Research and Discoveries

The opportunity to partner with the Cincinnati Museum Center and to be part of history at Cincinnati Children’s last night was an honor and an exciting opportunity as our team of radiologists and technologists performed the virtual autopsy of a › Continue Reading

If your child is born with sickle cell in the United States, chances are good (95-99%) that he or she will survive to adulthood. That is not the case for a child born with sickle cell in Uganda or other › Continue Reading

Each year, 15 million babies worldwide are born too soon. In the United States, 1 in every 9 babies is born preterm. And in an average week in Ohio, 322 babies arrive early. On Ohio’s most recent March of Dime’s › Continue Reading

As both a pediatric surgeon and a researcher, I have dedicated my career to caring for and investigating potential therapies for patients with intestinal failure. Even though we have been studying the human intestine for decades, there is so much › Continue Reading

The Support We Needed

Earlier today the 2014 March for Babies employee campaign was launched at Cincinnati Children’s. I’m honored to be serving, with my husband and daughter, as the ambassador family for this year’s campaign. Our experience with the March of Dimes, and › Continue Reading

Whether it was his intent or not, Benjamin Scot did an amazing thing for prematurity awareness month when he began capturing footage of his premature infant son just days after his birth. You may have seen Benjamin’s video – “Ward › Continue Reading

Despite doing everything “right,” in my pregnancies, I delivered both of my girls prematurely. I avoided unhealthy environmental factors.  I went to prenatal appointments. I took my vitamins. Ate a well-balanced diet.  So why was my first daughter born almost › Continue Reading

To look into Jameson Golliday’s bright blue eyes or watch him dart around a room scattered with toys, one would never guess the one-year-old is part of a gene therapy clinical trial for the immune disease popularly known as “Bubble › Continue Reading

Our ability to savor the sounds of our world depends on the remarkable machinery of the inner ear, where highly sensitive hair cells convert sound waves into electric pulses that the brain translates into music, spoken language, the sounds of › Continue Reading

Much like cities and towns connected by highways and streets, the neurons in our brains are connected by nerve fibers called dendrites and axons. Neurons are supported by other neural cells called astrocytes and oligodendrocytes. Researchers at Cincinnati Children’s are › Continue Reading

In late 2010, researchers at Cincinnati Children’s became the first team to successfully convert human skin cells into fully functioning intestinal tissue. This breakthrough in stem cell science eventually may allow doctors to repair organ damage by using the patient’s › Continue Reading

“I’m active.  I feel better.  I’m happy to be alive.”  These are words from Misty Barnhart, a patient of the Tuberous Sclerosis Clinic at Cincinnati Children’s. Before coming to Cincinnati Children’s, Misty had one of her kidneys removed after a procedure › Continue Reading

Imagine taking a fantastic voyage deep into your own eye. As you get smaller and smaller, the world around you becomes surreal. This is the developing retina of a mouse, as seen under a powerful confocal microscope. The green structures › Continue Reading

As dean of the University of Cincinnati medical school – and a physician/researcher who helped make Cincinnati Children’s a top-tier pediatric medical center – Dr. Thomas Boat is not one to exaggerate. So it was noteworthy that, when addressing an › Continue Reading

The stained glass architecture of these insulin-producing cells found deep inside a mouse pancreas brings new meaning to the idea that our bodies are temples.  Researchers at Cincinnati Children’s are studying these cell groups, known as islets of Langerhans, to › Continue Reading

People like Lisa Crawford and her family lived for decades in the shadow of a Cold War nuclear weapons plant – tucked into rolling farmland 18 miles northwest of Cincinnati – unaware they were being exposed to radioactive materials in › Continue Reading

We all know that mothers perform amazing feats every day. But did you know that biologically, the act of becoming a mother actually defies nature? That’s right. The process of successfully carrying a child to term, from a purely immunologic › Continue Reading

Smoking marijuana during pregnancy may be more dangerous than you think, according to the latest research from Cincinnati Children’s. A study led by Sudhansu K. Dey, PhD, director of the Division of Reproductive Science at Cincinnati Children’s, and his colleagues › Continue Reading

This is your brain. Actually, this is your brain’s white matter as seen using a technique called diffusion tensor imaging. White matter and grey matter are the brain’s two main components. White matter, actually pinkish white to the naked eye, › Continue Reading

Scientists have discovered the first direct evidence that a biological mechanism long suspected in epilepsy is capable of triggering brain seizures – opening the door for studies to seek improved treatments or even preventative therapies. Researchers at Cincinnati Children’s Hospital › Continue Reading

Much of what makes us human comes from a part of the brain called the telencephalon, also known as the forebrain. This region controls cognition, emotion and how we move. Inside the forebrain is an area called the amygdala, which › Continue Reading

Hyundai Hope On Wheels® and Cincinnati-area Hyundai dealers awarded Cincinnati Children’s Hospital Medical Center a $75,000 Hyundai Scholar Grant to support the pediatric cancer research of Dr. Maureen O’Brien, who is currently working to identify new therapies that may help › Continue Reading

The following article recently appeared in UC Health News. It has been edited for this format. Cincinnati-based researchers have found that exposure to three types of mold during infancy may have a direct link to asthma development during childhood. These › Continue Reading

Learning from dummies

They sweat. They bleed. They moan. They make great teachers. Patient simulator mannequins play a growing role in training medical students, residents, nurses and other staff at Cincinnati Children’s, especially in critical care. Traditionally, healthcare teaches technical skills, or algorithms › Continue Reading

Today the National Institutes of Health (NIH) announced that James M. Wells, PhD at Cincinnati Children’s Hospital Medical Center is one of 17 investigators nationwide to receive a grant from a $13 million research fund to study the development of › Continue Reading