A multicenter study led by researchers at Johns Hopkins Medicine suggests that 65% of the PICU patients examined did not receive physical or occupational therapy, or adequate opportunities to be mobile, while hospitalized during the study period.
Female patients and those with normal physical function prior to illness were the most likely to not receive this care. In addition, 19% of critically ill PICU patients were completely immobile during the same time span, researchers note in the study, published in Critical Care Medicine.
In the study, known as PARK-PICU (for “Prevalence of Acute Rehab for Kids in the PICU”), researchers gathered data on critically ill children in 82 PICUs in 65 hospitals across the United States. This represents one-third of all PICU beds in the country. There were 1,769 patient days in the PICUs reviewed, with the researchers also evaluating perceived barriers and potential safety events for patient mobility.
“Despite the evidence that early rehabilitative therapy and mobility provide benefits to adults in ICUs, and despite the fact that it is known to be safe and reliable for children, our findings reveal that patients in PICUs are not getting the rehabilitative care they need,” says Sapna Kudchadkar, MD, PhD, associate professor of anesthesiology and critical care medicine at the Johns Hopkins University School of Medicine and lead author of the study, in a media release from Johns Hopkins Medicine.
Kudchadkar and her colleagues also found that two-thirds of all children admitted to the PICU for 3 days or longer are under age 2.
“Pediatric survivors of critical illness commonly experience long-term physical, cognitive and psychological problems, and these issues are compounded by the fact that while children are in the PICU, they are undergoing intensive physical and mental development,” she says.
Based on their study findings, the researchers urge hospitals to “systematically design and evaluate PICU rehabilitation interventions for a vulnerable patient population,” the release concludes.
[Source(s): Johns Hopkins Medicine, EurekAlert]