For over a century, the study of the human brain has been dominated by a single protagonist: the neuron. These…
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UCSF Researchers Identify FTL1 Protein as Master Regulator of Hippocampal Aging and Potential Target for Reversing Memory Loss
The human brain is an intricate network of billions of neurons, yet its functional integrity is famously fragile, particularly within…
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Beyond the Neuron: How Star-Shaped Astrocytes Regulate Fear Memory and Processing in the Brain
The long-held scientific consensus that neurons are the sole architects of thought, emotion, and memory is undergoing a significant transformation…
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Human Brain Employs Separate Neural Pathways to Encode Content and Context for Flexible Memory Formation
The human brain’s ability to weave together the "what" and the "where" of an experience is fundamental to our identity…
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New Research from Washington State University Reveals Comprehensive Impact of Cannabis on Multiple Memory Systems and False Recall
The long-held cultural stereotype of the "forgetful stoner" has found a robust scientific foundation in a comprehensive new study from…
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Biological Mechanisms of Cocaine Addiction New Research Identifies Genetic Switches in the Brains Memory Center
The long-standing perception of substance abuse as a failure of personal resolve is being further dismantled by emerging neuroscience, as…
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Extensive Washington State University Research Reveals How Cannabis Intoxication Distorts Multiple Memory Systems and Promotes False Recollections
The conventional understanding of cannabis use often centers on the "fuzzy" or "hazy" feeling reported by users, but a comprehensive…
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