Find Gabriel:

https://www.researchgate.net/profile/Gabriel-Moisan

https://www.linkedin.com/in/gabriel-moisan-a382aaa7/

In this conversation, Blake Withers interviews Gabriel Moisan, a podiatrist and researcher, about his journey in the field of podiatry, the evolution of foot orthoses, and the ongoing debates surrounding their use. They discuss the challenges of research in podiatry, the mechanisms of foot orthoses, and the differences between custom and prefabricated devices. Moisan shares insights on how to determine the appropriate dosage of foot orthoses for patients and critiques the terminology used in describing conditions like adult acquired flatfoot. The conversation emphasizes the importance of understanding both the mechanical and psychosocial effects of foot orthoses in patient care. In this conversation, Blake Withers and Gabriel Moisan delve into the advancements in podiatry, particularly focusing on foot orthosis, 3D printing technology, and the importance of clinical outcomes. They discuss the role of footwear in treatment, the evolution of materials used in orthotics, and the integration of technology to enhance patient care. The conversation also highlights the significance of teaching and learning in podiatry, the challenges of research, and the future directions of the field, including the potential of AI in predicting treatment outcomes.takeaways

Gabriel Moisan's journey in podiatry began with a desire to understand foot orthoses.
Research often leads to more questions than answers in podiatry.
The traditional view of pronation as 'evil' is being challenged.
Alignment theories in podiatry are being replaced by a focus on function.
Research needs to control for biases to accurately assess treatment outcomes.
Foot orthoses work through mechanical, somatosensory, and psychosocial effects.
Comfort in foot orthoses is not always the priority for effective treatment.
The debate between custom and prefabricated foot orthoses continues.
Determining the appropriate dosage of foot orthoses is crucial for patient outcomes.
Terminology in podiatry needs to evolve to better reflect current understanding. 3D printing has revolutionized the manufacturing of orthotics.
Clinical outcomes are prioritized over biomechanical outcomes.
Footwear plays a crucial role in the effectiveness of orthotic devices.
Material science is evolving, but significant changes are still needed.
Technology integration in orthotics could improve patient outcomes.
Patient feedback is essential for effective treatment.
Teaching students about orthotic modifications is vital.
Research in podiatry is often limited by funding and resources.
The evolution of foot orthosis has been slow but necessary.
Future research may focus on AI to predict treatment success.

Exploring the World of Podiatry
The Journey of a Podiatrist: Gabriel Moisan

"Pronation is evil."
"I just want to see it."
"We should think outside the box."

titlesSound BitesChapters00:00Introduction and Name Pronunciation00:32Gabriel Moisan's Journey in Podiatry04:33The Evolution of Foot Orthosis Understanding10:33Research Challenges in Foot Orthosis16:40The Mechanisms of Foot Orthosis20:15Clinical Applications and Effectiveness of Foot Orthosis32:49Understanding Foot Orthosis for Adult Acquired Flatfoot39:44The Debate on Terminology in Podiatry46:54Long-Term Use of Foot Orthosis: A Patient-Centric Approach51:35Advancements in Foot Orthosis Manufacturing56:15Customizing Foot Orthosis for Specific Conditions01:04:08The Future of Foot Orthosis: Technology and Innovation01:09:29The Role of Technology in Podiatry01:12:25Understanding Foot Orthosis and Patient Outcomes01:15:29Predicting Biomechanical Effects of Orthoses01:18:26The Impact of 3D Printing on Orthotic Modifications01:22:36Future of Foot Orthosis: Research and Innovations01:26:05The Need for Comprehensive Resources in Podiatry01:26:41Influential Figures in Podiatry and Research Aspirations

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