The brain is a remarkably complex and adaptable organ. However, adaptability decreases with age. As new connections between nerve cells in the brain form less easily, the brain's plasticity decreases. If there is an injury ...
Dec 14, 2021
0
98
Plastic waste, amounting to 8 million tons annually, turns into microplastics (MPs) through constant exposure to UV rays and sea waves. These MPs are consumed by lower-level organisms such as plankton, posing a threat to ...
Nov 23, 2021
0
8
Bristol-led research has identified specific drug targets within the neural circuits that encode memories, paving the way for significant advances in the treatment of a broad spectrum of brain disorders.
Sep 16, 2021
0
146
Building on recent research confirming how ketamine induces rapid antidepressant action, Professor of Pharmacology Lisa Monteggia and her collaborators show how the molecular mechanism of the gene MeCP2 and associated synaptic ...
Jul 28, 2021
0
368
Astrocytes have long been considered as mere support cells for neurons. In recent years, the study of astrocytes has grown, gradually revealing their importance in brain function. Researchers from Inserm, CNRS and Collège ...
Jul 1, 2021
0
18
The cerebellum—a part of the brain once recognized mainly for its role in coordinating movement—underwent evolutionary changes that may have contributed to human culture, language and tool use. This new finding appears ...
May 6, 2021
0
269
Neuroscientists agree that a person's brain is constantly changing, rewiring itself and adapting to environmental stimuli. This is how humans learn new things and create memories. This adaptability and malleability is called ...
Mar 31, 2021
0
3
Understanding the cellular and molecular mechanisms underlying brain plasticity (how the brain can learn, develop and reorganize itself) is crucial for explaining many illnesses and conditions. Neurocientists from the University ...
Mar 8, 2021
0
225
Our brains are complicated webs of billions of neurons, constantly transmitting information across synapses, and this communication underlies our every thought and movement.
Feb 17, 2021
0
492
A team of neuroscientists has identified a potential means to address the loss of cognitive function due to Alzheimer's disease by targeting protein synthesis in mice. Their findings, reported in the journal Science Signaling, ...
Feb 2, 2021
8
402
