Rory Greener Kyla Webster , Thank you for the opportunity to be challenged with great questions and a deep understanding of the topic. This created several key moments to specifically talk about our use of neurotechnology and BCI for precision surgical training using what I call Internet of Surgical Things (IoSxT) to address the human factors during critical moments with data science.
XR technologies for procedural based training have made a huge impact on surgical education, but we are a long way from having the impact that the technology promises. Hyperrealism, embodiment, exactitude, precision haptic feedback, and a multi action training plan that at its core focuses on the foundations of surgery is a critical component. Training the human factors alongside skills acquisition using neurocognitive approach with a multi action plan to create the experiential dependant neuroplasticity required for permanent morphologic brain changes of consolidation and the formation of a new skill.
Surgery is a series of small steps performed perfectly, in the correct sequence and with respect for the tissue. Each step has its own beginning and end. It has it's own FOCUS.
We focus on the real problems in surgical training that are implicated in causing preventable surgical harm. The things you can only know if...
#IamASurgeon
Exploring XR, AI, BCI, Neural Interfaces in Healthcare with NextGenSurgery Inc. 🩺🌐
XR Today’s Rory Greener hosts Richard S Hart BA MD FRCSC, Founder/CEO of Next-Gen Surgery.
In this session, they discuss the emerging use of #AI, XR, VR Headset, #BCI, Neural Interfaces in #Healthcare sectors.
Full interview 👉 https://lnkd.in/dEZgpZds #xr #ar #vr