Uses of simulation-based education for anesthesiology training, certification and recertification: A scoping review.

Objectives: To conduct a comprehensive scoping review focusing on published anesthesiology-specific training based on simulation to assess up-to-date uses of simulation-based education in anesthesiology training. Our goal was to establish a solid ground for building standardized and accredited curricula for simulation-based education in the specialty of anesthesia in the near future. Methods: We searched the PubMed, CINAHL and EMBASE databases on May 10, 2021 for relevant articles. We followed the five-stage scoping review methodology: identifying a research question, identifying relevant studies, study selection, charting the data, and synthesis of results. Results: Our initial electronic search identified 5609 potential articles. After abstract screening and removing duplicates, 636 articles were evaluated in full text for inclusion or exclusion. Based on this strategy, 283 articles were included in this review. We mapped the current practice of simulation in training and certification across different anesthesiology subspecialties. Conclusions: Significant effort has been placed into the use of simulation for training, certification, and recertification in anesthesiology. Future effort to develop simulation-based training that can be generalized to trainees in this specialty, similar to other fields such as aviation and space sciences, will enhance the standardization of training and hence patient safety.

Hemoglobin drop after anesthesia in craniosynstosis: Dilemma of operate or not to operate.

An infant with craniosynostosis for craniectomy and cranial-vault remodelling was detected to have very low hemoglobin (6.8 gm%) after induction of anesthesia. This posed a dilemma whether to proceed with or abandon the surgical procedure. The case was postponed and was rescheduled for surgery one week later with hope that his hemoglobin would rise during this period. However, even before second anesthesia his hemoglobin level was found to be unchanged. Meticulous anesthesia management resulted in uneventful surgical procedure.

Conscious sedation for awake craniotomy in intra-operative magnetic resonance imaging operating theatre (IMRI OT) environment.

This technical report disrobes the first case in Intra-operative Magnatic Resonance Imaging operating theatre (iMRI OT) (BrainSuite), of Awake Craniotomy. The procedure was for frontal lobe glioma excision in 24 y. old man. He was scheduled to undergo eloquent cortex language mapping intra-operatively. He was motivated and was excited to see the operating theatre. He requested to take his photos while operated upon. The authors adapted conscious sedation technique with variable depth according to Ramsey's scale, in order to revert to awake state to perform the intended neurosurgical procedure. Patient tolerated the situation satisfactory and was cooperative till the finish without any event. We elicit in this report the special environment of iMRI OT for lengthy operation in pinned fixed patient having craniotomy. The text shows the special environment, its demands and its possible difficulties.

Conscious sedation for awake craniotomy in intraoperative magnetic resonance imaging operating theater.

This case report describes the first case in intraoperative magnetic resonance imaging operating theater (iMRI OT) (BrainSuite®) of awake craniotomy for frontal lobe glioma excision in a 24-year-old man undergoing eloquent cortex language mapping intraoperatively. As he was very motivated to take pictures of him while being operated upon, the authors adapted conscious sedation technique with variable depth according to Ramsey's scale, in order to revert to awake state to perform the intended neurosurgical procedure. The patient tolerated the situation satisfactorily and was cooperative till the finish, without any event. We elicit in this report the special environment of iMRI OT for lengthy operation in pinned fixed patient having craniotomy.