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#hyperoxia
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Slowly getting back into working on Hypo by making refs for everyone in the new style..... its gonna take a while

#hyperoxia #ocart #furryart

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🆕Review article: The evolving pathophysiology of bronchopulmonary dysplasia

Namasivayam Ambalavanan et al,
https://ow.ly/3lec50XFLi5
#hyperoxia #inflammation

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 Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Oxygen supersaturation is proposed to buffer against #HeatStress in water-breathing animals. @graham-raby.bsky.social @jutfelt.bsky.social &co re-examine this question in diverse #aquatic #ectotherms, showing that #hyperoxia has minimal impact on thermal tolerance @plosbiology.org 🧪 plos.io/43hzMQa

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 Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Oxygen supersaturation is proposed to buffer against #HeatStress in water-breathing animals. @graham-raby.bsky.social @jutfelt.bsky.social &co re-examine this question in diverse #aquatic #ectotherms, showing that #hyperoxia has minimal impact on thermal tolerance @plosbiology.org 🧪 plos.io/43hzMQa

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 Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Effect of hyperoxia (150% air saturation) on warming tolerance in 14 aquatic ectotherms from across the globe. Left: Forest plot showing effect sizes (model estimates ± 95% confidence intervals) for the effect of hyperoxia on warming tolerance. Black symbols are the fast warming (0.3°C min−1) trials, blue symbols are the slow warming (1°C h−1) trials, and yellow symbols are for a net combined effect with random effects for subgroups of the 24 experiments. The effects were considered statistically significant where the 95% confidence interval does not cross the red vertical line. Right: Approximate geographical distributions for the 10 species of fish (top) and four species of decapod crustaceans (bottom) used in the laboratory experiments to assess the effects of hyperoxia on upper thermal tolerance.

Oxygen supersaturation is proposed to buffer against #HeatStress in water-breathing animals. @graham-raby.bsky.social @jutfelt.bsky.social &co re-examine this question in diverse #aquatic #ectotherms, showing that #hyperoxia has minimal impact on thermal tolerance @plosbiology.org 🧪 plos.io/43hzMQa

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Waffle-tastic!
[Redraw from 2021]

#hyperoxia #ocart #fursonaarr

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🌍 #Okolab offers the most complete #microscopeincubators catalog — from routine to specialized needs.

🔬 Need O₂ control beyond normoxia? We’re the only provider with full solutions for #anoxia, #hypoxia & #hyperoxia — compatible with all cell culture vessels

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old gif from early 2023 (?) when i was working on azazel's vrc model
i still rlly like the idea of their eyes doing this
((using Value's VRC hypno shader))

#hyperoxia

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Love this thing, the fox
New Waffle model bc I got bored

Naes Model by @raideus.bsky.social

#ocart #b3d #hyperoxia #vrchat

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#hyperoxia

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It's Saturday~
https://bit.ly/3CUCukk

#hyperoxia #comicsky #ocart

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Waffle but like.... as an actual Kitsune

#hyperoxia #fursonaart

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I got Aseprite for Christmas ^_^ Expect a lot of pixel art in 2025!

#hyperoxia #fursonaart #pixelart

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Happy Saturday!! New pages for you <3
https://bit.ly/3CUCukk

#hyperoxia #ocart #comicsky

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Saturday means comic day!! Read it!!
https://bit.ly/3CUCukk

#hyperoxia #ocart #comicsky

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What does this mean for your practice? For patients? For the integrity of data? @WHO has since updated recommendations after 5 trials were retracted.

Today 1900 hours GMT join the authors in a TweetChat

Read the paper #Hyperoxia...

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When @WHO makes recommendations, people listen. In 2016 liberal #intraperative #oxygen of 80% was suggested. Today's paper release by @JBC13Mar1967 & @monashperiopmed demonstrates significant evidence of compromised data.
Join @Anaes_Journal 7pm GMT for live TweetChat #Hyperoxia

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#Hypoxia / #Hyperoxia #training !? Interesting talks at Sports Medicine Conference in Hamburg 24-26 May: http://sepla.intercongress.de/4Mq6bXXNh0EE~gLPFkcu6W/$/

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