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Throughout the discussions, participants demonstrate strong interest and engagement, with comments highlighting the innovative use of propofol to assess brain reconfiguration and predict recovery. Words like 'blown away,' 'fascinating,' and 'very proud' reflect excitement and respect for the research's novelty and significance, underscoring its perceived high impact on both clinical practices and future research.
Most discussions express strong support and excitement about the potential uses of propofol in understanding and predicting coma recovery, evidenced by phrases like 'blown away,' 'very proud,' and 'fascinating study.'
The posts show high curiosity, focusing on innovative methods and significant clinical implications, with repeated references to the 'adaptive reconfiguration index' and the new predictive approach.
Many responses delve into the scientific and clinical details, referencing EEG measures, brain network reorganization, and prognostic importance, indicating deep engagement with the research findings.
Several discussions highlight the high potential impact, mentioning breakthroughs that could improve clinical decision-making and prognosis for brain-injured patients, emphasizing words like 'broad implications' and 'game changer.'
What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to anesthesia confirm the presence of some underlying capacity for consciousness? Here's our answer: https://t.co/s4rl6sNTYy
Very proud of my lab’s article published today in the American Journal of Respiratory and Critical Care Medicine. In this preliminary study, we show that anesthesia can be used as a tool to accurately predict recovery from a disorder of consciousness. https://t.co/jWINpYj7gK https://t.co/7GY9Vg5rHd
Blown away by this pilot trial that uses propofol to assess brain reorganization ability and thus ability to eventually regain consciousness. Could have very broad implications in prognostication. We need > like this to prognosticate #tbi #neuroICU https://t.co/pYAn75jCDs
Administration of propofol induces brain network reconfiguration that allows EEG to measure "adaptive reconfiguration index" that predicts whether someone will recover from acute brain injury https://t.co/LIphswv4sk
Brain Responses to Propofol in Advance of Recovery from Coma and Disorders of Consciousness: A Preliminary Study
New from #McGillSPOT Duclos, Maschke, Mahdid, Nadin, Rokos, & Blain-Moraes "Brain Responses to Propofol in Advance of Recovery From Coma and Disorders of Consciousness: A Preliminary Study" https://t.co/uyPwT0PzwQ
Brain responses to propofol can predict recovery from coma and disorders of consciousness, using a new adaptive reconfiguration index measuring EEG changes to assess patient prognosis.
This study explores how brain responses to propofol can predict recovery of consciousness in brain-injured patients, highlighting an adaptive reconfiguration index based on EEG patterns to distinguish those who recover…
RT @rkchoi: Blown away by this pilot trial that uses propofol to assess brain reorganization ability and thus ability to eventually regain…
Blown away by this pilot trial that uses propofol to assess brain reorganization ability and thus ability to eventually regain consciousness. Could have very broad implications in prognostication. We need > like this to prognosticate #tbi #neuroICU https://t.co/pYAn75jCDs
@stephanamayer @CuringComa Another potentially cool way to look at coma recovery: https://t.co/6kmc2WgFdo
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
Fascinating study! https://t.co/0LAc0eSgM8
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
RT @CatherineDuclo6: What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to an…
What happens when you anesthetize an individual that’s already unconscious? Can the unconscious brain’s reaction to anesthesia confirm the presence of some underlying capacity for consciousness? Here's our answer: https://t.co/s4rl6sNTYy
Brain Responses to Propofol in Advance of Recovery from Coma and Disorders of Consciousness: A Preliminary Study
RT @BlainMoraes: Very proud of my lab’s article published today in the American Journal of Respiratory and Critical Care Medicine. In this…
RT @BlainMoraes: Very proud of my lab’s article published today in the American Journal of Respiratory and Critical Care Medicine. In this…
Very proud of my lab’s article published today in the American Journal of Respiratory and Critical Care Medicine. In this preliminary study, we show that anesthesia can be used as a tool to accurately predict recovery from a disorder of consciousness. https://t.co/jWINpYj7gK https://t.co/7GY9Vg5rHd
RT @cu_bas: Wow https://t.co/AHV6UVEt03 Prognostication of #consciousness recovery
Wow https://t.co/AHV6UVEt03 Prognostication of #consciousness recovery
RT @some4mv: Brain Responses to Propofol in Advance of Recovery from Coma and Disorders of Consciousness: A Preliminary Study https://t.co/z1LCqWdqNG #SoMe4MV from @ATSBlueEditor
RT @some4mv: Brain Responses to Propofol in Advance of Recovery from Coma and Disorders of Consciousness: A Preliminary Study https://t.co/z1LCqWdqNG #SoMe4MV from @ATSBlueEditor
Brain Responses to Propofol in Advance of Recovery from Coma and Disorders of Consciousness: A Preliminary Study https://t.co/z1LCqWdqNG #SoMe4MV from @ATSBlueEditor
RT @SCCMPresident: Administration of propofol induces brain network reconfiguration that allows EEG to measure "adaptive reconfiguration in…
RT @SCCMPresident: Administration of propofol induces brain network reconfiguration that allows EEG to measure "adaptive reconfiguration in…
Administration of propofol induces brain network reconfiguration that allows EEG to measure "adaptive reconfiguration index" that predicts whether someone will recover from acute brain injury https://t.co/LIphswv4sk
RT @McGillRehab: New from #McGillSPOT Duclos, Maschke, Mahdid, Nadin, Rokos, & Blain-Moraes "Brain Responses to Propofol in Advance of Reco…
New from #McGillSPOT Duclos, Maschke, Mahdid, Nadin, Rokos, & Blain-Moraes "Brain Responses to Propofol in Advance of Recovery From Coma and Disorders of Consciousness: A Preliminary Study" https://t.co/uyPwT0PzwQ