PubMed · 9429470
The source did not provide an abstract. Follow the original record for more information.
Explore connections, maps & timelines
E A McConnell. 1997. Assisting with cast application.. https://doi.org/10.1097/00152193-199712000-00016
Cite the original work for its findings. Save a collection to share your selection of sources.
KEEP EXPLORING
The objective of this study was to determine in healthy individuals whether the Bledsoe Diabetic Conformer Boot reduces plantar pressures as well as a fiberglass total contact cast. Eighteen normal subjects, without any prior foot or ankle problems, were recruited for this study. Plantar pressures were measured using the Novel Pedar in-shoe pressure measurement system. The results of this study demonstrate that in individuals without foot deformities, the Bledsoe Diabetic Conformer Boot performs as well as, and in many parameters, even better than a fiberglass total contact cast with respect to reducing the forces and pressures on the plantar surface of the foot.
Explore the source record for details and available documents.
INTRODUCTION: An increasing number of infants presenting with posterior cranial asymmetry are referred to the paediatric neurosurgeon for clinical evaluation. Most of these cranial dysmorphisms cannot be due to lambdoidal sinostosis, since they originate from pre- (intrauterine constraint) or postnatal (prematurity, torticollis, sleeping position) predisposing factors that have deformed the cranial vault. In the literature there is broad consensus about the conservative management of this nonsynostotic plagiocephaly by means of "positional therapy" or "orthoplasty moulding" with cranial helmets or bands. Some reports can be found about the effectiveness of so-called dynamic orthotic cranioplasty (DOC) to improve the cranial asymmetry. TECHNICAL NOTE: In order to simplify the manufacturing procedure and improve the modulation of the corrective forces, we have designed a new orthotic device (thermoplastic orthotic device, TOD) using thermoplastic materials that can be moulded directly on the infant's head. CONCLUSION: With this technique it is no longer necessary to take any cranial impressions and the orthotic device can be easily remodelled, ensuring perfect adaptability of the device to the cranial vault throughout the entire treatment. Moreover, the superior flexibility of this orthosis allows modulation of the corrective forces.