Dr. Coffin tells us about salt sensitive blood pressure
Dr. Belin de Chantemele, Drs. Janis Coffin and Candee Burris discuss how salt sensitivity can affect blood pressure in a video interview.
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Researching Heart Attack, Heart Failure, Stroke, Hypertension, Diabetes...
With the increasing frequency of obesity and diabetes, especially in Georgia, cardiovascular disease is reaching epidemic proportions. The Vascular Biology Center at the Medical College of Georgia at Augusta University knows the demand is high for new and better treatments. Our internationally recognized team of research experts have one goal - to make breakthroughs in the prevention and treatment of disease so that we all may live longer, healthier lives.
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A Look Inside
Vascular Biology Center celebrates 25 years
Augusta University’s Vascular Biology Center (VBC) continues to make big strides in its mission to combat the nation’s No. 1 killer, cardiovascular disease.
Researchers at Vascular Biology Center encourage more women to explore science careers
More and more women are starting to pursue careers in science and its evident at Vascular Biology Center.
Internal Medicine/ Research Clinician Pathway
Dr. Samah Ahmahdieh talks about our Internal Medicine/Research Clinician Pathway here at AU/MCG Internal Medicine.
Dr. Belin de Chantemele, Drs. Janis Coffin and Candee Burris discuss how salt sensitivity can affect blood pressure in a video interview.
Continue ReadingAUGUSTA, Ga. (WJBF) – According to the CDC, heart disease is the leading cause of death for men and women in the United States…and in the CSRA. Scientists at MCG have discovered a new target in the treatment of the incurable disease. And regulating that target could save hundreds of thousands of lives each year. Coronary artery disease- the most common type of heart disease- occurs when cholesterol and fat block the passage of blood flow to your heart. Scientists at MCG have found that the smooth muscle cells that give those blood vessels strength respond by getting bigger and multiplying. Unfortunately, this further contributes to the disease.
Continue ReadingChances are you or someone you know has cancer or heart disease. Those two kill more people every year in the U.S. than anything else. And they disproportionally impact people of color. Now the Medical College of Georgia is one of four institutions in the country selected to help study the correlation between cancer and heart disease. The American Heart Association gave $11 million to four different institutions, and MCG got $2.84 million of it. They showed us how they’re enlisting students in their fight.
Continue ReadingAUGUSTA, Ga. (WJBF) – Exciting research is underway at the Medical College of Georgia at Augusta University, especially when it comes to genetics. Promising results have already been discovered that could correct genetic problems and create disease models. It all starts with gene editing, in particular – prime editing. So what is prime editing? We take a closer look at the exciting research this week with Dr. Joseph Miano – a vascular biologist – and Dr. Lin Gan – a geneticist – both at MCG.
Continue ReadingCancer researcher Caryn Bird, 29, was walking down the hall at Augusta University with her boss when she found she didn't have the breath to carry on a conversation. She stopped, but it didn't get better, even after reaching his office. Her shortness of breath was getting worse and wasn't responding to asthma treatments.
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The award recognizes an early career independent investigator working in hypertension or cardiovascular research who has significantly contributed to the understanding of the causes of hypertension and cardiovascular disease.
Retinopathy of prematurity (ROP) is among the most common illnesses that affect premature or low birth-weight infants and is a major cause of long-term vision impairment and blindness.
Antiretroviral cocktails can make human immunodeficiency virus, or HIV, undetectable and untransmittable, but both the virus and its treatment can also accelerate aging of bone and muscle.
Without CARMN, a long, noncoding RNA, the 30-foot-long GI tract doesn’t contract as it should.