How We're Keeping You Safe | What Patients & Families Need to Know
Researchers use complex 3D laboratory models of Fanconi anemia (FA) patient epidermis to screen for drugs that could slow or stop the disease progression.
An analysis of 135,000+ medical records, co-authored by experts at Cincinnati Children’s shows that the novel coronavirus hits hardest among teens, children with diabetes or cancer, lower-income families, and Black, Latinx and Asian groups.
The medical center is reaching out to first responders, people 65 or older, Blacks and Hispanics to ensure inclusion of those at higher risk of contracting the disease or becoming seriously ill.
Cincinnati Children’s scientists say software tool can employ MRI scan data to predict which infants are most at risk of these brain developmental issues.
Following two decades of research on a group of rare diseases called hypereosinophilic syndrome, the U.S. Food and Drug Administration has approved the drug Nucala (mepolizumab) for use in the treatment of patients with hypereosinophilic syndrome.
Scientists use human intestinal organoids grown from stem cells to discover how our bodies control the absorption of nutrients from the food we eat.
Study reports neurons inside our brains express a protein that can detect a specific wavelength of light from the sun. Those neurons send signals that influence a number of our body functions—including our metabolism.
Designed for use by people aged 13 and above, this artificial intelligence (AI)-powered chat bot engages in conversations with users, serving as a digital mental health coach.
Findings from expert at Cincinnati Children’s suggest new approaches for treating inflammatory bowel diseases.
A surprising new concept for boosting the power of flu vaccines might also boost future COVID-19 vaccines.
The funding will be shared by a coordinating center and a network of 10 other top academic medical centers that will launch a five-year effort to improve genomic risk assessments for diverse populations and integrate their use in clinical care.
Researchers find that dose escalation of hydroxyurea treatment for children in Uganda with sickle cell anemia is more effective than a lower fixed dose of the same drug.
A transgenic mouse developed at Cincinnati Children’s to model the deadly childhood immune disease HLH (hemophagocytic lymphohistiocytosis) may play a key role in saving lives during the COVID-19 virus pandemic.
Selected as part of an international search that included a broad field of high-caliber candidates in pediatric medicine, Cheng comes from Johns Hopkins Hospital and the Johns Hopkins College of Medicine.
The projects, funded internally, will focus on developing vaccine nanoparticles, studying how the virus affects heart tissue, an artificial intelligence data analysis tool, and how COVID-19 affects foster youth, ADHD, and sickle cell disease.
Prompted by COVID-19 clinic closures, scientists developed the mail-in test so medically vulnerable patients can receive regular testing without the need for clinical visits.
Researchers report in the New England Journal of Medicine treating patients with a new drug called emapalumab that saves kid’s lives with less toxicity and fewer side effects.
Cincinnati Children’s is one of four sites in the U.S. participating in a Phase 1/2 clinical trial for the BNT162 vaccine program to prevent COVID-19.
AI system uses pattern-recognizing machine learning and natural language processing (NLP) technologies to predict youth’s risk for committing actions of school violence.
New research in PLoS Pathogens suggests that reactivated Herpes Simplex Virus (HSV) in trigeminal nerves of laboratory mice kills off at least a portion of sensory neurons.
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