Exploring New Frontiers in Rehabilitation Technology at i-CREATe 2025 Conference

Introduction to i-CREATe 2025

The International Conference on Rehabilitation Engineering and Assistive Technology, known as i-CREATe 2025, serves as a pivotal platform for discussing advancements in the field. Dr. Hiroshi Koyama delivered a key lecture at this year’s conference, emphasizing the importance of rehabilitation technologies and their impact on patients. This event was made possible by the interest of Her Royal Highness Princess Sirindhorn and the professional evaluations conducted by Mahidol University’s experts in medicine and engineering.

Background of the Keynote Lecture

The lecture was inspired by a recent visit where Dr. Koyama and the team explored innovative training methods such as the B.M.L.T. Cam® machine training. This technology has shown promise in improving functions for Parkinson's disease patients, alongside providing scientific insights into post-stroke recovery processes. Additionally, the potential of BeMoLo® shoes in reducing swelling and preventing falls was discussed in detail.

This underscores the significance of sharing scientific underpinnings and clinical relevance globally. The collaborative effort behind the keynote was recognized, with illustrated discussions making it a crucial segment of the conference.

Dr. Hiroshi Koyama presenting the BeMoLo® shoes “TERRA” to Her Royal Highness Princess Sirindhorn.

Dr. Hiroshi Koyama presenting the BeMoLo® shoes “TERRA” to Her Royal Highness Princess Sirindhorn.

Key Points from the Keynote Lecture:

- Neuro-Mechanical Control Concepts: The presentation elaborated on the observed biphasic muscle relaxation phenomenon within the B.M.L.T. Cam® machine. This highlights the critical role of the "Relaxation-Gated Torque (RGT)" concept in neuromechanical training.
- Dynamic Load Modulation: By utilizing cam mechanisms for dynamic load modulation, the smoothness and coordination needed for rehabilitation exercises were extensively analyzed.
- Case-Based Introductions: Patients with neurogenic conditions such as Parkinson's disease, post-stroke recovery, and aged individuals were referenced, covering varying functional needs.
- Application of BeMoLo® Shoes: The versatile use of the BeMoLo® shoes for sports, daily living support, and walking assistance was discussed, showcasing their potential impact on patient daily activities.

Conclusion

The insights delivered during the keynote are vital for advancing the understanding of rehabilitation technologies that leverage neuroplasticity to aid recovery. The introduction of the Relaxation-Gated Torque principle positions the B.M.L.T. Cam® machine as an innovative foundation for new approaches in neuromotor training, potentially aiding in the re-synchronization of motor networks.

Data illustrations and images displayed during the presentation were aimed at conceptualizing ideas, while detailed quantitative data and conditions will be available in upcoming peer-reviewed publications.