Psychedelics can quiet the brain’s visual input system, pushing it to replace missing details with vivid fragments from ...
New fluorescent strategy could unlock the hidden life cycle of microplastics inside living organisms
Microplastics and nanoplastics are now found everywhere on Earth, from ocean depths to agricultural soils and even inside the ...
Researchers propose building fluorescence directly into microplastic polymer structures, enabling stable real-time imaging of how particles move, accumulate, and degrade in biological systems.
2don MSN
How psychedelic drugs affect the brain: Animal study links hallucinations to memory fragments
Psychedelic substances are increasingly being used under medical supervision to treat anxiety disorders and depression. However, the mechanisms by which these substances influence our perception and ...
Researchers at Niigata University used advanced three-dimensional imaging to reveal how amyloid β deposits spread along blood ...
Aging doesn’t have to mean losing your past. Scientists have found a way to "reprogram" specific memory-holding neurons, restoring youthful learning and recall in mice.
New research shows how psychedelics alter visual processing and boost memory-linked brain circuits to generate hallucinations, revealing mechanisms with therapeutic implications.
Microplastics and nanoplastics are now found everywhere on Earth, from ocean depths to agricultural soils and even inside the human body. Yet scientists still struggle to understand what these ...
Researchers combined hyperspectral Raman imaging with machine learning to chart Alzheimer’s-related chemistry across entire ...
In 2026, the educational landscape in the US has shifted significantly, with a growing number of families realizing that the ...
MIT researchers have created subcellular ‘circulatronic’ brain implants that can be administered via injection and self-implant to target a variety of ailments directly.
Johns Hopkins researchers are building a high-speed imaging system to capture brain signals 50 times faster than current tools—revealing the "hidden" neural processes that drive neurological disorders ...
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