An interview with Dr. Matthew Greenblatt, Principal Investigator of the Greenblatt Lab at Weill Cornell Medicine, discussing new perspectives on skeletal stem cells and their clinical relevance.
An interview with Dr. Karin Payne, Principal Investigator of the Payne Lab at the University of Colorado School of Medicine, discussing growth plate injuries, bony bar formation, and the therapies Dr. Payne's group is developing to target these pathologies.
An interview with Dr. Wan-Ju Li, Principal Investigator of the Musculoskeletal Biology and Regenerative Medicine Laboratory at the University of Wisconsin-Madison School of Medicine and Public Health, discussing advancements in stem cell-based approaches for cartilage repair.
An interview with Dr. Jay Patel, Principal Investigator of the Patel Lab at the Emory University School of Medicine, discussing novel advancements in cartilage repair, including hyaluronic acid hydrogel systems and 3D printed scaffolds.
An interview with Dr. Quanjun Cui, an orthopedic surgeon at the University of Virginia School of Medicine, discussing the puzzling connection between steroid use, adipogenesis (fat formation), and osteonecrosis (bone death).
An interview with Dr. Julia Visgauss, an orthopedic oncologist at Duke University School of Medicine, discussing some of her research into cartilage-derived cancer.
An interview with Dr. Blaine Christiansen, Principal Investigator of the Christiansen Lab at UC Davis School of Medicine, discussing the connection between heart attacks and systemic bone loss / osteoporosis.
An interview with Dr. Thomas Lozito, Principal Investigator of the Lozito Lab at the Keck School of Medicine of USC, discussing unique animal models for cartilage regeneration research.
An overview of bone biology, osteoporosis, and a novel nucleic acid-based treatment for osteoporosis, iSN40.
An overview of cartilage anatomy followed by a discussion of a novel treatment for cartilage repair, an autologous chondrocyte implantation (ACI).
A deep dive into the smart bandage, a revolutionary technology that can help accelerate chronic wound healing.
An overview of the current surgical repair procedures for common tendon and ligament injuries coupled with the introduction of a new TAPESTRY implant designed to regenerate more dense connective tissue and lower chances of re-tearing post operation.
An overview of how 3D printing works and some of its innovative applications to health care.
A deep-dive into what PEMF therapy entails and some of its major drawbacks in clinical settings.
A novel approach to casting, Cast21, addresses numerous complications that arise with the conventional intervention for broken bones and joints.
An overview of the orthopedic research I conducted this past summer and how better protocols for preservation of osteochondral allografts can make health care more accessible to all.
An update episode, discussing what I have been up to and what I plan to do with Talking Medicine in the coming months.
An overview of paralysis and how the brain works, and then diving into a new treatment that might help cure paralysis for good.
For this episode, I chatted with Dr. Steven E. Coutre, a Stanford research and professional in the medical field. He gave some insight on the different types of Leukemia, the reasons he got interested in hematology, etc.
An overview on how hearts are being 3D printed in order to revolutionize surgery and clinical treatments.