A Mission to Foster Cardiovascular Research
The Cardiovascular Research Institute of Vermont (CVRI-VT) exists to foster cardiovascular research at The University of Vermont. As an organization, it is broadly inclusive of investigators at the University of Vermont who are pursuing cardiovascular research and includes and serves members of multiple departments. Our key objectives are to:
improve communication, particularly across disciplines, departments, and colleges;
increase funding to support cardiovascular research; and
advance and highlight excellence in research nationally and internationally.
CVRI Annual Report - Through a summary of CVRI activities and a compilation of cardiovascular-related research, patent, and publication highlights, the CVRI Annual Report demonstrates the depth and breadth of the cardiovascular research being conducted at the University of Vermont and the UVM Medical Center. Click here to view the CVRI Annual Report for 2014.
CVRI provides internal review of grant applications to support cardiovascular research. E-mail CVRI for more information. ***NOTE: The request for internal review must be made at least 6 weeks before the submission deadline.
Applications for Travel Awards are now being accepted - click here for information and the application form.
Dr. Cushman's research is in the study of biomarkers (phenotypes and genotypes) of various domains in relation to the risk of vascular diseases and other diseases of aging. Working on population-based multicenter epidemiologic studies, she focuses on plaque stability, inflammation, blood coagulation, and fibrinolysis with a goal of generating hypotheses for basic bench research to address the pathophysiology of vascular diseases or clinical research to address preventive treatments. Key areas of study include identification of reasons for racial disparities in stroke and cognitive impairment and epidemiology of venous thromboembolism.
Visit the Laboratory for Clinical Biochemistry Research to learn more.
Research in the Nelson lab is focused in 3 main areas: understanding the control of smooth muscle and endothelial cell function by ion channel and calcium signaling; understanding “vascular crosstalk”—how sympathetic nerves, smooth muscle, and endothelial cells communicate to control the function of resistance-sized peripheral arteries; and understanding the basic mechanisms for ion channel control of vascular function to gain insight into pathologies and possible new therapeutic interventions. Research approaches include molecular, cellular, intact tissue, whole organ, and in vivo (local CBF, blood pressure, and urodynamics) .
Click here to learn more about the work being done in Dr. Nelson’s lab.
The Cipolla laboratory studies the cerebral circulation under normal physiologic and pathologic conditions. Of particular interest is how changes in cerebrovascular structure and function affect cerebral blood flow regulation and hemodynamics in ways that could promote brain injury. In addition, we explore blood-brain barrier properties and how changes in permeability to water or solutes can cause injury, including seizure and white matter lesions. Specific areas of interest include acute ischemic stroke and reperfusion injury, mechanisms and treatment of small vessel disease, and cerebrovascular adaptation to pregnancy as it relates to preeclampsia and eclampsia.
Click here for the Cipolla lab's webpage.
Last modified July 01 2015 11:07 AM