Institute of Developmental & Regenerative Medicine
@idrm.ox.ac.uk
The Institute of Developmental & Regenerative Medicine combines cardiovascular science, neuroscience and immunology to find new drugs and therapies.
Dr David Grainger shares insights into the publication that has overturned a century-old view of how lymphatic vessels form in a Q&A story for the IDRM website. You can read the interview with him here: shorturl.at/braua
Read the study: lnkd.in/gz5v_ibH
Read the study: lnkd.in/gz5v_ibH
IDRM researchers uncover a direct route from mesenchymal progenitors to lymphatic endothelial cells
A new study from the Stone Group at the IDRM has overturned a century-old view of how lymphatic vessels form. Published in Nature Cardiovascular Research, the research reveals that lymphatic
shorturl.at
July 1, 2025 at 3:05 PM
Dr David Grainger shares insights into the publication that has overturned a century-old view of how lymphatic vessels form in a Q&A story for the IDRM website. You can read the interview with him here: shorturl.at/braua
Read the study: lnkd.in/gz5v_ibH
Read the study: lnkd.in/gz5v_ibH
Kicking off our countdown to #ResearchAppreciationDay, we’re spotlighting a study from the Stone Group at the IDRM, published in Nature Cardiovascular Research. The paper reveals that lymphatic endothelial cells can arise directly from mesenchymal progenitors, bypassing the venous endothelium.
July 1, 2025 at 3:05 PM
Kicking off our countdown to #ResearchAppreciationDay, we’re spotlighting a study from the Stone Group at the IDRM, published in Nature Cardiovascular Research. The paper reveals that lymphatic endothelial cells can arise directly from mesenchymal progenitors, bypassing the venous endothelium.