Discover new research from Cincinnati Children’s revealing how pregnancy enhances antibody function, opening potential pathways for improved vaccines and therapies.
Research from Cincinnati Children’s shows advanced neuroimaging can identify preterm infants at risk for developmental disorders, enabling earlier, targeted interventions.
Scientists are advancing lung research using AI and computational genomics to decode biology’s multidimensional complexity.
NBC’s Vicky Nguyen visited Cincinnati Children’s to explore groundbreaking research on how early screen exposure impacts brain development. Experts shared why limiting screen time for children under age 3 is critical for healthy language and reading skills.
Learn how Cincinnati Children’s is improving CKRT safety for infants using the Carpediem™ system, offering more precise dialysis and better outcomes for the smallest patients.
Cincinnati Children’s study shows hands-on, family-centered care reduces hospital stays and medication use for newborns with opioid withdrawal.
Cincinnati Children’s researchers reveal new gene-to-gene signals vital to embryo implantation, offering insights that may help explain early pregnancy failures.
New research from Cincinnati Children’s reveals how mothers retain immune memory from prior pregnancies, offering insights for high-risk care, transplantation and vaccines.
Cincinnati Children’s research links maternal hypertension to early brain injury and growth restriction in very preterm infants, highlighting urgent needs for prevention.
Cincinnati Children’s uses MRI to assess lung vascularity in infants with BPD—advancing diagnosis, treatment, and outcomes for babies with pulmonary hypertension.