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26 Feb β Neurological Disease & Anaesthesia
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20 Mar β PNAN Webinar
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6β8 May β Annual Scientific Meeting (Edinburgh)
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@judith_dinsmore A good neurosurgeon understands that the successful outcome of a neurosurgical procedure is a team effort
#naccs2024 #neuroanaesthesia #neurosurgery@GianniLorelll Anaesthetic considerations and neurointerventional Rx of cSDH, idiopathic intracranial hypertension, & essential tremor
#naccs2024 #neuroanaesthesia #neuroanesthesiology https://naccs.org.uk/resource/pain-conditions-and-functional-neurosurgery/NACCS | Pain Conditions and Functional Neurosurgery
Dr Alice Jamie Humpreys Various electrode types positions can be successfully used with EEG, enabling its use in most cranial surgeries, even where frontal craniotomy is performed
#naccs2024 #neuroanaesthesia #neuroanesthesiology #neurocriticalcare #medtwitterDr Alice Jamie Humpreys pEEG can be used successfully to great benefit in both cranial and spinal surgery, but only if used correctly, with awareness of its limitations
#naccs2024 #neuroanaesthesia #neuroanesthesiology #neurocriticalcare #medtwitter https://pubs.asahq.org/anesthesiology/article/123/4/937/12574/Clinical-Electroencephalography-for
Clinical Electroencephalography for Anesthesiologists: Part I: Background and Basic Signatures
Abstract. The widely used electroencephalogram-based indices for depth-of-anesthesia monitoring assume that the same index value defines the same level of unconsciousness for all anesthetics. In contrast, we show that different anesthetics act at different molecular targets and neural circuits to produce distinct brain states that are readily visible in the electroencephalogram. We present a two-part review to educate anesthesiologists on use of the unprocessed electroencephalogram and its spectrogram to track the brain states of patients receiving anesthesia care. Here in part I, we review the biophysics of the electroencephalogram and the neurophysiology of the electroencephalogram signatures of three intravenous anesthetics: propofol, dexmedetomidine, and ketamine, and four inhaled anesthetics: sevoflurane, isoflurane, desflurane, and nitrous oxide. Later in part II, we discuss patient management using these electroencephalogram signatures. Use of these electroencephalogram signatures suggests a neurophysiologically based paradigm for brain state monitoring of patients receiving anesthesia care.Abstract. The authors review the neurophysiology of the electroencephalogram signatures of the anesthetics: propofol, dexmedetomidine, ketamine, sevoflurane, isoflurane, desflurane, and nitrous oxide. These signatures provide a neurophysiologically based paradigm for brain state monitoring of patients receiving anesthesia care.
Mr Dominic Thompson Prenatal Repair and Physical Functioning Among Children With Myelomeningocele
#neurosurgery #naccs2024 #neuroanaesthesia https://pubmed.ncbi.nlm.nih.gov/33555337/
Prenatal Repair and Physical Functioning Among Children With Myelomeningocele: A Secondary Analysis of a Randomized Clinical Trial - PubMed
ClinicalTrials.gov Identifier: NCT00060606.
NACCS | Neuroanaesthesia in Neonates and Children β Overview
HOT OFF THE PRESS: The NACCS endorsed Guidelines on airway management in patients with suspected or confirmed C spine injury
#naccs2024 #neuroanaesthesia #neurocriticalcare https://doi.org/10.1111/anae.16290 @STHJournalClub @elboghdadly
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