Many diseases affect how cells are spatially organized in tissues, such as in Alzheimer's disease, where amyloid-β proteins clump together to form plaques in the brain. Studying how cells differ in various regions of tissue ...
Dec 8, 2022
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LMU researchers demonstrate in a zebrafish model that two proteins prevent scar formation in the brain, thereby improving the ability of tissue to regenerate.
Nov 29, 2022
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How does the brain produce behavior? Studying the brain during behavior is most informative when the animal is free to interact with its environment in any way it chooses. This requires small head-mounted devices that provide ...
Nov 28, 2022
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Predicting which patients will respond well to treatment is a quandary that has plagued the field of cancer immunotherapy for more than four decades. Now, researchers at the Johns Hopkins Kimmel Cancer Center and its Bloomberg~Kimmel ...
Nov 16, 2022
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An enzyme that drives the growth of an often-lethal childhood brain cancer may hold the key to a future treatment, says a McMaster University-led study.
Nov 10, 2022
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Whatever you do, don't call them "mini-brains," say University of Utah Health scientists. Regardless, the seed-sized organoids—which are grown in the lab from human cells—provide insights into the brain and uncover differences ...
Oct 6, 2022
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In the brain of adult mammals, neural stem cells ensure that new nerve cells (neurons), are constantly formed. This process, known as adult neurogenesis, helps mice maintain their sense of smell. A research team led by Dr. ...
Oct 5, 2022
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Since their discovery over 100 years ago, neurons called tufted cells, in the brain's olfactory bulb, have been difficult to study. The close proximity between tufted cells and other neurons called mitral cells has restricted ...
Sep 29, 2022
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When the brain first wires itself up in early development, it creates more connections than it actually needs. Some of these connections, or synapses, will transmit critical signals as young animals begin to sense their surroundings. ...
Sep 28, 2022
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A new University of California, Irvine-led study reveals how mechanical forces and tissue mechanics influence the morphology of the developing brain, and establishes a direct link in neural stem cells between Piezo1, a mechanically-activated ...
Sep 7, 2022
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