Robots and Intelligent Medical Devices in the Intensive Care Unit: Vision, State of the Art, and Economic Analysis

Abstract

Robotics is widely seen as a key enabling technology for the society of tomorrow. This review examines the role of robotics and intelligent medical devices in Intensive Care Medicine. Demographics predict that more elderly patients will need to be treated with fewer healthcare personnel, calling for innovations in ICU management. Robotics is a key enabling technology for the 21st century and may help to smooth the foreseeable workload/manpower disparity in medicine. Studying the application of robotics in the ICU in a manner beneficial for patients and accepted by intensive care team is therefore desirable. Financial sustainability is essential for the introduction of these new technologies to the ICU. This study therefore assesses the state of the art in robotics in intensive care medicine and identifies opportunities for progress, using an observational approach in a teaching hospital ICU in combination with an in-depth review of the literature and a survey of the market. Tasks potentially amenable to robotics are identified, their acceptability to patients and caregivers are examined and their quantitative contribution to future management of an intensive care unit is assessed.

From bedside to recovery: exercise therapy for prevention of post-intensive care syndrome

“…Other novel therapies to improve access to early ET in ICU may include interventions such as rehabilitation robotics and/or exoskeleton robots. Robots designed for assisting patient treatments in ICU are mostly either in development, or at present, only able to assist with manual handling tasks such as hoisting/lifting/turning patients in bed [ 141 ]. Exoskeletons are a wearable robotic device with in-built motors to assist in upper or lower limb movements, primarily used in neurological rehabilitation for conditions such as spinal cord injury [ 142 ].…”