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Several discussions highlight the critical relationship between temperature extremes and stroke risk, using assertive language like 'significantly contributes' and referencing the importance of climate change, which underscores their high interest and perceived impact. The tone varies from supportive recognition of the study’s importance to calls for action, reflecting both engagement and a perceived relevance of the findings.
Most comments acknowledge and support the findings of the study, emphasizing the link between extreme temperatures and stroke mortality.
Discussions show high interest, with mentions of climate change implications and the importance of the research, especially in regions vulnerable to temperature extremes.
Some posts deeply analyze the research methods and public health consequences, indicating thoughtful engagement beyond surface-level reactions.
The discussions suggest awareness of the significant public health impact of the findings, with suggestions for policy and intervention considerations.
“it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse. Do we expect the outcome to get better? I don't think so.” thx @shankman & @BostonGlobe for covering! Read the new paper here: https://t.co/eirbwk5L7i https://t.co/AQlgwsTnHS
The present study by @Barrak1 et al, based on the MCC network, found that each of extreme cold and hot temperatures are associated with increased risk of mortality from ischemic and hemorrhagic stroke. #AHAJournals https://t.co/GZlpNYIbfM
https://t.co/rI8LVr37dI Journal: Stroke Study Design: Multinational case-crossover study Point: 極端な寒さと暑さの両方が脳梗塞や脳出血による死亡リスクの増加と関連している。今後も気候変動がこれらの極端な気温を悪化させ続ける可能性が高いので対策が必要。
Les temperatures extremes contribueixen significativament a la mortalitat global, sobretot ictus, segons un estudi multinacional de casos aplicant un protocol d’anàlisi unificat https://t.co/ADHwVNG06P https://t.co/iJ677756Ge
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
Extreme temperatures contribute significantly to global mortality. @StrokeAHA_ASA’s multi-county analysis explores the connection between higher temps and stroke mortality. https://t.co/7UzGp5mUPk
Climate change is increasing your stroke risk. Dr Kevin Moncion explains how heat waves, wildfire smoke, and air pollution impact your heart and brain, emphasizing practical strategies for prevention and stroke recovery…
Heatwaves, wildfires, and air pollution increase stroke risk by disrupting health systems and affecting air quality. Learn how climate change impacts stroke through global studies, who is most vulnerable, and three…
@RamosThailla https://t.co/VNTAeB3tev / https://t.co/w9T2J4UGjs / https://t.co/tBJOaxhjn3 / https://t.co/VNTAeB3tev
Les temperatures extremes contribueixen significativament a la mortalitat global, sobretot ictus, segons un estudi multinacional de casos aplicant un protocol d’anàlisi unificat https://t.co/ADHwVNG06P https://t.co/iJ677756Ge
Temperaturas frías y cálidas extremas se asocian con un riesgo elevado de morir por ictus isquémico y hemorrágico #extremetemperature #stroke https://t.co/Ir2b4DKu3u
Extreme temperatures contribute significantly to global mortality. @StrokeAHA_ASA’s multi-county analysis explores the connection between higher temps and stroke mortality. https://t.co/7UzGp5mUPk
Trend up+42: Alahmad B, ..., Multi-Country Multi-City (MCC) Network (Stroke) __Extreme Temperatures and Stroke Mortality: Evidence From a Multi-Country Analysis__ https://t.co/rvORB0AMPP
RT @StrokeAHA_ASA: The present study by @Barrak1 et al, based on the MCC network, found that each of extreme cold and hot temperatures are…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @StrokeAHA_ASA: The present study by @Barrak1 et al, based on the MCC network, found that each of extreme cold and hot temperatures are…
The present study by @Barrak1 et al, based on the MCC network, found that each of extreme cold and hot temperatures are associated with increased risk of mortality from ischemic and hemorrhagic stroke. #AHAJournals https://t.co/GZlpNYIbfM
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
RT @Barrak1: “it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse…
“it's not rocket science,” Alahmad said. “In the future [climate change] is going to get worse, so the exposure will get worse. Do we expect the outcome to get better? I don't think so.” thx @shankman & @BostonGlobe for covering! Read the new paper here: https://t.co/eirbwk5L7i https://t.co/AQlgwsTnHS
RT @jichisaitamaicu: https://t.co/rI8LVr37dI Journal: Stroke Study Design: Multinational case-crossover study Point: 極端な寒さと暑さの両方が脳梗塞や脳出血による…
https://t.co/rI8LVr37dI Journal: Stroke Study Design: Multinational case-crossover study Point: 極端な寒さと暑さの両方が脳梗塞や脳出血による死亡リスクの増加と関連している。今後も気候変動がこれらの極端な気温を悪化させ続ける可能性が高いので対策が必要。