Child ; Humans ; Critical Illness/rehabilitation*

Betacoronavirus ; Coronavirus Infections ; rehabilitation ; Critical Illness ; Hospitalization ; Humans ; Medicine, Chinese Traditional ; Pandemics ; Patient Education as Topic ; Pneumonia, Viral ; rehabilitation ; Respiratory Therapy ; methods

PURPOSE: Creatine kinase (CK) elevation is caused by rhabdomyolysis, intense exercise, muscle damage, and several drugs. This study evaluated the clinical significance of elevated serum CK levels in patients with an intensive care unit (ICU) and their effects on muscle strength. METHODS: The database of 179 patients, who were examined with CK a t least once among patients in the Samsung Medical Center ICU database, was reviewed retrospectively. Forty-eight patients with a myocardial infarction were excluded and 131 patients were analyzed. The clinical features of patients with an elevated CK of more than 2,000 IU/L (more than 10 times the normal value) and those who did not were compared. RESULTS: The ICU stay days were longer in the high elevation group than the other group (8.6 days vs. 21.7 days, p=0.002). The high elevation group was more likely to go to other treatment centers than home after discharge (14.6% vs. 60.0%, p=0.007). When the Medical Research Council scale was measured, the score of the high elevation group was lower than that of the other group (17.2 vs. 13.3, p=0.006). CONCLUSION: Patients with high CK levels were more likely to receive invasive treatment in the ICU, so their muscle strength may decrease with increasing ICU stay and were less likely to be discharged home because of difficulties in living alone. Therefore, in patients with high CK, anticipating long-term treatment in an ICU, minimizing muscle loss, and maintaining functional muscle strength through active rehabilitation will be helpful for the prognosis of the patient.
Creatine Kinase* ; Creatine* ; Critical Illness* ; Humans ; Intensive Care Units ; Muscle Strength ; Myocardial Infarction ; Prognosis ; Rehabilitation ; Retrospective Studies ; Rhabdomyolysis

In the past, critically ill patients in intensive care units have often been managed with bed rest and sedation. On the other hand, prolonged bed rest results in deconditioning and many survivors from the intensive care unit suffer from physical and mental sequelae. Therefore, rehabilitation in intensive care units has been started to prevent them. Recently, many positive results about the effectiveness and safety of rehabilitation in intensive care units were published. In this review, the evidence and the practical point of rehabilitation in intensive care units are discussed.
Bed Rest ; Critical Care* ; Critical Illness ; Early Ambulation ; Hand ; Humans ; Intensive Care Units* ; Rehabilitation* ; Survivors

Major burns lead to a hypermetabolic response that is more dramatic than that observed in any other disease or injury. In addition, major burns increase the metabolic demands of the body and can lead to severe loss of body weight and increased risk of mortality. The hyper-metabolic response is accompanied by severe catabolism and a loss of lean body mass and by a progressive decline of host defenses, which results in impairment of the immunological response. The protective functions of intact skin are lost, leading to increased risk of infection and protein loss. Therefore, adequate and timely provision of nutritional support is an essential component of care of the critically ill burn patient. Nutrition therapy is also important in burn care from the early resuscitation phase until the end of rehabilitation. Careful assessment of the nutritional state of the burn patient is also important to reducing infection, recovery time, and long-term results. Nutritional therapy in severe burns has evidence-based specificities that contribute to improve clinical outcomes.
Body Weight ; Burns* ; Critical Illness ; Humans ; Metabolism ; Mortality ; Nutrition Therapy* ; Nutritional Support ; Rehabilitation ; Resuscitation ; Skin