Medicine & TechnologyAn international team of researchers developed a novel computing device reminiscent of the neuroplasticity of the human brain. Like neurons, they also can store information for future retrieval and processing.
Researchers from the Icahn School of Medicine at Mount Sinai found that neurons that exclusively monitor the body's internal dynamics could affect the brain’s decision-making centers.
The Icahn School of Medicine at Mount Sinai's new study reveals that a part of the brain that controls habits may also play a critical role in learning new things. Researchers hope to learn new insights about neurons and circuits that underlie neurological disorders involving behavior control.
Researchers from Carnegie Mellon University discovered the viability of MXenes for neuron stimulation that could revolutionize the diagnosis and treatment of neurological diseases.
A new technique of labeling proteins found in the neuron has been developed by experts in line with the study of neuroproteomes and brain illness correlations.
In the ongoing pursuit to successfully emulate the human brain, one of the most complex machines known to man, a new study was able to fabricate an artificial neuron that can retain electronic memories.
Researchers are presently using nanoparticles as heaters, to control the neurons' electrical activity in the brain, and of cardiomyocytes in the heart.
New research on monkeys may have found the long-sought-after grandmother neuron. These are neurons that code specific information, that link sensory neurons, and memory.
Mothers naturally take care and takes risky efforts to protect their infants. The reason why moms exhibit nurturing behaviors was discovered by neuroscientists.
A recent study of neuronal activities shows that excessive neuronal activities might increase the chances of having a brain tumor. Mice, in place of children, are found to have developing tumors in optical neurons.
Challenging conventional theories on how neural information is relayed in the brain via one-way street. A study shows that when the receiving post-synaptic dendrites are overloaded the pre-synaptic axons hold off the delivery of the signal and send it first in the wrong direction.
Neuroscientists examined neurons in a songbird's forebrain and discovered a remarkable landscape of physiology, auditory coding, and network roles that explains how birds and mammals behave.
A neurotechnology company has made mind-reading headphones with cloth sensors that track neurons like a mobile EEG. It monitors neural impulses to silence notifications, turn up noise-canceling white noise, or suggest a mental break.