Dr. Pradeep Bhide and Representative Adam Anderson explore how Florida’s Sunshine Genetics Act could reshape newborn sequencing, rare disease diagnosis, and the future of pediatric genomic medicine.
Baylor Genetics’ Dr. Christine Eng and Chris Sands explore the power of whole genome sequencing when paired with multi-omic technology, like long-read sequencing, optical genome mapping, and RNA sequencing.
Beyond Inheritance author unpacks the ever-changing genome and what mutation and mosaicism reveal about genetic conditions, immunity, and aging.
Interviews...
Baylor Genetics’ Dr. Christine Eng and Chris Sands explore the power of whole genome sequencing when paired with multi-omic technology, like long-read sequencing, optical genome mapping, and RNA sequencing.
Beyond Inheritance author unpacks the ever-changing genome and what mutation and mosaicism reveal about genetic conditions, immunity, and aging.
Siblings Dan and Faith share their family’s experience with Sialidosis; from the decade-long hunt for a diagnosis to the groundbreaking research they are involved in.
The second installment of our Achondroplasia Series, sponsored by BioMarin, focusing on lifelong medical monitoring and care coordination with guest Dr. Ricki Carroll.
See how tools like long read sequencing, RNA sequencing, MAVEs, and AI are ethically transforming WGS to make patients lives better.
Baylor Genetics’ Chief Medical Officer Dr. Christine Eng explains how RNA sequencing complements DNA testing to unlock diagnoses for rare disease patients.
How whole genome sequencing is transforming rare disease diagnosis in Brazil featuring MGI’s Victor Camillo and Neogenomica’s Dr. João Bosco Oliveira.
Listen to The Persistence Lab, a new podcast from AbbVie. Hosted by Kira Dineen, the series explores how scientists, patients, and experts look to solve some of the toughest challenges in medicine and health care, one step at a time.
Recorded live at Connecticut’s Darwin Day Event, we examine natural selection, horizontal gene transfer, and how Charles Darwin’s ideas continue to shape genomic science.
Michele Magner explains how genetics can prevent medication harm in older adults, so people can successfully age in place.