Department of Biology
deborah.garrity@colostate.edu
Uses a zebrafish model to research the development of cardiac rhythms and functions in the fetal heart.

​Department of Biomedical Sciences
brent.myers@colostate.edu
Studies the neuroscience of chronic stress and its pathological implications within the cardivascular system.

​Department of Mechanical Engineering
zhijie.wang@colostate.edu
Investigates the mechanobiology of cardiovascular tissues using ex vivo techniques.

​Department of Biomedical Sciences
gregory.amberg@colostate.edu
Studies the impact of ion channels on arterial function in arterial smooth muscle cells during pathophysiological conditions such as hypertension.

​Department of Health and Exercise Science
frank.dinenno@colostate.edu
Investigates how blood flow and oxygen delivery control mechanisms in the vascular system become impaired in populations at risk for advanced aging and disease.

​Department of Food Science and Human Nutrition
christopher.gentile@colostate.edu
Researches the metabolic and vascular dysfunction that occurs in obesity and Type II Diabetes.

​Department of Biomedical Sciences
brent.myers@colostate.edu
Studies the neuroscience of chronic stress and its pathological implications within the cardiovascular system.

​Cardiologist, CSU Veterinary Teaching Hospital
marisa.ames@colostate.edu
Researches neurohormonal activation in heart failure as well as heartworm disease.

​Cardiologist, UCHealth
Areas of interest include cardiovascular disease prevention in people of all ages, identifying cardiovascular risk in athletes and firefighters, and interventional procedures and areas of improvement- from biomaterials to regenerative medicine.

​Department of Clinical Sciences
eric.monnet@colostate.edu
Focuses his research on heart failure and optimizing clinical treatment options for animal surgery.

​Department of Clinical Sciences
chris.orton@colostate.edu
Focuses his research on heart valve pathobiology and tissue engineering through in vitro methods for gene transcription analysis on stressed heart valves.

​Department of Clinical Sciences
brian.scansen@colostate.edu
Studies different comparative aspects of congenital heart disease, advanced cardiac imaging, and optimization of endovascular therapies for less invasive pet treatment options.

​Department of Biomedical Sciences
gregory.amberg@colostate.edu
Studies the impact of ion channels on arterial function in arterial smooth muscle cells during pathophysiological conditions such as hypertension.

​Department of Biomedical Sciences
adam.chicco@colostate.edu
Aims to study how genetic variations in fat metabolism influence the development of cardiovascular disease and Diabetes.

​Department of Clinical Sciences
eric.monnet@colostate.edu
Focuses his research on heart failure and optimizing clinical treatment options for animal surgery.

​Department of Clinical Sciences
chris.orton@colostate.edu
Focuses his research on heart valve pathobiology and tissue engineering through in vitro methods for gene transcription analysis on stressed heart valves.

​Department of Mechanical Engineering
ketul.popat@colostate.edu
Research interets focus on development and use of nano- and biomaterials in biological vascular systems, particularly for drug delivery.

​Department of Chemistry
melissa.reynolds@colostate.edu
Synthesizes materials and artificial surfaces that imitate the natural function of endothelial cells through the release of nitric oxide.

​Department of Biomedical Sciences
adam.chicco@colostate.edu
Aims to study how genetic variations in fat metabolism influence the development of cardiovascular disease and Diabetes.

​Department of Food Science and Human Nutrition
christopher.gentile@colostate.edu
Researches the metabolic and vascular dysfunction that occurs in obesity and Type II Diabetes.

​Department of Food Science and Human Nutrition
sarah.johnson@colostate.edu
Explores the effects various foods have in reducing cardiovascular and metabolic disease risk.

​Department of Health and Exercise Sciences

​Department of Health and Exercise Sciences
kiagang.li@colostate.edu
Studies the correlation between adjustable health behaviors and health outcomes such as cardiovascualr disease.

​Department of Health and Exercise Sciences
tiffany.lipsey@colostate.edu
Focuses research on cardiovascular disease prevention, particularly within the firefighter community

​Associate Director, Colorado School of Public Health
tracy.nelson@colostate.edu
Aims to study various factors contributing to and interventions for improving chronic disease.

​Department of Environmental and Radiological Health Sciences
jennifer.peel@colostate.edu
Researches the adverse health effects caused by ambient air.