Key factors identified for regeneration of brain tissue
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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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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177
Researchers in Oregon have engineered a material that replicates human bone tissue with an unprecedented level of precision, from its microscopic crystal structure to its biological activity. They are using it to explore ...
Aug 6, 2019
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A possible link between psychological stress and Crohn's disease flare-ups has been identified by a McMaster University-led study.
Nov 18, 2021
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From lowering your risk of obesity and cardiovascular disease to improving your concentration and overall daily performance, sleep has been proven to play a critical role in our health. In a new study, researchers at University ...
Aug 4, 2020
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Liza Makowski, Ph.D., professor in the Department of Medicine and the UTHSC Center for Cancer Research, has long been interested in how the immune system is altered by obesity and how this impacts cancer risk and treatment.
Jun 25, 2021
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Floating in fluid deep in the brain are small, little understood fronds of tissue. Two new studies reveal that these miniature organs are a hotbed of immune system activity. This activity may protect the developing brain ...
Oct 9, 2020
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A new study has detailed the damaging role played by the immune system in a severe brain condition most commonly caused by the cold sore virus.
Sep 15, 2020
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Intestinal bacteria operate as a self-sufficient organ: they influence the immune system and the brain via their metabolites.
Mar 11, 2020
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National Institutes of Health (NIH) scientists have identified a promising lead for developing a new type of drug to treat infection caused by Staphylococcus aureus, a bacterium that frequently resists traditional antibiotics.
Feb 10, 2013
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The heart can stably maintain blood flow—at rest or under stress—over a lifetime. Using a mouse model, an LMU team has now uncovered the role played by a specific class of ion channels in controlling the heart rate.
Nov 3, 2020
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