Critical illness polyneuropathy

This study tests whether a combination of a gentle sedation strategy (called eCASH) and early, personalized exercise can prevent muscle weakness that often develops in ICU patients who need a breathing machine. The trial will include 70 adults on ventilators, with half receiving …

This study tested whether a 20-minute arm cycling exercise, done twice daily for five days, could improve lung function and recovery in 60 elderly patients after colon cancer surgery. Participants also received standard physical therapy. The goal was to see if the arm exercise co…

This study tested whether neuromuscular electrical stimulation (NMES) can prevent muscle wasting in patients on mechanical ventilators in the ICU. 22 adults were split into a control group and an NMES group, receiving stimulation sessions for at least 7 days. Researchers used ult…

This study tested whether giving muscle relaxants along with sedation helps improve oxygen levels in patients with severe COVID-19 lung failure (ARDS) who need a breathing machine. Forty adults were enrolled. The goal was to see if this approach could reduce complications and imp…

This study explores whether artificial intelligence can analyze ultrasound images of muscles to detect intensive care unit-acquired weakness (ICUAW), a common complication in critically ill patients. Researchers will compare AI-based assessments with standard clinical evaluations…

This study tested two non-drug treatments—whole-body vibration and neuromuscular electrical stimulation—in 60 ICU patients with muscle weakness. Patients received one of the therapies twice daily for two weeks, alongside standard care. Researchers measured muscle strength and thi…

This study tested whether a rehabilitation program using a smartphone app (MORA) could help bedridden hospital patients improve their physical function. Twenty-five adults who could not walk used the app to do personalized exercises twice daily for two weeks. The goal was to see …