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The discussions show a keen interest in understanding how heat affects demyelinated neurons, exemplified by questions about conduction slowing and neuron adaptation mechanisms. The tone combines scientific curiosity with concern about potential cognitive effects, indicating that the publication stimulates meaningful dialogue about MS symptoms and possible impacts on patient management.
Most discussions acknowledge the relevance of temperature effects in multiple sclerosis, with some referencing mechanisms like ion channel adaptation and raising questions about potential links to cognitive symptoms.
The posts demonstrate high interest by exploring the scientific basis of heat's impact on neurons and raising questions about dementia correlations.
Several posts actively analyze the physiological processes, such as ion channel adaptation, and reflect on implications for treatment or understanding MS symptoms, showing moderate engagement.
The discussions suggest that the publication has the potential to influence ongoing research and awareness, especially concerning temperature's role in symptom modulation.
11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding additional axonal membrane Na channels, a process called ion channel adaptation, to try to maintain conduction speed... https://t.co/AyIknTA2UP
Temperature sensitivity in multiple sclerosis: An overview of its impact on sensory and cognitive symptoms via .@NIH #HeatWave #MS #Neurology https://t.co/NVxstRYVkY
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
This video discusses how cooling can enhance physical, cognitive, and emotional well-being in heat-sensitive individuals with Multiple Sclerosis, highlighting research and practical cooling solutions.
This video discusses how cooling improves physical, cognitive, and emotional wellbeing for heat-sensitive individuals with Multiple Sclerosis, including a demo of cooling vests and resources for managing symptoms.
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
RT @AvrahamCooperMD: 11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding…
11/ So why would heat slow conduction specifically in demyelinated neurons? Neurons adapt to demyelination by adding additional axonal membrane Na channels, a process called ion channel adaptation, to try to maintain conduction speed... https://t.co/AyIknTA2UP
@WHO @WHOEMRO @WHOAFRO @WHOSEARO @WHO_Europe @WHOThailand @WHOSriLanka @WHONigeria @pahowho @WHOPhilippines @WHOWPRO Could dementia be related to temperature changes? Temperature sensitivity in multiple sclerosis: An overview of its impact on sensory and cognitive symptoms
Temperature sensitivity in multiple sclerosis: An overview of its impact on sensory and cognitive symptoms via .@NIH #HeatWave #MS #Neurology https://t.co/NVxstRYVkY
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