🔬 Kramann’s Lab bridges kidney, heart & fibrosis research to turn single-cell and spatial genomics into new therapies. From mapping fibrotic cell states to 3D bioprinted kidneys and iPSC organoids, they’re redefining how we model and treat disease.
#COMETLeducq #KramannLab #Fibrosis #CardioRenal

Meet Professor Cathy Shanahan’s Research Team
📍 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

Throwback to our first official COMET Leducq conference in London this May! After insightful sessions, we capped it off with a ride on the London Eye and a scenic river cruise—networking, laughter, and unforgettable views. #COMETLeducq #London #Networking

Dr. Chen chaired a scientific session and her team presented exciting new findings on vascular calcification at #Pathobiology2025 by @asipath.bsky.social. A proud moment for the lab pushing boundaries in cardiovascular research!

#COMET2025 #COMETLeducq #CardioScience #CardioResearch

Breaking boundaries in heart science!

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

Introducing COMET (Calcification-Omics, Molecular Elucidation & Therapeutics)!

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 live on Bluesky!

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