O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distribution: methods to establish O2/mortality relationship rely on accurate/reliable data. Current results? Inconclusive! #FOAMcc
Is the U-shaped curve still of relevance to oxygenation of critically ill patients?
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Mar 2023 – Apr 2023Where it's discussed
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X / Twitter41 posts
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Facebook3 posts
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YouTube2 videos
AI synopsis
What people are saying
Several discussions emphasize questions about whether the U-shaped curve remains applicable, with users expressing curiosity and skepticism, such as 'Inconclusive results' and references to the 'methods to establish O2/mortality relationship.' The tone reflects cautious engagement, with some posts exploring the complexity and current uncertainties around oxygen management in critically ill patients, indicating an active but mixed-level interest in the topic's practical implications.
The discussions show mixed reactions; some posts question the continued relevance of the U-shaped curve, while others imply ongoing debate, leading to a neutral overall stance.
Posts exhibit high curiosity, with multiple questions about the significance and application of the concept, indicating strong engagement with the topic.
Most posts reference the core debate, such as the relevance of the U-shaped curve, and include comments about the complexity and current inconclusive evidence, highlighting thoughtful consideration.
The discussions suggest that while the topic is intriguing, there is no consensus on its impact; some posts hint at implications for clinical practice, but overall, the perceived impact appears moderate.
Abstract in brief
- The U-shaped curve in oxygenation refers to the idea that both too little and too much oxygen can be harmful to critically ill patients, emphasizing the importance of maintaining optimal oxygen levels.
- Recent research questions whether this traditional concept still applies, given new evidence and advanced medical practices that might alter the balance between hypoxia (low oxygen) and hyperoxia (high oxygen).
- The debate suggests that understanding the precise oxygen targets remains crucial for improving patient outcomes, but the relevance of the U-shaped curve in current clinical settings is still under investigation.]
Top posts
Most liked on X and Bluesky酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
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RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
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Relevance of the U-Shaped Oxygenation Curve in Critical Care Advances
This video discusses recent research questioning the continued relevance of the U-shaped oxygenation curve in critically ill patients, emphasizing the importance of maintaining optimal oxygen levels for better outcomes…
Relevance of the U-Shaped Curve in Oxygenation for Critically Ill Patients
This video discusses whether the traditional U-shaped curve relating oxygen levels to patient outcomes in critical care remains relevant, given new research and evolving medical practices.
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RT @intensivecare_c: 酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
RT @ESICM: 2/
RT @intensivecare_c: 酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
RT @intensivecare_c: 酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
RT @intensivecare_c: 酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
酸素化と死亡率の関係。 酸素分圧は低すぎても高すぎてもダメで、死亡率はU字型になるというのは本当か? https://t.co/U5jewEdTIY https://t.co/WcmIYG3zG1
RT @ESICM: 2/
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RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
Is the U-shaped curve still of relevance to oxygenation of critically ill patients? https://t.co/0MPYlAmyKm #IntCareMed
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
RT @yourICM: O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distr…
O2 in #ICU? ➡️ every drug has effective/toxic dose: O2 no exception... but ➡️ any U-shaped curve is derived from bimodal distribution: methods to establish O2/mortality relationship rely on accurate/reliable data. Current results? Inconclusive! #FOAMcc