Articles: chronic.
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Critical care medicine · May 2022
The Child With Severe Chronic Illness in the ICU: A Concise Review.
Children with severe chronic illness are a prevalent, impactful, vulnerable group in PICUs, whose needs are insufficiently met by transitory care models and a narrow focus on acute care needs. Thus, we sought to provide a concise synthetic review of published literature relevant to them and a compilation of strategies to address their distinctive needs. ⋯ The future of pediatric critical care medicine is intertwined with that of children with serious chronic illness. More concerted efforts are needed to address their distinctive needs and study the effectiveness of strategies to do so.
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Case Reports
Case Report: Desmoglein-3 Gene Mutation Leading to Airway Compromise in Fraternal Twin Infants.
The desmoglein 3 18q11 gene mutation has not been well described in humans, except for a few case reports. The desmoglein 3 gene controls a transmembrane component of the desmosome complex that mediates epidermal cell adhesion and integrity of the oropharyngeal mucosa. ⋯ These infants presented with chronic, cyclical sloughing of the upper airway, larynx, and pharynx associated with difficult airway management and eventual respiratory failure. It is imperative that practitioners be aware of the severity of this rare mutation.
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Initial clinical studies have shown that the stimulation of the dorsal root ganglion (DRG) can significantly reduce chronic intractable pain. However, clinical data on long-term results and complications of these systems are limited. The aim of this prospective study is to report on a single center long-term follow-up of DRG stimulation for intractable chronic pain. ⋯ The findings were generally robust to imputation methods of missing data. Implantable pulse generators of 8 patients were explanted because of dissatisfaction with pain relief. In conclusion, DRG stimulation can provide effective pain relief and improved quality of life in patients suffering with neuropathic pain, although this study had a revision rate of 42% within the first 24 months, and 56% of IPGs that were replaced because of battery depletion had a shorter than expected battery life.