Focused on preventing cardiovascular disease, the team studies sex-, gender-, and diversity factors to advance precision prevention. Through the Rotterdam Study, they lead impactful research on vascular calcification and cardiometabolic health.
Focused on preventing cardiovascular disease, the team studies sex-, gender-, and diversity factors to advance precision prevention. Through the Rotterdam Study, they lead impactful research on vascular calcification and cardiometabolic health.
Explore how our hub is advancing innovative research, fostering collaboration, and driving scientific discovery.
Visit us at: www.comethub.org
#Research #Collaboration #Science #Innovation
Explore how our hub is advancing innovative research, fostering collaboration, and driving scientific discovery.
Visit us at: www.comethub.org
#Research #Collaboration #Science #Innovation
#COMETLeducq #KramannLab #Fibrosis #CardioRenal
#COMETLeducq #KramannLab #Fibrosis #CardioRenal
His research integrates multi-omics & single-cell RNA-seq to uncover genetic drivers of vascular calcification & atherosclerosis, advancing cardiovascular disease understanding.
His research integrates multi-omics & single-cell RNA-seq to uncover genetic drivers of vascular calcification & atherosclerosis, advancing cardiovascular disease understanding.
Her research applies AI, single-cell, and spatial transcriptomics to reveal how vascular calcification drives brain aging and late-life dementia. Thrilled to see where her work leads!
#cometleducqnetwork
Her research applies AI, single-cell, and spatial transcriptomics to reveal how vascular calcification drives brain aging and late-life dementia. Thrilled to see where her work leads!
#cometleducqnetwork
Patrick’s research explores how diabetes contributes to atherosclerosis using advanced multi-omic and epigenetic approaches.
#COMETLeducqNetwork #CardiovascularScience
Patrick’s research explores how diabetes contributes to atherosclerosis using advanced multi-omic and epigenetic approaches.
#COMETLeducqNetwork #CardiovascularScience
Their discoveries led to a new therapy now in trials. Proud members of COMET Leducq ☄️#COMETLeducq
Their discoveries led to a new therapy now in trials. Proud members of COMET Leducq ☄️#COMETLeducq
A day of insightful talks, engaging discussions, and inspiring posters highlights the passion of this vibrant research community.
A day of insightful talks, engaging discussions, and inspiring posters highlights the passion of this vibrant research community.
They study genetic & environmental risk factors for coronary artery & complex cardiovascular diseases using multi-omics, genomic datasets & functional models, aiming to uncover disease mechanisms & new strategies for prevention.
They study genetic & environmental risk factors for coronary artery & complex cardiovascular diseases using multi-omics, genomic datasets & functional models, aiming to uncover disease mechanisms & new strategies for prevention.
#COMETLeducqNetwork #Reserach
#COMETLeducqNetwork #Reserach
Read the full article here👉 academic.oup.com/eurheartj/ad...
Read the full article here👉 academic.oup.com/eurheartj/ad...
Join a team driving impactful research in vascular calcification, aging, and disease. Contribute to cutting-edge work in cell biology and data analysis.
Apply now:
www.kcl.ac.uk/jobs/118805-...
Join a team driving impactful research in vascular calcification, aging, and disease. Contribute to cutting-edge work in cell biology and data analysis.
Apply now:
www.kcl.ac.uk/jobs/118805-...
📍 King’s College London
Cracking the code of vascular aging - Shanahan Lab is uncovering how smooth muscle cells drive calcification & stiffness, paving the way for new heart disease therapies.
#MeetTheTeam #CardioScience #COMETLeducq
📍 King’s College London
Cracking the code of vascular aging - Shanahan Lab is uncovering how smooth muscle cells drive calcification & stiffness, paving the way for new heart disease therapies.
#MeetTheTeam #CardioScience #COMETLeducq
#VascularResearch #STEM #MGH
#VascularResearch #STEM #MGH
From the Cardiovascular Research Center (CVRC), MassGeneral Brigham, Boston—Dr. Raj’s lab explores vascular calcification & atherosclerosis, uncovering targets for future therapies.
#MeetTheTeam#MGH#CardioResearch#cometleducq
From the Cardiovascular Research Center (CVRC), MassGeneral Brigham, Boston—Dr. Raj’s lab explores vascular calcification & atherosclerosis, uncovering targets for future therapies.
#MeetTheTeam#MGH#CardioResearch#cometleducq
#COMET2025 #COMETLeducq #CardioScience #CardioResearch
#COMET2025 #COMETLeducq #CardioScience #CardioResearch
The first COMET Network meeting brought global experts to London to decode vascular calcification using cutting-edge omics.
Collaboration, discovery, and a path toward targeted therapies.
#COMET2025 #COMETLeducq #CardioScience
The first COMET Network meeting brought global experts to London to decode vascular calcification using cutting-edge omics.
Collaboration, discovery, and a path toward targeted therapies.
#COMET2025 #COMETLeducq #CardioScience
We’re decoding vascular calcification using cutting-edge genomics and molecular science to tackle heart disease and reduce cardiovascular risks.
Join us on this exciting journey!
#COMETLeducq #CardioScience
We’re decoding vascular calcification using cutting-edge genomics and molecular science to tackle heart disease and reduce cardiovascular risks.
Join us on this exciting journey!
#COMETLeducq #CardioScience
Excited to share our first update: At the American Heart Association in 2024, Dr. Chen led a session on Vascular & Valvular Calcification, where @rajmalhotramd.bsky.social presented a talk on Clinical Genomics in Cardiovascular Calcification.
#COMETLeducq #CardioScience
Excited to share our first update: At the American Heart Association in 2024, Dr. Chen led a session on Vascular & Valvular Calcification, where @rajmalhotramd.bsky.social presented a talk on Clinical Genomics in Cardiovascular Calcification.
#COMETLeducq #CardioScience