Key Points • The convergence of artificial intelligence and radiology was a natural development as these two fields evolved technologically. • Different types of artificial intelligence such as supervised learning…
Key Points • Robotics and artificial intelligence (AI) are radically changing rehabilitative medicine and medicine in general. • The near future of robotics in medicine exists now in various start-up…
Key Points • Brain-computer interfaces use electrical activity recorded from electrodes on the scalp or surgically implanted in the brain. • Brain-computer interfaces for rehabilitation and assistive devices strive to…
Key Points • Robotic devices are providing first-line assessments and interventions on the battlefield to save the lives of the wounded and to protect medical personnel. • Robotic devices can…
Key Points • Many different types of robotic technologies are enhancing acute medicine. • Humanoid robots outfitted with artificial intelligence can help patients and put them at ease. • Small,…
Key Points • Using a robotic exoskeleton for exoskeleton-assisted walking has improved quality of life and mental health for individuals with spinal cord injury according to self-report measures. • For…
Key Points • Health-care robotic companies are thriving on every continent. • Every sector of the health-care industry is being targeted for robotic support. • Most of these companies are…
Key Points • Through the performance of repetitive and time-consuming tasks, robots can help prevent practitioner burnout. • Robots can add greater safety and efficiency such as in pharmacy systems….
Key Points • Patients will increasingly encounter robotic service delivery as they access health care. • This technology can fill in gaps of care and improve access to care such…
Key Points • Robotics is taking an increasingly larger role in the delivery of health care. • The field supports all phases of medicine from acute care to rehabilitation. •…
