. Alex has been awarded as the 'AVBS Student Young Investigator Runner-Up’ at the Australian Vascular Biology Society conference currently happening in Lorne. Well done Alex! 👏 #AVBS2024

Congratulations to one of HRI's very talented PhD students, Alexander Lin, from <a href="/AshishMisraLab/">Ashish Misra</a>.

Alex has been awarded as the 'AVBS Student Young Investigator Runner-Up’ at the <a href="/AVBS_org/">Australian Vascular Biology Society</a> conference currently happening in Lorne. 

Well done Alex! 👏

#AVBS2024
Ashish Misra (@ashishmisralab) 's Twitter Profile Photo

What an inspiring story of Amandeep and the reason why we all do research - to make a difference. Looking forward to a fantastic honors project and future work at Heart Research Institute.

Heart Research Institute (@hriaust) 's Twitter Profile Photo

Congrats to Ashish Misra and team on the publication of their latest review in #Nature CVR! 👏 The paper outlines how modulating plaque cell phenotypes could revolutionise therapeutic strategies for advanced #atherosclerosis. Read the article now: go.nature.com/4g9Hn7I

Congrats to <a href="/AshishMisraLab/">Ashish Misra</a> and team on the publication of their latest review in #Nature CVR! 👏

The paper outlines how modulating plaque cell phenotypes could revolutionise therapeutic strategies for advanced #atherosclerosis.

Read the article now: go.nature.com/4g9Hn7I
Endothelial Cell News (@endothelialnews) 's Twitter Profile Photo

A review to get you talking! 💬 Alexander Lin and collaborators from the Ashish Misra at Heart Research Institute discuss vascular cell plasticity during atherosclerosis in the context of the chronic inflammatory plaque microenvironment. | Nature Cardiovascular Research 🔗 go.nature.com/4gbM290

A review to get you talking! 💬

Alexander Lin and collaborators from the <a href="/AshishMisraLab/">Ashish Misra</a> at <a href="/HRIAust/">Heart Research Institute</a> discuss vascular cell plasticity during atherosclerosis in the context of the chronic inflammatory plaque microenvironment. | <a href="/NatureCVR/">Nature Cardiovascular Research</a>

🔗 go.nature.com/4gbM290
Ashish Misra (@ashishmisralab) 's Twitter Profile Photo

‼️🚨HOT OFF THE PRESS‼️🚨 Our comment on the CLEAR-SYNERGY Nature Cardiovascular Research - study design & COVID-19 impacts on colchicine in CVD With Amandeep Heart Research Institute ,A/Prof Adam Nelson Adam Nelson & Prof Psaltis Peter Psaltis SAHMRI Heart & Prof Nirdoff Harry Perkins Institute nature.com/articles/s4416…

Ashish Misra (@ashishmisralab) 's Twitter Profile Photo

👇🏼Check out our comment on emerging research of #colchicine and the CLEAR-SYNERGY trial! What is your comment on this hot topic ? Reply below!

Heart Research Institute (@hriaust) 's Twitter Profile Photo

Under the Microscope 🔬❤️🙌👩‍🔬 This remarkable image, taken by Dr Ashish Misra Ashish Misra, captures a cross-section of a blood vessel affected by a congenital #heartdefect, showing the narrowing that restricts blood flow from the heart to the rest of the body.

Under the Microscope 🔬❤️🙌👩‍🔬

This remarkable image, taken by Dr Ashish Misra <a href="/AshishMisraLab/">Ashish Misra</a>, captures a cross-section of a blood vessel affected by a congenital #heartdefect, showing the narrowing that restricts blood flow from the heart to the rest of the body.
Heart Research Institute (@hriaust) 's Twitter Profile Photo

Under the Microscope 🔬👩‍🔬 This image was generated by Eva and Amandeep from Ashish Misra. It shows a novel murine model that genetically labels #bloodvessel cells linked to unstable #atherosclerotic plaque - using the #TandemStenosis technique with lineage tracing.

Under the Microscope 🔬👩‍🔬

This image was generated by Eva and Amandeep from <a href="/AshishMisraLab/">Ashish Misra</a>.

It shows a novel murine model that genetically labels #bloodvessel cells linked to unstable #atherosclerotic plaque - using the #TandemStenosis technique with lineage tracing.
Circulation Research (@circres) 's Twitter Profile Photo

Kaoy et al found #HMGCS2 mediates the therapeutic effects of #NAD+ therapy in #HFpEF by restoring normal lipid metabolism & improving mitochondrial function in the heart. ahajrnls.org/4k2nj9b Yen Chin Koay John O'Sullivan Ashish Misra Chenchenwenwen

Kaoy et al found #HMGCS2 mediates the therapeutic effects of #NAD+ therapy in #HFpEF by restoring normal lipid metabolism &amp; improving mitochondrial function in the heart. ahajrnls.org/4k2nj9b
<a href="/yen_koay/">Yen Chin Koay</a> <a href="/realjosullivan/">John O'Sullivan</a> <a href="/AshishMisraLab/">Ashish Misra</a> <a href="/chenchenwenwen/">Chenchenwenwen</a>
Portland Press (@pppublishing) 's Twitter Profile Photo

This #OA research article from Prof Julie McMullen lab reveals the distinct features and protein networks associated with pathological and physiological atrial enlargement in mice. #Proteomics #ClinScihttps://doi.org/10.1042/CS20240178

This #OA research article from <a href="/ProfJRMcMullen/">Prof Julie McMullen</a> lab reveals the distinct features and protein networks associated with pathological and physiological atrial enlargement in mice. #Proteomics #ClinScihttps://doi.org/10.1042/CS20240178
Heart Research Institute (@hriaust) 's Twitter Profile Photo

A huge thank you to all of our amazing supporters! 🎉We've raised over $240k for the 2025 #EOFYAppeal – making this our most successful appeal to date! These funds will support lifesaving #cardiovascular research, including on conditions like #septicshock.❤️🔬🙏

Heart Research Institute (@hriaust) 's Twitter Profile Photo

🚨 Exciting opportunity for NZ students! 🚨 HRI is looking for high-achieving NZ undergrads to pursue a #Masters or #PhD in #Sydney. 💰 AUD $40K/year (tax-free)✈️ Flights covered🏠 Accommodation support🧠 Mentorship from top scientists Apply now: bit.ly/41xtbA1

🚨 Exciting opportunity for NZ students! 🚨 HRI is looking for high-achieving NZ undergrads to pursue a #Masters or #PhD in #Sydney. 
💰 AUD $40K/year (tax-free)✈️ Flights covered🏠 Accommodation support🧠 Mentorship from top scientists Apply now: bit.ly/41xtbA1