Introduction:Application of oxidized regenerated cellulose is commonly performed in laparoscopy to achieve hemostasis during surgery. The appearance of an abscess resembles oxidized regenerated cellulose, causing imaging studies to be difficult to interpret.Case Description:We describe the cases of 3 patients who underwent oxidized regenerated cellulose placement during laparoscopic gynecologic surgery. They subsequently presented with signs and symptoms resembling an abscess. Computed tomographic imaging can be challenging to interpret in such cases; radiologic findings can be used to differentiate between the characteristics of oxidized regenerated cellulose and those of abscess formation on the vaginal cuff.Discussion:Oxidized regenerated cellulose has an appearance that often mimics postsurgical abscess formation. There are distinct characteristics that distinguish both findings. It is essential that patients' records accurately describe the presence and location of regenerated oxidized cellulose when placed intraoperatively, and this information must be relayed to the interpreting radiologist to facilitate medical diagnosis and guide clinical management.
The aim of this study was to report outcomes of a hospital restraint loaner program for transporting children treated with spica casts. Fifty-two patients were studied. Appropriate restraints were selected by a therapist, consisting of 17 E-Z-On vest, 17 hippo car seat, five spelcast device, four family owned car seat, and nine transported using an ambulance. The cost to the hospital for the restraints ranged from $150 to $750 and $1200 for ambulance transportation. A car seat loaner program is a practical model to provide safe patient care for children in a spica cast.
The objective of the current study was to analyze the outcomes of short versus long leg casts in the treatment of childhood accidental spiral tibial (CAST) fractures.Methods: A retrospective review was performed of medical records at a single tertiary children's hospital from 2009 to 2014 of children with distal, spiral tibial fractures (CAST fractures). The following points were documented for each patient: sex, laterality of fracture, age at presentation, type of cast, length of time in cast, use of a controlled ankle motion boot after cast removal, suspicion for abuse, and complications including skin irritation, skin breakdown, infection, compartment syndrome, fracture displacement, and gait disturbances.Results: A total of 21 patients with an age range of 12 to 62 months were found to have CAST fractures as confirmed by x-ray. Fourteen were treated with short leg casts, whereas 7 were treated with long leg casts. Both groups healed with equal outcomes, and there was no documented suspicion for abuse in any case.
Conclusions:A short leg walking cast seems to be an effective and safe method of treatment for CAST fractures and could be considered as potentially preferable to long leg casts because of the added benefits of increased mobility and function. Follow-up to this preliminary study is warranted to better elucidate any differences in benefit between these treatment options, and clinical judgment should be used when considering immobilization options.
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