Inositol Dosierungsrechner: Ideale Dosis in mg berechnen

Berechnen Sie anhand Ihres Körpergewichts die ideale Inositol Dosierung in mg. Der Dosierungsrechner berechnet Optionen für leichte, mittlere und starke Dosierungsmengen.

Pancreatic cancer forms "synapses"

Researchers have discovered that pancreatic tumors exploit the body's nervous system by forming so-called pseudosynapses.

GABA Dosierungsrechner: Ideale Dosis in mg berechnen

Berechnen Sie anhand Ihres Körpergewichts die ideale GABA Dosierung in mg. Der Dosierungsrechner berechnet Optionen für leichte, mittlere und starke Dosierungsmengen.

L-Dopa: Neurotransmitter-Vorstufe und ihre Bedeutung für Gehirnfunktion und Wohlbefinden

L-Dopa ist eine natürliche Verbindung, die bei der Behandlung von Parkinson hilft. Erfahren Sie mehr über seine Vorteile, Dosierung und möglichen Nebenwirkungen in unserem detaillierten Leitfaden.

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SciTech Chronicles. . . . . . . . .Mar 25th, 2025

  Now is the time to be making new mistakes. Vol II No 76 472 links Curated Motion sickness brain circuit may provide new options for treati...

All Brains are Beautiful! – The Biology of Neurodiversity 38C3

How do you think? People can experience thoughts, feelings, and sensory inputs very differently. While context and substances are known to promote changes in perception and thinking, the biological basis is very diverse, contrary to what is often assumed. Brain cells come in extraordinary varieties in size, shape, and complexity. Their synaptic connectivity provides the foundation of all our sensory input, motor output, cognitive functions, and thoughts. In short: They shape us. This talk gives an introduction about the extent of variability in neuronal patterns that underlies neurodiversity and critically discusses the idea of neurodivergence, diagnosis criteria in Autism and ADHD from a biological and first person-perspective. We find that biological variability of brains is an evolutionary feature that helps us to adapt to our environment but comes with certain risks and downsides in our modern society. While many things are still unknown, scientists have identified genes and environmental impacts that shape our network architecture during brain development and which help to explain why we think and experience the world so differently.