Understanding Pain in Alzheimer's Disease in Anesthesia.

The primary risk factor for developing Alzheimer's Disease (AD) is increasing age, meaning that certified registered nurse anesthetists (CRNAs) will most likely encounter patients with AD with increasing frequency. Patients with AD are a challenge for CRNAs to quickly create a comprehensive anesthetic because of the difficulty with self-reporting and understanding how the brain responds to pain in AD. New research about how the brain processes pain in patients with AD is available, which could prove helpful. Published reports that outline a specific anesthetic plan are scarce, particularly considering each patient's own set of circumstances and where they are in the disease process. This article highlights helpful suggestions and considerations for CRNAs when assessing pain, understanding individual responses to pain, and developing a plan to help control pain when caring for patients with AD.

A is for Airway: An Interprofessional Simulation Event to Re-Establish the Importance of Communication.

Establishing an airway in the operating room is an interdisciplinary activity that requires focus of all participants. An interprofessional simulation event was designed to reestablish the importance of this OR event for student registered nurse anesthetists and registered nurse first assists.

Methods to Reduce the Risk of Exposure to Airborne Pathogens in the Operating Room.

The ongoing coronavirus disease 2019 (COVID-19) pandemic has created many changes and difficulties in healthcare, and the anesthesia specialty is no exception. Both the increased need for personal protective equipment (PPE) and the potential for infection and contamination through respiratory droplets have been sources of much concern. Policies and protocols have been adapted worldwide to help neutralize infection risk and exposure. Transmission of the virus to healthcare workers has been a major concern, and the risk of infection is exceptionally high for Certified Registered Nurse Anesthetists (CRNAs) because of their close contact with infected patients. CRNAs are in a unique position to help decrease exposure for themselves and other members of the healthcare team by taking extra precautions during airway manipulation. A great deal of focus has been placed on reducing risks during intubation, but reports describing methods of reducing contamination and exposure to respiratory droplets during emergence and extubation are scarce. The authors have reviewed techniques to reduce coughing, thereby decreasing the potential of virus exposure through contact with large respiratory droplets and aerosolized particles that may remain suspended in air.

An Interprofessional Branching Simulation to Introduce RN First Assistant Students to Their Role in the Perioperative Setting.

Simulation can be an effective tool for educating health profession students and can enhance interprofessional education by involving roles across multiple disciplines. Perioperative nurse educators at one institution used a five-part branching simulation of preoperative, intraoperative, and postoperative events for a single patient undergoing a procedure to introduce RN first assistant (RNFA) students to their role in the perioperative environment. The simulation participants included student RN anesthetists, a surgeon, an RN circulator (played by an actor), and a standardized patient. The objectives for this simulation were to assess the implementation of the didactic RNFA curriculum and to enhance the RNFA students' transition into their role in the perioperative setting. The simulation and multiple debriefings reinforced the concepts of role acquisition, surgical conscience, closed-loop communication, and interprofessional collaboration. Perioperative nurse educators can use this type of educational activity to teach these concepts to their students.