Displaying 1 - 10 of 34 articles
Societal Stressors Shown to Have Serious Impact on Heart Health
April 17, 2025
High blood pressure, obesity, sleep apnea and diabetes all potential consequences for those effected by their environment
MD/PhD Student Receives Fellowship from National Heart, Lung and Blood Institute
February 28, 2025
Sukriti Bagchi will focus on researching methods of treating pathological cardiac hypertrophy
Researchers use $2.8M NIH Grant to Study Proteins that Could Prevent Heart Failure
November 07, 2024
In the United States, nearly 6.7 million adults over the age of 20 live with heart failure, a condition that ranges in severity from requiring daily medication and physical...
NIH Supports Researcher’s Effort to Discover Better Treatments for Heart Failure
September 25, 2024
Dr. Gladysheva received R01 grant to further study molecular mechanisms of coagulation factor XII as contributor to HFrEF
Taben Hale, PhD, Named Vice Chair of Basic Medical Sciences and Associate Dean of Graduate Studies
September 13, 2024
Dr. Hale will continue to elevate the college’s reputation as a leader in translational research and medical education
Erik Blackwood, PhD: Tackling A New Challenge in Heart Failure
September 11, 2024
Kinase associated with cancer may hold answers to the mechanisms behind heart failure with preserved ejection fraction
Protein Homeostasis May Hold the Key to More Successful Treatment of Heart Disease
July 24, 2024
Dr. Doroudgar exploring the link between the regulation of protein homeostasis and improved heart health
9th Annual Research Conference Highlights Innovation and Discoveries from Across the Valley
April 18, 2024
Renowned investigators from across Arizona share advances in medical research that may improve patient outcomes
College hosts 5th Annual Research Resource Open House
October 09, 2023
Researchers from Phoenix and Tucson come together to show new research methods and network
Women to Watch in Medicine and Science – Shirin Doroudgar, PhD
September 27, 2023
Dr. Doroudgar studies molecular mechanisms to help discover new treatments for cardiovascular diseases