In a significant departure from decades of established medical consensus, researchers at the University of Kentucky have identified a novel…
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New Research Identifies Peripheral Immune Pathway as a Critical Driver of Alzheimer’s Disease Neurodegeneration
For decades, the prevailing consensus in neurology characterized Alzheimer’s disease as an inherently localized phenomenon, a process of protein misfolding…
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A New Dimension of Alzheimer’s Disease: Researchers Uncover Genome Folding Defects as a Key Driver of Neurological Decline
For decades, the global scientific community’s understanding of Alzheimer’s disease has been anchored to the "amyloid hypothesis"—the observation that the…
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Brain Immune Cells Identified as Primary Driver of Alzheimer’s Related Sleep Loss in New Study
Researchers at the University of Kentucky have uncovered a pivotal mechanism in the progression of Alzheimer’s disease, identifying the brain’s…
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Study Reveals Artery Widening Not Fatty Plaque as Primary Driver of Lacunar Stroke and Small Vessel Disease
The medical community is facing a significant paradigm shift in its understanding of cerebrovascular health as new research challenges long-held…
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Arc Protein Identified as Key Driver in the Spread of Toxic Tau Proteins in Alzheimer’s Disease
The progression of Alzheimer’s disease has long been understood as a relentless march of cellular destruction, fueled by the accumulation…
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Ancient Brainstem Circuit Identified as Key Driver of Selective Attention and Potential Link to ADHD
Neuroscientists at Johns Hopkins University have identified a specialized group of neurons within an evolutionarily ancient region of the brain…
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Identification of CD99L2 Gene Variants as a Novel Driver of X-linked Spastic Ataxia Unlocks New Pathways in Neurodegenerative Research
In a significant breakthrough for the field of clinical genetics and neurology, a collaborative team of researchers in Germany has…
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German Researchers Identify CD99L2 Gene as Key Driver of X-linked Spastic Ataxia
In a major advancement for the field of neurogenetics, a collaborative team of scientists in Germany has identified a previously…
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Molecular Switch FLI-1 Identified as Key Driver for Blood Stem Cell Activation and Tissue Regeneration
Researchers at Weill Cornell Medicine have identified a singular molecular switch, known as FLI-1, which acts as a fundamental gatekeeper…
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