#brain
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From nature.com
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This work provides a molecular understanding of inhibitory postsynaptic densities formed by the gephyrin protein. Cryo-electron microscopy visualizes how receptor binding, dimerization, and filament formation induce phase condensation at the synapse.
#brain #gehirn #unikoln #research #synapsen #synapses #forschung #neurology #neurologie #unicologne
19h ago
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From philosophies.de
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„Welt + Gehirn = Bewusstsein? - Teil 1“: die komplexen Wechselbeziehungen von „Welt und Gehirn“ bei der Konstitution von „Bewusstsein“
#ttc #brain #world #philosophy #zoomposium #philippklar #neuroscience #consciousness #georgnorthoff #neurophilosophy
on Jun 13
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From nytimes.com
Trump Issues Warning Based on Unproven Link Between Tylenol and Autism
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Top U.S. health officials urged pregnant women not to use acetaminophen, the active ingredient in Tylenol, claiming it could cause autism, though studies have been inconclusive.
#brain #rfkjr #trump #health #science #tylenol #medicine #research #folicacid #idiocracy
2h ago
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From uni-koeln.de
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Scientists in Cologne offer a molecular perspective on the architecture of a synapse. They have discovered that a protein in the brain forms flexible filaments, thereby acting as an essential building block of inhibitory synapses.
#brain #gehirn #unikoln #research #synapsen #synapses #forschung #neurology #neurologie #unicologne
19h ago
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From uni-koeln.de
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Ein Kölner Forschungsteam hat eine molekulare Perspektive auf die Architektur von Synapsen entwickelt. Ihre Studie zeigte, dass ein Protein im Gehirn flexible Filamente bildet und damit als wesentlicher Baustein inhibitorischer Synapsen dient.
#brain #gehirn #unikoln #research #synapsen #synapses #forschung #neurology #neurologie #unicologne
19h ago