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September, 2026
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Emily Horner: Lipoprotein(a) Links Oxidized Phospholipids to Platelet Hyperactivity
Sep 22, 2026, 08:50

Emily Horner: Lipoprotein(a) Links Oxidized Phospholipids to Platelet Hyperactivity

Emily Horner, British Heart Foundation PhD Researcher at University of Leeds, shared a post on LinkedIn about a recent article she and her colleges co-authored, published in American Heart Association Circulation Research, adding:

“I am absolutely delighted to share my recent first-author manuscript from my PhD ‘Lipoprotein(a) drives platelet hyperactivity through oxPL-CD36’ has been published in American Heart Association Circulation Research!

Lipoprotein(a) (Lp(a), transports oxidised phospholipids (oxPL) and increases cardiovascular risk, but its role in thrombosis remains unclear.

We show that Lp(a) drives pathological platelet activation through an oxPL-CD36 pathway, revealing a novel mechanistic link between Lp(a) to atherothrombosis.

This work would not have been possible without the commitment and dedication of the collaborators within Leeds Thrombosis Network!

I am truly grateful to all of the co-authors for their invaluable contribution, support and teamwork throughout this journey.

Thank you to the British Heart Foundation for funding this research!

Title: Lipoprotein(a) Drives Platelet Hyperactivity Through Oxidized Phospholipids-CD36

Authors: Lih Tyng Cheah, Thomas Palmer-Dench, Jawad Shah Khalil, Mary McKay, Fraser Macrae, Mark Kearney, Amanda Unsworth, Khalid Naseem

Emily Horner: Lipoprotein(a) Links Oxidized Phospholipids to Platelet Hyperactivity

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