Integrating Robotic Therapies into Inpatient Rehabilitation- physiatry Leads the Way-Session Presentation

Video Transcription

Video Summary

The discussion was focused on the use of technology, specifically robotics, in inpatient rehabilitation. The speakers discussed the benefits and implementation of upper extremity robotics and lower extremity robotics. They highlighted different commercially available devices and their features, such as the Arm Modus M2, MyoPro, Raphael Smart Glove, Tyramotion Diego, Exo, Indigo, ReWalk Restore, and Airtec Zero-G. They explained how these devices can assist with neuromuscular training, functional endurance, task-oriented movements, visual perceptual training, upper extremity motor strengthening, and hand-eye coordination. The speakers emphasized the importance of therapist engagement and training, as well as the gamification aspect of rehabilitation, which can motivate patients to continue working on their rehabilitation goals. They also discussed the use of robotics in balancing core strength, cognitive abilities, and range of motion. The speakers outlined the challenges of integrating robotics into rehabilitation programs, including staff adoption and training, scheduling, billing and reimbursement issues, and scaling the program. They emphasized the need for clear implementation plans, hands-on trials, and involving business administration and patients in the decision-making process. They also mentioned the potential of using big data and artificial intelligence to improve clinical treatment pathways and outcome prediction models. The speakers mentioned the use of grants and foundations to help fund robotics devices, as well as the potential for partnerships with universities and sports teams. In conclusion, the speakers highlighted the benefits of incorporating robotics in inpatient rehabilitation and the need for ongoing assessment, training, and innovation in the field.

Keywords

technology

robotics

inpatient rehabilitation

upper extremity robotics

lower extremity robotics

neuromuscular training

gamification

core strength

implementation plans

big data