#acetylcholine — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #acetylcholine, aggregated by home.social.
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How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
https://www.europesays.com/at/305030/ Vagusnerv, Darm und Gedächtnis: Acetylcholin im Hippocampus als Schlüssel #Acetylcholine #AI #Alzheimer #ARTIFICIALINTELLIGENCE #AT #Atlas #Austria #Gesundheit #GutBrainAxis #Health #Hippocampus #KI #KünstlicheIntelligenz #Memory #Microbiome #Neuromodulation #Österreich #Research #sleep #Stress #VagusNerve
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A Brain Chemical Helps Us Break Bad Habits. Involved in learning, memory, and decision-making, and it helps us abandon old habits and adapt. #BrainHealth #Neuroscience #Acetylcholine #MentalHealth #ScienceNews
https://www.instagram.com/p/DZ14xIxpKpJ/ -
A Brain Chemical Helps Us Break Bad Habits. Involved in learning, memory, and decision-making, and it helps us abandon old habits and adapt. #BrainHealth #Neuroscience #Acetylcholine #MentalHealth #ScienceNews
https://www.instagram.com/p/DZ14xIxpKpJ/ -
A Brain Chemical Helps Us Break Bad Habits. Involved in learning, memory, and decision-making, and it helps us abandon old habits and adapt. #BrainHealth #Neuroscience #Acetylcholine #MentalHealth #ScienceNews
https://www.instagram.com/p/DZ14xIxpKpJ/ -
A Brain Chemical Helps Us Break Bad Habits. Involved in learning, memory, and decision-making, and it helps us abandon old habits and adapt. #BrainHealth #Neuroscience #Acetylcholine #MentalHealth #ScienceNews
https://www.instagram.com/p/DZ14xIxpKpJ/ -
A Brain Chemical Helps Us Break Bad Habits. Involved in learning, memory, and decision-making, and it helps us abandon old habits and adapt. #BrainHealth #Neuroscience #Acetylcholine #MentalHealth #ScienceNews
https://www.instagram.com/p/DZ14xIxpKpJ/ -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
How Your Muscles Really Work 🧠💪
#muscles #neuroscience #movement #physiology #motorneurons #bicep #nervoussystem #GABA #acetylcholine #flexors #extensors -
This is interesting; I would love to know more about the mechanism. Does it have to do with hydrogen sulfide?
#torpor #hibernation #acetylcholine #acetylcholinesterase #Aricept
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This is interesting; I would love to know more about the mechanism. Does it have to do with hydrogen sulfide?
#torpor #hibernation #acetylcholine #acetylcholinesterase #Aricept
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This is interesting; I would love to know more about the mechanism. Does it have to do with hydrogen sulfide?
#torpor #hibernation #acetylcholine #acetylcholinesterase #Aricept
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This is interesting; I would love to know more about the mechanism. Does it have to do with hydrogen sulfide?
#torpor #hibernation #acetylcholine #acetylcholinesterase #Aricept
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Therapeutic potential for metabolic dysfunction-associated #steatohepatitis (#MASH)? This study shows that nicotinic #acetylcholine receptor (CHRNA2) signaling serves as a protective mechanism against extended metabolic stress in the #liver #PLOSBiology https://plos.io/46hnBmr
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Therapeutic potential for metabolic dysfunction-associated #steatohepatitis (#MASH)? This study shows that nicotinic #acetylcholine receptor (CHRNA2) signaling serves as a protective mechanism against extended metabolic stress in the #liver #PLOSBiology https://plos.io/46hnBmr
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Therapeutic potential for metabolic dysfunction-associated #steatohepatitis (#MASH)? This study shows that nicotinic #acetylcholine receptor (CHRNA2) signaling serves as a protective mechanism against extended metabolic stress in the #liver #PLOSBiology https://plos.io/46hnBmr
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Therapeutic potential for metabolic dysfunction-associated #steatohepatitis (#MASH)? This study shows that nicotinic #acetylcholine receptor (CHRNA2) signaling serves as a protective mechanism against extended metabolic stress in the #liver #PLOSBiology https://plos.io/46hnBmr
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Therapeutic potential for metabolic dysfunction-associated #steatohepatitis (#MASH)? This study shows that nicotinic #acetylcholine receptor (CHRNA2) signaling serves as a protective mechanism against extended metabolic stress in the #liver #PLOSBiology https://plos.io/46hnBmr
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Tradeoffs between rewards & costs involve the #dopaminergic system. @GJocham &co show that #dopamine & #acetylcholine have opposing effects on the modulation of specific components of #CostBenefit #DecisionMaking in humans #PLOSBiology https://plos.io/463uIik
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Tradeoffs between rewards & costs involve the #dopaminergic system. @GJocham &co show that #dopamine & #acetylcholine have opposing effects on the modulation of specific components of #CostBenefit #DecisionMaking in humans #PLOSBiology https://plos.io/463uIik
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Tradeoffs between rewards & costs involve the #dopaminergic system. @GJocham &co show that #dopamine & #acetylcholine have opposing effects on the modulation of specific components of #CostBenefit #DecisionMaking in humans #PLOSBiology https://plos.io/463uIik
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Tradeoffs between rewards & costs involve the #dopaminergic system. @GJocham &co show that #dopamine & #acetylcholine have opposing effects on the modulation of specific components of #CostBenefit #DecisionMaking in humans #PLOSBiology https://plos.io/463uIik
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Tradeoffs between rewards & costs involve the #dopaminergic system. @GJocham &co show that #dopamine & #acetylcholine have opposing effects on the modulation of specific components of #CostBenefit #DecisionMaking in humans #PLOSBiology https://plos.io/463uIik
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Mysteries of the #poisonous #amphibians
How do #frogs and other amphibians survive their own noxious weapons?
Like some other poisonous animals, they evolved resistance to #toxin. Researchers identified mutations in #genes for #acetylcholine receptor in poison frogs, then compared activity of receptor with and without mutation in frog eggs. Mutations slightly changed receptor’s shape, team found, making epibatidine bind less effectively and limiting its neurotoxic effects
https://arstechnica.com/science/2023/04/mysteries-of-the-poisonous-amphibians/ -
Mysteries of the #poisonous #amphibians
How do #frogs and other amphibians survive their own noxious weapons?
Like some other poisonous animals, they evolved resistance to #toxin. Researchers identified mutations in #genes for #acetylcholine receptor in poison frogs, then compared activity of receptor with and without mutation in frog eggs. Mutations slightly changed receptor’s shape, team found, making epibatidine bind less effectively and limiting its neurotoxic effects
https://arstechnica.com/science/2023/04/mysteries-of-the-poisonous-amphibians/ -
Mysteries of the #poisonous #amphibians
How do #frogs and other amphibians survive their own noxious weapons?
Like some other poisonous animals, they evolved resistance to #toxin. Researchers identified mutations in #genes for #acetylcholine receptor in poison frogs, then compared activity of receptor with and without mutation in frog eggs. Mutations slightly changed receptor’s shape, team found, making epibatidine bind less effectively and limiting its neurotoxic effects
https://arstechnica.com/science/2023/04/mysteries-of-the-poisonous-amphibians/ -
Mysteries of the #poisonous #amphibians
How do #frogs and other amphibians survive their own noxious weapons?
Like some other poisonous animals, they evolved resistance to #toxin. Researchers identified mutations in #genes for #acetylcholine receptor in poison frogs, then compared activity of receptor with and without mutation in frog eggs. Mutations slightly changed receptor’s shape, team found, making epibatidine bind less effectively and limiting its neurotoxic effects
https://arstechnica.com/science/2023/04/mysteries-of-the-poisonous-amphibians/ -
Mysteries of the #poisonous #amphibians
How do #frogs and other amphibians survive their own noxious weapons?
Like some other poisonous animals, they evolved resistance to #toxin. Researchers identified mutations in #genes for #acetylcholine receptor in poison frogs, then compared activity of receptor with and without mutation in frog eggs. Mutations slightly changed receptor’s shape, team found, making epibatidine bind less effectively and limiting its neurotoxic effects
https://arstechnica.com/science/2023/04/mysteries-of-the-poisonous-amphibians/ -
My journey with myasthenia gravis: a chronic autoimmune disease
Myasthenia gravis is a chronic autoimmune neuromuscular disease that causes weakness in the skeletal muscles, which are responsible for breathing and moving parts of the body, including the arms and legs.
Heather Finlay-Morreale is a pediatrician.
https://youtube.com/shorts/lXaOcmzDG6Q
Listen here: https://kevinmd.com/podcast
#myastheniagravis #muscleweakness #autoimmune #neuromuscular #acetylcholine #myastheniccrisis #breathing
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My journey with myasthenia gravis: a chronic autoimmune disease
Myasthenia gravis is a chronic autoimmune neuromuscular disease that causes weakness in the skeletal muscles, which are responsible for breathing and moving parts of the body, including the arms and legs.
Heather Finlay-Morreale is a pediatrician.
https://youtube.com/shorts/lXaOcmzDG6Q
Listen here: https://kevinmd.com/podcast
#myastheniagravis #muscleweakness #autoimmune #neuromuscular #acetylcholine #myastheniccrisis #breathing
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My journey with myasthenia gravis: a chronic autoimmune disease
Myasthenia gravis is a chronic autoimmune neuromuscular disease that causes weakness in the skeletal muscles, which are responsible for breathing and moving parts of the body, including the arms and legs.
Heather Finlay-Morreale is a pediatrician.
https://youtube.com/shorts/lXaOcmzDG6Q
Listen here: https://kevinmd.com/podcast
#myastheniagravis #muscleweakness #autoimmune #neuromuscular #acetylcholine #myastheniccrisis #breathing
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My journey with myasthenia gravis: a chronic autoimmune disease
Myasthenia gravis is a chronic autoimmune neuromuscular disease that causes weakness in the skeletal muscles, which are responsible for breathing and moving parts of the body, including the arms and legs.
Heather Finlay-Morreale is a pediatrician.
https://youtube.com/shorts/lXaOcmzDG6Q
Listen here: https://kevinmd.com/podcast
#myastheniagravis #muscleweakness #autoimmune #neuromuscular #acetylcholine #myastheniccrisis #breathing
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What modulates the output of #cortical #parvalbumin-positive #neurons in the mature #brain?
Kai-Wen He and colleagues reveal rhythmic time- and sleep-dependent regulation via #synaptic M1 #acetylcholine receptors in the mouse primary visual cortex
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What modulates the output of #cortical #parvalbumin-positive #neurons in the mature #brain?
Kai-Wen He and colleagues reveal rhythmic time- and sleep-dependent regulation via #synaptic M1 #acetylcholine receptors in the mouse primary visual cortex
-
What modulates the output of #cortical #parvalbumin-positive #neurons in the mature #brain?
Kai-Wen He and colleagues reveal rhythmic time- and sleep-dependent regulation via #synaptic M1 #acetylcholine receptors in the mouse primary visual cortex
-
What modulates the output of #cortical #parvalbumin-positive #neurons in the mature #brain?
Kai-Wen He and colleagues reveal rhythmic time- and sleep-dependent regulation via #synaptic M1 #acetylcholine receptors in the mouse primary visual cortex
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#Introduction. A #neuroscientist with interests in #neurobiologicalmechanisms supporting #mindbody & #contemplative practices, including #meditation #mindfulness #yoga & #psychedelics. I focus on #neuroscience of #self #selfawareness #selfregulation #selftranscendence, #neurophenomenology of #metaawareness, #nonduality, biomarkers of #insight #awakening #flow & #flourishing. #pharmacology, #dopamine, #acetylcholine, #learning, #memory, #hippocampus, #neuroimaging, #EEG, #fMRI, #neuropsychiatry
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Disturbed transmission via #nicotinic #acetylcholine receptors in chick #fetuses impairs the hatchlings’ preference for animate objects—similar to what is seen in #autism spectrum disorder in humans.
#Neuroscience #Biology #sflorg
https://www.sflorg.com/2022/11/ns11182201.html -
Disturbed transmission via #nicotinic #acetylcholine receptors in chick #fetuses impairs the hatchlings’ preference for animate objects—similar to what is seen in #autism spectrum disorder in humans.
#Neuroscience #Biology #sflorg
https://www.sflorg.com/2022/11/ns11182201.html -
Disturbed transmission via #nicotinic #acetylcholine receptors in chick #fetuses impairs the hatchlings’ preference for animate objects—similar to what is seen in #autism spectrum disorder in humans.
#Neuroscience #Biology #sflorg
https://www.sflorg.com/2022/11/ns11182201.html