20 Oct How Whole-Body Donation Shapes the Next Generation of Medicine
Editorial Notice: This post is for general information only. Whole-body donation programs differ in accreditation, oversight, costs and how donated bodies are used, and laws vary by state. Before making a pledge or arrangements, verify a program's accreditation and policies directly and discuss your wishes with family. Organizations named or linked in this post are not warranted or endorsed by MedicalResearch.com or Eminent Domains Inc.
Picture a first-year medical student standing in an anatomy lab for the first time. The diagrams she studied the night before were clean and color-coded. What's in front of her is quieter, more complicated, and far more instructive: nerves that run slightly off the expected path, tissue that varies from one person to the next, details no illustration can fully capture.
None of that learning is possible without a decision someone made, often years earlier and often with their family beside them. Whole-body donation rarely gets the attention organ donation does, yet it quietly supports medical education, device development, and clinical training every day.
[caption id="attachment_76681" align="aligncenter" width="500"] Photo by Gustavo Fring[/caption]
As technology continues to evolve within the healthcare sector, creating new opportunities for enhancing patient care, it's crucial that empathy doesn't get lost in the shuffle. Innovative tools and systems should be seen as avenues to deepen our understanding and connection with patients, rather than as barriers to the human touch. Embracing technology with empathetic intention can lead to an even greater level of personalized care.
One specific area where empathy can play a transformative role is in addressing 
Understanding oneself is vital before exploring medical fields. What are your unique interests? Which medical areas spark your enthusiasm? It's common to advise students to reflect on their likes and dislikes in various subjects. To save some time, you might hire an 
Mytien Nguyen[/caption]
Mytien Nguyen, MS
Department of Immunobiology,
Yale School of Medicine
New Haven, Connecticut
MedicalResearch.com: What is the background for this study?
Response: Physician-scientists are critical for innovative translational research. 
SooYoung VanDeMar[/caption]
SooYoung VanDeMark, MBS
Geisinger Commonwealth School of Medicine
Scranton, Pennsylvania
MedicalResearch.com: What is the background for this study?
Response: Health care providers utilize subscription-based, point-of-care databases such as DynaMed and UpToDate to provide clinical care guidance and remain current on the latest evidence-based findings. Both of these websites maintain this content through a cadre of physician contributors who write and edit articles for these sites. These physician contributors are required to self-report any conflicts of interest (COI) as outlined by the respective policies on each website. However, prior COI research into similarly self-regulated areas, such as medical and pharmacology textbooks, and clinical practice guidelines, has found both appreciable potential COI and inconsistencies between self-reported and industry mandated disclosures (1-3).
This study (4) explored the accuracy of physician contributors to DynaMed and UpToDate by comparing their self-reported disclosure status with the financial remunerations they received from the healthcare industry (e.g., pharmaceutical companies) as reported to the U.S. Centers for Medicare and Medicaid Services’ Open Payments database. Physician contributors who reported “nothing to disclose” on their respective article topic but had an entry on Open Payments for having received money from industry, were classified as discordant and, thus, as having the potential for a COI. Additionally, total remuneration, gender, and payment category were investigated more in depth for each database.
Ali M. Fazlollahi[/caption]
Ali M. Fazlollahi, MSc, McGill Medicine Class of 2025
Neurosurgical Simulation and Artificial Intelligence Learning Centre
Department of Neurology and Neurosurgery, Montreal Neurological Institute and Hospital
Faculty of Medicine and Health Sciences
McGill University, Montreal, Canada
MedicalResearch.com: What is the background for this study?
Response: COVID-19 disrupted hands on surgical exposure of medical students and academic centres around the world had to quickly adapt to teaching technical skills remotely. At the same time, advances in artificial intelligence (AI) allowed researchers at the Neurosurgical Simulation and Artificial Intelligence Learning Centre to develop an intelligent tutoring system that evaluates performance and provides high-quality personalized feedback to students. Because this is the first AI system capable of providing surgical instructions in simulation, we sought to evaluate its effectiveness compared with learning from expert human instructors who provided coaching remotely.
Arman A. Shahriar
Medical Student, University of Minnesota Medical School Research
Consultant, HealthPartners Institute
Minneapolis, Minnesota
Response: Point-of-care ultrasound is one of the most significant advances in bedside patient care, and its use is expanding across nearly all fields of medicine. In order to best prepare medical students for residency and beyond, it is imperative to begin POCUS training as early as possible. At the Lewis Katz School of Medicine at Temple University, we introduced POCUS education over a decade ago and have expanded it since then.
By providing each student with a Butterfly iQ device, we can augment our curriculum significantly. In addition to our robust pre-clinical sessions, now we will expand into the clinical years highlighting the utility of POCUS with actual patients.
This gift was made possible by the incredible generosity of Dr. Ronald Salvitti, MD ’63. 