Publications by authors named "G Salvador Beltran"

While several studies have focused on preliminary data and outcomes associated with prehospital buprenorphine administration interventions, to date there has been little discussion of the challenges experienced during the initial implementation of a prehospital buprenorphine protocol. In this case series we examine 3 separate patient encounters with different crews, patients, and receiving emergency medicine (EM) physicians, which highlight initial challenges experienced with implementing the first prehospital buprenorphine program in a rural Appalachian County within South Carolina. In 2 cases we highlight conflicts that may require collegial intervention and education of local receiving EM physicians regarding the new prehospital protocol.

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Background: Surgical management for neurogenic bladder requires complex decision-making by physicians, patients, and caregivers. Assessing decisional regret (DR) as a patient-reported outcome among caregivers could inform future counseling and shared decision-making.

Objective: To assess DR among caregivers of children with neurogenic bladder following reconstructive bladder surgery.

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Emergency Medical Services (EMS) and law enforcement (LE) frequently work as a team in encounters with individuals experiencing acute behavioral emergencies manifesting with severe agitation and aggression. The optimal management is a rehearsed, coordinated effort by law enforcement and EMS providing the necessary interventions to address behaviors that endanger the patient, the responders, and the public. The purpose of this document is to provide guidance and direction in the shared responsibility of managing and caring for a person displaying behavioral instability with irrational, agitated, and/or violent behavior.

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Article Synopsis
  • Adaptive Laboratory Evolution (ALE) enhances the performance of microorganisms for sustainable industrial processes, like wine fermentation, but can face challenges due to randomness and genetic factors.
  • Researchers developed a new ALE platform that allows for large-scale, parallel clonal evolution, successfully evolving ten yeast populations with improved traits for wine fermentation.
  • The study found that the optimized yeast strains not only displayed better fermentation performance in larger cultures but also suggested that this high-throughput ALE approach could lead to faster advancements in microbial optimization.
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