News & Events

Heart News
Cellular extracellular vessicles; featured image for What if cells could talk and fight heart disease?

What if cells could talk and fight heart disease?

USC Viterbi’s Chung Lab has engineered a naturally derived particle for powerful therapies against cardiovascular and kidney diseases. Have you seen the latest EV models? Nope, not the Tesla Model 3. Think …

Embryonic stem cells from a Barred Plymouth Rock chicken (Image by Xi Chen/Ying Lab/USC Stem Cell); featured image for USC Stem Cell-led study generates authentic embryonic stem cells from birds

USC Stem Cell-led study generates authentic embryonic stem cells from birds

Scientists discover that egg yolk is a key to establishing authentic embryonic stem cells from chickens and seven other avian species, as reported in Nature Biotechnology. Egg whites may be perfect for …

; featured image for USC Stem Cell students and trainees win $15,000 collaborative research grants

USC Stem Cell students and trainees win $15,000 collaborative research grants

When learning to become a great scientist, the most important lesson might be how to collaborate. To encourage this essential skill, for the past decade, USC Stem Cell has awarded one-year challenge …

Guanyi Huang (Photo courtesy of Guanyi Huang); featured image for Meet USC’s CIRM Scholar Alumni: Guanyi Huang, Associate Principal Scientist at Merck

Meet USC’s CIRM Scholar Alumni: Guanyi Huang, Associate Principal Scientist at Merck

Guanyi Huang, associate principal scientist at Merck, has often found himself in the right place at the right time. The son of a middle school math teacher and computer science professor-turned-entrepreneur, Huang …

Cardiovascular disease is the leading cause of death in the United States. (Image courtesy of Pexels); featured image for New nanoparticle weapon in the fight against cardiovascular and kidney disease

New nanoparticle weapon in the fight against cardiovascular and kidney disease

The Chung Lab has engineered a new therapeutically enhanced, naturally derived particle for powerful gene therapies to tackle our most significant health challenges. Cardiovascular disease and kidney disease are two of the …

Ellis Meng, the Shelly and Ofer Nemirovsky Chair in Convergent Bioscience and professor of biomedical engineering and electrical and computer engineering (Photo courtesy of USC Viterbi); featured image for Revolutionizing heart care for newborns

Revolutionizing heart care for newborns

Ellis Meng’s team pioneers non-invasive shunt monitoring to improve survival rates for young patients with congenital heart defect. In pediatric cardiology, every heartbeat counts, especially for the one in 4,000 newborns born …

Illustration of man lifting weights by a refrigerator (Illustrations by Drue Wagner); featured image for Turn back the clock on aging

Turn back the clock on aging

There’s no way to stop the march of time, but innovative research by USC scholars points the way to a longer, healthier and more vibrant life. About 10 years ago, when George …

Illustrations by Doug Chayka; featured image for Cell by cell: Rebuilding the body

Cell by cell: Rebuilding the body

USC researchers are revolutionizing how we treat disease by harnessing stem cells as “living medicine.” Anyone who’s healed from a cut or a scrape has witnessed the incredible regenerative power of stem …

Pinchas Cohen (left) in the lab (Photo courtesy of the USC Davis School of Gerontology); featured image for A powerhouse of innovation

A powerhouse of innovation

How a serendipitous discovery led by Pinchas Cohen more than 20 years ago opened a new chapter in biology and made the USC Leonard Davis School a leading force in unraveling the …

A stem cell innovator focusing on repairing the heart, Chuck Murry (second from right) shares his expertise in biomedical science. (Photo/Steve Cohn); featured image for Chuck Murry: Stem cell science for healing the heart

Chuck Murry: Stem cell science for healing the heart

Success in Chuck Murry’s vision for regenerating heart tissue to restore function after a heart attack would look like a radical shift in the medical landscape. Ironically enough, he chalks up his …

(Photo courtesy of iStock); featured image for Severe COVID-19 infection increases heart attack and stroke risk as much as having a history of heart disease, study finds

Severe COVID-19 infection increases heart attack and stroke risk as much as having a history of heart disease, study finds

Researchers from the Keck School of Medicine of USC, UCLA and Cleveland Clinic studied the link between COVID-19 and major cardiac events, finding an increased risk that varied by blood type. Patients …

Image/iStock; featured image for USC launches collaboration with StemCardia to advance heart regeneration therapies

USC launches collaboration with StemCardia to advance heart regeneration therapies

The new initiative brings together renowned experts at a researcher-founded biotechnology company with Keck School of Medicine experts to develop innovative solutions for heart failure, the global leading cause of death. The …

Charles (Chuck) Murry (Photo by Gavin Sisk/ University of Washington); featured image for USC Stem Cell welcomes new leader, renowned physician-scientist Chuck Murry

USC Stem Cell welcomes new leader, renowned physician-scientist Chuck Murry

Charles (Chuck) Murry, MD, PhD, has been appointed as the next head of USC Stem Cell. In that capacity, he will be the chair of the Department of Stem Cell Biology and …

Lines of green fluorescent protein (GFP) show cells lighting up red and turning into muscle cells on the GFP scaffold. (Image by Mher Garibyan); featured image for A green light to build muscle cells on command

A green light to build muscle cells on command

It may sound like something from science fiction. To grow and modify muscle tissue in the lab using technology that shapes the muscle cells, blood vessels and nerves into whatever pattern you …

(Photo courtesy of Megan Rexius-Hall); featured image for Saving lives: Heart attack on a chip

Saving lives: Heart attack on a chip

Megan McCain has always enjoyed building and fixing things. She also has long been fascinated by cells in the human body and how they work together to achieve important tasks, like how …

nurse visits with a patient; featured image for USC and CHLA awarded $8 million to expand access to cell and gene therapy clinical trials

USC and CHLA awarded $8 million to expand access to cell and gene therapy clinical trials

The California Institute for Regenerative Medicine (CIRM), the state’s stem cell agency, has awarded a five-year, $8 million grant to the Keck School of Medicine of USC and Children’s Hospital Los Angeles (CHLA). …

Illustration by Jonathan Haase; featured image for Cycles of a fasting-mimicking diet help mice live longer, healthier

Cycles of a fasting-mimicking diet help mice live longer, healthier

While many diets have been studied for effectiveness in preventing obesity and heart disease in both mice and humans, research on the effects and benefits of short, periodic cycles of fasting on obesity and heart health are lacking. In a new USC study on the health effects of a low-calorie diet that mimics …

Megan McCain and family; featured image for USC Professor Megan McCain crafts an approach to tissue engineering

USC Professor Megan McCain crafts an approach to tissue engineering

Megan McCain has always liked using her hands to create things, ranging from art projects to human heart cells that grow on silicon chips. “I’ve always loved building things and doing crafts, …

USC's stem cell research center

California’s biggest stem cell experiment: The impact of the stem cell ballot proposition at USC

In 2008, USC broke ground on an $80 million building dedicated solely to stem cell research and regenerative medicine. The plans called for a monolithic structure clad in black marble and reflective …

Heart (Image courtesy of iStock); featured image for Hunting for heart cells that can grow back after an injury

Hunting for heart cells that can grow back after an injury

Hearts are tough organs. Over the course of a lifetime, they beat ever second of every day, keeping the entire body nourished with life-giving blood. But, even with all that stamina, heart …