SIPBS - University of Strathclyde
  Strathclyde Institute of Pharmacy and Biomedical Sciences

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Cardiovascular Research

The cardiovascular research group is active in the twin research fields of vascular biology and myocardial cell function. These are explored through in vivo models of disease, integrative studies at the organ level, and functional evaluation of cardiovascular cell behaviour. Members of the research group have particular expertise on regulation of subcellular calcium concentrations, structual remodelling, drug-receptor interactions and integrative pharmacology. The research is leading to the identification of novel drug targets, and the evaluation of candidate therapeutic interventions.

The group is actively involved in the Centre of Excellence in Integrative Mammalian Biology which is a partnership between biomedical scientists at the Universities of Glasgow and Strathclyde, funded by the BBSRC, BPS, HEFCE, KTN, MRC and SFC. As part of this collaboration a Cardiovascular Summer School was held in September 2010 and provided advanced training for 15 postgraduate scientists. Please visit the website for further information. http://www.imb-glasgow.org/index.php 


Group Leader
Professor Roger Wadsworth
Email: r.m.wadsworth@strath.ac.uk 
 

Staff involved

Dr Paul Coats, Dr Susan Coker, Dr Susan Currie, Dr Hilary Carswell, Professor Robert Jones, Dr Debbi MacMillan, Professor John McCarron, Professor Roger Wadsworth.


Postgraduate Research Opportunities

Altered Calcium handling in adult cardiac myocytes and fibroblasts following cardiac hypertrophy
Modulation of cardiac and cerebral CaMKII following cardiac hypertrophy
Imaging changes in mitochondrial architecture and mobility in vascular disease
Effects of MKP-2 KO in stroke: defining the role of MAPK cascade in pathogenesis of stroke
Endocannabinoids Effects on Stem Cell- Based Recovery After Experimental Stroke: Mechanistic Insight into the Role of Calcium/Calmodulin dependent protein Kinase II
Novel mediators of pulmonary hypertension induced by oxidative stress