Microglia are the brain's immune cells that clean out debris, such as damaged proteins and old cell parts, to keep the organ ...
A Dartmouth study published in Nature Communications reveals that immune cells in the brain use a surprising two-step process ...
“By the time we examine an autopsied brain-tissue sample, a pathologist will have rinsed it with alcohol, removing lipids,” said Tony Wyss-Coray, PhD, the D. H. Chen Professor II, a professor of ...
Challenging a long-standing assumption regarding the adult brain, recent research has demonstrated that individuals can continue to develop new brain cells into old age. Researchers at Sweden’s ...
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New atlas of brain lysosomes sheds light on neurodegenerative disorders
Functioning brain cells need a functioning system for picking up the trash and sorting the recycling. But when the cellular ...
Knowing which lysosomal proteins are enriched in which brain cell types will help better understand contribution to neurological disorders.
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Brain organoids reveal glioblastoma's secrets and therapy resistance
UCLA scientists have developed advanced miniature 3D tumor organoid models that make it possible to study glioblastoma tumors in a setting that closely mirrors the human brain, shedding light on how ...
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Progenitor cells constantly attempt to produce new myelin-producing brain cells, study finds
In experiments with mice, Johns Hopkins Medicine scientists report new evidence that precursors of myelin-producing cells—one ...
Detail of a pyramidal cell. Dendrites are red and orange. The axon is blue. Source: Allen Institute for Brain Science Neuroscience got its start more than 100 years ago when Santiago Ramon y Cajal and ...
Scientists are unraveling the role of senescent cells in a common form of epilepsy, and it could point to new treatments.
Neuroscientists are closing in on a long elusive goal: pinpointing the exact brain cells that make anxiety surge or suddenly recede. In a series of experiments in mice, researchers have identified ...
A hidden communication network between brain cells and glioblastoma tumors may be key to slowing this aggressive cancer.
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