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Functional and Quantitative Brain Biomarkers to Im ...
Functional and Quantitative Brain Biomarkers to Improve Outcome After Cardiac Arrest
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Video Transcription
Video Summary
In this video, Professor Xiaofeng Jia discusses the need for functional and quantitative brain biomarkers to improve outcomes after cardiopulmonary resuscitation (CPR). Cardiac arrest affects many people each year, with survival rates and neurological outcomes remaining low. The monitoring of brain injury after CPR is complicated, as comatose survivors are often on sedatives and paralytics. The use of therapeutic hypothermia as a treatment further complicates brain monitoring. Professor Jia's research focuses on developing real-time and easy-to-use markers to quantify brain injury and monitor recovery. He discusses the use of quantitative EEG (QEEG) and quantitative SSEP (somatosensory evoked potential) as potential markers for predicting outcomes and monitoring recovery after CPR. He also introduces the use of quantitative cerebral blood flow monitoring using laser speckle imaging. Overall, the goal is to improve survival and neurological outcomes after CPR through the use of these monitoring techniques.
Asset Subtitle
Resuscitation, Infection, Sepsis, 2022
Asset Caption
This session will review traditional and new biomarkers in the setting of COVID-19, sepsis, and post-cardiac arrest.
Meta Tag
Content Type
Presentation
Knowledge Area
Resuscitation
Knowledge Area
Infection
Knowledge Area
Sepsis
Knowledge Level
Advanced
Membership Level
Select
Tag
Cardiac Arrest
Tag
Sepsis
Tag
COVID-19
Year
2022
Keywords
functional brain biomarkers
quantitative brain biomarkers
cardiopulmonary resuscitation
brain injury monitoring
neurological outcomes
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