Allergy Episodes

EP44 - Cardiac Metal Allergy w/Dr. Scott Schroeder, DPM, FACFAS - A Surgeon’s Firsthand Experience
44
April 14, 2026

EP44 - Cardiac Metal Allergy w/Dr. Scott Schroeder, DPM, FACFAS - A Surgeon’s Firsthand Experience

What happens when one of the world’s leading educators on metal hypersensitivity becomes the patient? In this deeply personal and groundbreaking episode, Dr. Scott Schroeder, DPM, FACFAS—an internationally recognized foot and ankle surgeon with over 30 years of experience—shares the journey that changed everything. After decades of observing unexplained post-surgical symptoms in his own patients, Dr. Schroeder began asking questions few were willing to explore. What he discovered would not only ...
EP27 - Metal LTT Blood Testing ORTHOPEDIC ANALYSIS Walkthrough, Q&A + Implant Composition FAQ
27
Sept. 11, 2024

EP27 - Metal LTT Blood Testing ORTHOPEDIC ANALYSIS Walkthrough, Q&A + Implant Composition FAQ

EP27 - Metal LTT Blood Testing ORTHOPEDIC ANALYSIS Walkthrough, Q&A + Implant Composition FAQ Join me today for a complete video walkthrough on ordering, drawing & shipping the Orthopedic Analysis blood Metal LTT Lymphocyte Transformation Test. You’ll get to see results of my new OA test and learn all about the valuable resources on the OA website. Additionally you will hear again from OA C.F.O., Dr. Marco Caicedo on not only some of my surprising results with the recent test, but also some exp...
EP16 - Orthopedic Analysis - Metal Allergy LTT Testing: Lymphocyte Transformation Assays as an Alternative to Patch Testing
16
Oct. 18, 2023

EP16 - Orthopedic Analysis - Metal Allergy LTT Testing: Lymphocyte Transformation Assays as an Alternative to Patch Testing

Dr. Nadim Hallab is the CEO of Orthopedic Analysis and a professor at Rush University Medical Center in the department of Orthopedic Surgery. Dr. Hallab is an expert in metal hypersensitivity and implant degradation, whose research encompasses immune reactions to implant debris, modular junctions, peri-implant cell toxicity, and material surfaces for controlling immune responses. Over two decades, his group has made significant advancements in understanding implant debris interactions and improv...