
Lupieri Adrien, PhD
@adrien_lupieri
Research Fellow, Elena AIKAWA Lab
Brigham and Women's Hospital,
Harvard Medical School
ID: 765232189676089344
15-08-2016 17:02:26
258 Tweet
108 Followers
363 Following

Check out our last publication on ischemic mitral valve regurgitation in human patients using an integration of Echo/Cytometry/Proteomics data! Elena Aikawa Livia Passos, Ph.D sasha Dakota Becker-Greene frontiersin.org/article/10.338…

Vesseg, a tool for deep learning-based atherosclerotic plaque quantification in mouse histopathology images, is now available at ow.ly/6cHB50FS3Pc. JMM Jan Larmann 🇪🇺👨🔬🧪🏢 Jens Kleesiek ow.ly/eGYC50FS3P9


#MitralValve #EndMT A quantitative multi-modality analysis (TTE, proteomics, IHC) of 17 #IschemicMitralRegurgitation patients provides solid evidence for MV EndMT😎 Dr. Adrien Lupieri & Elena Aikawa labs Frontiers in Cardiovascular Medicine 2021 Lupieri Adrien, PhD Elena Aikawa frontiersin.org/articles/10.33…


The #Mechanobiology of Endothelial-to-Mesenchymal Transition in #CardiovascularDisease A very nice review on the impacts of Shear, Stretch & Stiffness on Vascular+Valvular #EndMT😎 Dr. Jeffrey J. Hsu lab Frontiers - Physiology 2021 Jeff Hsu, MD, PhD frontiersin.org/articles/10.33…


Excited to share our latest tool, #VALIS Virtual Alignment of pathoLogy Image Series - it’s been years in the making by the talented Chandler Gatenbee! It automatically aligns serial image slices from immunohistochemistry, immunofluorescence & much more. Here’s a cool gif! #AndersonLab

Calcific aortic valve disease: from molecular and cellular mechanisms to medical therapy. A State of the Art Review in #EHJ European Society of Cardiology #CardioTwitter #aorticstenosis #TAVI academic.oup.com/eurheartj/adva…



Novel vascular disease genes identified from Region-specific single-cell transcriptomics of🐭Aorta Carotid vs Ascending+Arch vs Descending MCAM-/-;apoE-/-🐭are more susceptible to Angiotensin II-induced aortic catastrophe Arispe Lab Research Square 2021 researchsquare.com/article/rs-951…


1/100 children are born with a heart defect, and this research using IMPC data offers a first step towards validating human sequencing studies! 705 genes linked to congenital heart disease, in a groundbreaking paper published - on the cover of Nature Cardiovascular Research! go.nature.com/3gTRD75


Want to know more about calcific aortic valve disease? State-of-the-art review summarizes mechanisms and potential therapeutic targets. doi.org/10.1093/eurhea… #VHD #aorticstenosis #cardiotwitter European Society of Cardiology Journals European Society of Cardiology


Online today, a study by Nicholas Leeper’s team shows that #statins reduce the “‘don’t-eat-me” molecule #CD47 thus amplify #macrophages #phagocytic capacity and amplify the effect of pro-#efferocytic therapies in #atherosclerosis Stanford Medicine | nature.com/articles/s4416…



Sortilin: a type I membrane glycoprotein as a novel key player in calcific aortic valve disease pathophysiology! academic.oup.com/eurheartj/adva… #aortic #valve #sortilin #calcification #omics #fibrosis #cardiotwitter #EHJ European Society of Cardiology Journals European Society of Cardiology


Lupieri Adrien, PhD presenting on sex-dependent effects of Sortilin on Vascular Calcification at #VascularDiscovery2023.


Lupieri Adrien, PhD from Elena Aikawa’s lab presents an interesting study in #VascularDiscovery23 showing the importance of incorporating sex differences in pre-clinical therapeutic models. Our studies should reflect the population being treated. Brigham and Women’s Cardiovascular Life Science AHAMeetings AHA Science



Exciting breakthrough in understanding how endothelial cell respond to shear stress delaying dysfunction and atherosclerosis via a PI3KCIIa-dependent autophagy Lupieri Adrien, PhD ahajrnls.org/41X0eN7
