Children’s Mercy is transforming pediatric genetic diagnosis with a single, advanced sequencing test. Learn how this breakthrough is delivering faster answers, fewer tests, and new hope for families facing rare diseases.
Children’s Mercy is transforming pediatric genetic diagnosis with a single, advanced sequencing test. Learn how this breakthrough is delivering faster answers, fewer tests, and new hope for families facing rare diseases.
Children’s Mercy is transforming pediatric genetic diagnosis with a single, advanced sequencing test. Learn how this breakthrough is delivering faster answers, fewer tests, and new hope for families facing rare diseases.
Join Dr. Anmol Goyal as he explains the educational power of 3D modeling in explaining complex heart conditions. This episode highlights how visual tools help families understand diagnoses and surgical procedures, making complex medical terms accessible to everyone.
J. Allyson Hays, MD, discusses the rare disease histiocytosis, how it presents in pediatric cases, how Children's Mercy treats it and more.
Mark Ryan, MD, MSPH, FACS, discusses the use of virtual reality and 3D imaging in pediatric surgery, and the impact it has on planning, outcomes and the future of pediatric procedures.
Discover the unique challenges faced by adolescent kidney transplant recipients and their families in this deep dive into patient-centered assessments. Host Dr. Mike and pediatric nephrologist Dr. Judith Van Sickle discuss barriers to medical adherence and the importance of a supportive network in optimizing health outcomes for young patients.
Tomoo Iwakuma, MD, PhD, discusses recent research findings around his studies of the p53 gene.
Children’s Mercy Kansas City is the first pediatric hospital in the U.S. to clinically launch Optical Genome Mapping (OGM), an advanced digitized technology that enhances the detection of genetic abnormalities. Dr. John Herriges discusses what this means for pediatric care and what's to come.
Ana Cohen, PhD, discusses Children's Mercy's cutting edge genetic testing, and how they're improving access by expanding research to rural communities.
Stephanie Burrus, DO, discusses physician burnout, and how Children's Mercy Kansas City's Center for Wellbeing is addressing it at their institution.
The Piccolo device is an innovative and minimally invasive way to close the Patent ductus arteriosus (PDA) in pediatrics. Dr. Rockefeller talks about how the Piccolo came to fruition, the benefits, and what else is on the horizon for the PDA closure world.
Bactrim is a commonly prescribed antibiotic used to treat a variety of conditions, including urinary tract infections, acne and skin and soft tissue infections. The American Academy of Dermatology recently revised its guidelines discouraging the use of Bactrim to treat acne based on research conducted by my next guests – Dr. Jenna Miller, pediatric intensivist, and Dr. Jennifer Goldman, Infectious Diseases, of Children’s Mercy Kansas City.
Children’s Mercy Kansas City, one of the nation’s leading independent pediatric health organizations, announced it is the first health care system to use 5-base HiFi sequencing, the world’s most-advanced genomic sequencing technology from PacBio, in the clinical setting to accelerate diagnoses for even more patients and families.
To accelerate precision medicine for pediatric oncology, Children’s Mercy Kansas City, together with its Research Institute (CMRI), pioneered a new whole-exome-sequencing-based genetic test for all children diagnosed with cancer. While many pediatric research institutions in the country conduct genetic sequencing of tumors, CMRI is one of the few institutions performing both research and clinical sequencing in-house on both tumor and normal DNA samples.
Incredible advances in the care of patients born with single-ventricle heart disease have led to significantly better quality of life and survival. Complex surgical palliation culminating in the Fontan procedure is effective and can allow patients to grow and develop similar to their peers. Unfortunately, changes related to Fontan anatomy lead to stress and increased pressure on the liver, known as Fontan-associated liver disease. These stresses can cause scar tissue to form and—rarely—liver cancer to form. Dedicated liver care is vital to providing Fontan patients with the healthiest life possible.
In this episode, Dr. Mark Clements leads a discussion focusing on population health management and pediatric type 1 diabetes.
Data science -- often discussed with terms like artificial intelligence, machine learning, big data, data goverernance -- has the potential to transform every aspect of health care, from the patient experience to how, when and where care is provided, and improving outcomes. In this Transformational Pediatrics episode, Mark Hoffman, PhD, Chief Research Information Officer at Children's Mercy Kansas City, discusses the challenges and opportunities for data science within pediatric health care and gives examples where it is already making a difference for children today.
The health care sector has begun to embrace coaching to promote resilience and innovation during a time of massive disruption while also cultivating healthier workplace cultures. In this podcast, Alyssa Stephany, MD, Director of the Physician Leadership Center at Children's Mercy Kansas City shares how professional and peer coaching can help reduce burnout, increase job satisfaction, and improve the overall provider experience of health care, while also having a positive effect on patient care.
Nearly 1 in 5 children in the United States live in rural areas. Rural children experience health and health care disparities compared to their urban peers and represent a unique and vulnerable pediatric patient population. Important disparities exist in all-cause mortality, suicide, firearm-related unintentional injury, and obesity. In this episode, Dr. Jessica Bettenhausen discusses research into these disparities, their causes and potential actions to address them.
What is informatics and why is it important in health care? Listen as Jill Westcott, MD, MS, FACOG, Physician Informaticist for the Fetal Health Center at Children's Mercy, shares her expertise on the topic and how informatics is improving patient outcomes in fetal health.
The Children’s Mercy Research Institute® is undertaking a research initiative to build a first-of-its-kind pediatric data repository to facilitate the search for answers and novel treatments for pediatric genetic conditions. Our goal is to collect genomic data and health information for 30,000 children and their families over the next seven years, creating a database of nearly 100,000 genomes.