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Feasibility and Reliability of Ultrasound in Acute Burns.

Burns Clinical Trial

Official title:
Feasibility and Reliability of Ultrasound Assessment of Muscle Architecture in Acute Burns.

Clinical Trial Summary

This trial investigates the feasibility and reliability of different ultrasound protocols to determine quadriceps muscle architecture in acutely admitted burn patients. The results of this trial will provide more clarity as to whether ultrasound can be used as a bedside tool to monitor muscle wasting.

Clinical Trial Description

BACKGROUND Despite the ubiquity of muscle wasting following burns, practical and accurate tools to measure the degree of muscle wasting are lacking in burn care. Ultrasound has been used for this purpose in the critically-ill population and has shown to be valid and reliable. Whether this can be extrapolated to the burn population, however, remains unclear. Open wounds, fluid status, and uncertainty regarding which protocol to use are amongst factors that complicate the use of ultrasound during the acute phase of burns. AIM This study examines the reliability and feasibility of ultrasound measures in the acute burn setting comparing different techniques and locations of application. METHODS Burned adults were assessed at admission in two Belgian burn centers by two trained assessors using B-mode ultrasound with a linear transducer. Ultrasound-derived variables included quadriceps muscle layer thickness (QMLT) and rectus femoris cross-sectional area (RF-CSA) on both thighs. Both maximum and minimum compression techniques were used for QMLT, while RF-CSA was determined by minimum compression only. QMLT was measured at a proximal and distal location on the thigh, and RF-CSA was measured at the most proximal location possible where the entire muscle belly still remained visible. ;

Study Design

Related Conditions & MeSH terms

Clinical Trial Details
NCT number NCT04852133
Study type Observational
Source Universiteit Antwerpen
Contact
Status Completed
Phase
Start date May 4, 2020
Completion date April 6, 2021
View Details
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