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Crawford A. Halliday
Crawford A. Halliday
University of Glasgow
Neointima
Medicine
microRNA
Cardiology
Internal medicine
3
Papers
128
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Reducing In-Stent Restenosis: Therapeutic Manipulation of miRNA in Vascular Remodeling and Inflammation
2015
Journal of the American College of Cardiology
Robert A. McDonald
Crawford A. Halliday
Ashley M. Miller
Louise A. Diver
Rachel S. Dakin
Jennifer Montgomery
Martin W. McBride
Simon Kennedy
John McClure
Keith Robertson
Gillian Douglas
Keith M. Channon
Keith G. Oldroyd
Andrew H. Baker
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Citations (75)
miRNA-21 is dysregulated in response to vein grafting in multiple models and genetic ablation in mice attenuates neointima formation
2013
European Heart Journal
Robert A. McDonald
Katie White
Junxi Wu
Brian C. Cooley
Keith Robertson
Crawford A. Halliday
John McClure
Sheila E. Francis
Ruifaug Lu
Simon Kennedy
Sarah J. George
Song Wan
Eva van Rooij
Andrew H. Baker
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Citations (53)
MicroRNA 21 is upregulated following coronary artery stenting and genetic deletion limits neointima formation
2013
European Heart Journal
Crawford A. Halliday
Keith Robertson
Robert A. McDonald
Simon Kennedy
Keith G. Oldroyd
Gillian Douglas
Keith M. Channon
Andrew H. Baker
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