Ultrasound for children with broken arms: Accurate, faster, less painful than X-rays

Point-of-Care Ultrasound (POCUS) assessment of distal forearm injuries in children is accurate, timely, and associated with low levels of pain and high caregiver satisfaction | ScienceDaily

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There are many goals when managing children with suspected fractures of the arm. These include being fast and accurate in the diagnosis, not causing more pain and limiting exposure to radiation. Achieving these goals can result in high rates of caregiver satisfaction. Dr. Poonai’s study suggests that POCUS may be a viable alternative to x-ray with respect to diagnostic accuracy, cost effectiveness, pain, caregiver satisfaction, and procedure duration.

Read the full overview via ScienceDaily here

The original research article is available here

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The effect of timing of antibiotic delivery on infection rates related to open limb fractures: a systematic review

Whitehouse, M.R. et al. Emergency Medicine Journal. Published Online: 15 September 2016

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Objective: To examine whether the timing of delivery of intravenous antibiotics following open limb fractures has an effect on deep infection rates and other outcomes.

Design: We published an a priori study protocol in PROSPERO. Our search strategy combined terms for antibiotics, timing of administration and fractures. Two independent reviewers screened, selected, assessed quality and extracted data from identified studies.

Data sources: We searched five electronic databases with no limits and performed grey literature searches.

Eligibility criteria for selecting studies: Randomised and non-randomised controlled studies, prospective and retrospective observational studies in which the effect of the timing of delivery of antibiotics on the outcome of deep infection in open fractures was considered were included.

Results: Eight studies were included according to the above criteria. There were no randomised or non-randomised controlled trials. None of the included studies provided data on patient reported or health-related quality of life. The overall deep infection rate ranged from 5% to 17.5%. All of the studies were at substantial risk of bias. One study reported a reduced infection rate with the delivery of antibiotics within 66 min of injury and seven studies reporting no effect.

Conclusions: Sufficiently robust evidence is not available currently to determine whether the timing of delivery of intravenous antibiotics has an effect on the risk of deep infection or other outcomes following open limb fractures. There is therefore a need for a randomised controlled trial in this area before policy changes should be instigated.

Read the article here