これ夫の従兄弟がCOVIDで入院した時にそうだった。ご近所に住む友人医師がパルスオキシメーター持ってきて計って病院行くぞと救急車呼んでくれなかったら手遅れだったかも。苦しくないのにSpO2 80だったそうな。本当に恐ろしい。
RT @minesoh: 本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
RT @minesoh: 本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
RT @minesoh: 本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
RT @minesoh: 本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
RT @minesoh: 本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症についての論文
本人が苦しさを自覚しなかったり発熱に乏しいけれど実際はキツい肺炎などによる低酸素症を happy hypoxemia といいますね👶かなり報じられているので当然ご存知と思いますが。精神的なものではない。 https://t.co/rL7IERm9Z1
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @ParaACP: Covid-19 'Happy Hypoxemia' Pathophysiology. Why patients are awake, alert and don't feel short of breath despite awful Pa02 ht…
The pathophysiology of ‘happy’ hypoxemia in COVID-19 Worth reading for anyone looking after this patient group. Worth reading the earlier sections just from a respiratory physiology perspective. https://t.co/5ft3WLWQLY
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
Interesting article on the pathophysiology of COVID-19 and happy hypoxaemia
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @WelshGasDoc: This pretty much answers it all....
Wow fascinating #whywedoreasearch https://t.co/4NuB154FPv
@beckyn_respPT have you seen this? I did wonder why a significant number of poorly C19 patients seemed relatively well considering the numbers, X-rays, etc and would just "fall off their perch" https://t.co/e5Eo34C392
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
https://t.co/s5lbfiU2xD -risk of rapid clinical deterioration -these patients still have a large O2 requirement and this phenomenon is not widely understood in the context of Covid-19 so should be taken seriously pre-hospitally and may require NIV/IV in
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
Very interesting article ⬇️ https://t.co/kZzMP5pfi0
Very scary
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
@TheResusRoom forgot the link 🤦🏻♂️ https://t.co/EY69e7wleE
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @WelshGasDoc: This pretty much answers it all.... https://t.co/BGMjaYEhwf
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
“Many COVID-19 patients present with pronounced arterial hypoxemia (low oxygen in blood) yet without proportional signs of respiratory distress, they may not even verbalize a sense of dyspnea (difficulty breathing). This phenomenon is referred as silent or
You know when you’ve wondered something for a while but folk don’t have an answer? Well... 😳 slightly more scared of cv-19. It explains a LOT. Do everything you can to avoid this thing. Especially if you’re pregnant 😳
RT @Calum_Burnett: An interesting read https://t.co/ttslGjw0Aw
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
‘Happy Hypoxaemia’ in COVID-19 The pathophysiological abnormalities that may explain the dissociation between profound ‘silent’ hypoxaemia and the mild respiratory discomfort displayed in patients with COVID-19. https://t.co/Yiz2otLoCH
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @ParaACP: Covid-19 'Happy Hypoxemia' Pathophysiology. Why patients are awake, alert and don't feel short of breath despite awful Pa02 ht…
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
Covid-19 'Happy Hypoxemia' Pathophysiology. Why patients are awake, alert and don't feel short of breath despite awful Pa02 https://t.co/ZbJGpqOzhP #Covid19UK #coronavirusuk #criticalcare
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @WelshGasDoc: This pretty much answers it all....
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text. A very interesting article #Covid19UK #999family https://t.co/BxLOX3pLEK
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @BillKilvington: A fascinating article that explains the paradoxical O² Sats seen in some Covid 19 patients. #CollegeODP #CODPStudents #…
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
The ‘happy’ hypoxemia phenomenon we’re all seeing in COVID
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
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Covid19: The pathophysiology of "happy" hypoxemia in covid patients. #MedTwitter https://t.co/TlU6krfdeP
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
@Sam_Dean1 @Coxy3237 @catben29 @alexapril78 interesting one for some of your team?
Planners, there are some really interesting implications of articles like this. It helps to understand the late presenteeism and also some of the deaths at home. https://t.co/SK9eqk8pZi
RT @StuartNuttall1: This article Is a good recap on Resp physiology and Covid effects on this, explaining “Happy Hyooxia” and sudden deter…
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @WelshGasDoc: This pretty much answers it all....
RT @Calum_Burnett: An interesting read https://t.co/ttslGjw0Aw
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @iamyourgasman: @WelshGasDoc Try this Dave https://t.co/hpA6ysWryY
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
Very interesting paper on pathophysiology of 'Happy Hypoxia' in COVID. Lots of focus on left-shift of O2-Hb dissociation curve through a variety of mechanisms. https://t.co/f3gB70kaiL
RT @JDF_Keswick: The pathophysiology of ‘happy’ hypoxemia in COVID-19 | Respiratory Research | Full Text https://t.co/20naQG1Hj3
Really interesting & personally Ive never ever seen people with such profound hypoxia appear so well, then deteriorate so rapidly