MIT neuroscientists may have taken a step toward treating brain disorders associated with memory loss — including epilepsy and Alzheimer’s disease, the researchers said in a recent paper. Here’s what the study, published Feb. 8 in the journal Neuron, said: First, a gene called Npas4 is necessary to create long-term memories. This gene exists in the brain’s CA3 subsection, one of three regions in the brain’s hippocampus, said Feng-Ju (Eddie) Weng, lead author of the study.
A little electrical brain stimulation can go a long way in boosting memory. The key is to deliver a tiny pulse of electricity to exactly the right place at exactly the right moment, a team reports in Tuesday’s Nature Communications. “We saw a 15 percent improvement in memory,” says Michael Kahana, a professor of psychology at the University of Pennsylvania and an author of the study. The approach hints at a new way of treating people with memory problems caused by a brain injury or Alzheimer’s disease, Kahana says. But the technology is still far from widespread use. Kahana has spent years trying to understand why the brain often fails to store information we want it to keep. “When we’re trying to study a list of items,...
The study – led by University of Manchester psychologists – is the first of its kind to assess the similarities and differences in how the left and right sides of the brain process semantic memory. The research, led by Dr Grace Rice and Professor Matthew Lambon Ralph from The University of Manchester, was funded by the Engineering and Physical Sciences Research Council and the Medical Research Council. The team – working with neuropsychologists at Salford Royal and The Walton Centre for neurology in Liverpool – worked with 41 patients who had part of their brains removed to treat their long-standing epilepsy.
No matter how much brain training we do, our memory is still subpar. Are memory-enhancing brain prosthetics the way to go? It appears to be the case that with hard work, intensive research, and $100 million, we can shape the future of human evolution. A society obsessed with constant betterment of ourselves, coupled with our boundless love for advancing technology, has led to the development of a memory prosthesis that has shown up to 30% improvement in memory recall in human participants. While prior research has shown similar methods which have enhanced the memory of some mammals, researchers at the innovative company Kernel say that this is the first time this has been demonstrated in humans. This ground-breaking research opens up the possibility of a market for brain prosthetics...
Researchers from Johns Hopkins University have found that one brain-training method often used in scientific studies can help to improve working memory. How can we train our brains to improve working memory? An existing cognitive task may be the answer, researchers say. Our working memory is what we use on a day-to-day basis, especially at school or in a work context. It refers to our ability to pick up new information and adapt our responses accordingly, over brief periods of time. (READ MORE ABD TRY THE EXERCISE AS WELL)
Although it’s been clear that seizures are linked to memory loss and other cognitive deficits in patients with Alzheimer’s disease, how this happens has been puzzling. In a study published in the journal Nature Medicine, a team of researchers reveals a mechanism that can explain how even relatively infrequent seizures can lead to long-lasting cognitive deficits in animal models. A better understanding of this new mechanism may lead to future strategies to reduce cognitive deficits in Alzheimer’s disease and other conditions associated with seizures, such as epilepsy.
Researchers at the UT Southwestern Medical Center in Dallas have discovered that more than 100 genes are linked to memory processing in the brain. The discovery could lead to the development of new therapies for memory-associated conditions such as epilepsy, Alzheimer’s, and others, the study’s authors said.
Scientists may have found a way to improve brain connectivity. The findings may boost short-term working memory, and in the future, they may help to repair brain damage in patients with traumatic brain injury, stroke, or epilepsy.
A new study undertaken jointly by researchers from the Sagol Department of Neurobiology at the University of Haifa and European researchers, published in the journal Cerebral Cortex, exposes a new biological mechanism that, on the one hand, damages a very specific type of memory, but at the same time provides resistance to epilepsy.
Researchers at Case Western Reserve University may have found a new way information is communicated throughout the brain. Their discovery could lead to identifying possible new targets to investigate brain waves associated with memory and epilepsy and better understand healthy physiology. They recorded neural spikes traveling at a speed too slow for known mechanisms to circulate throughout the brain. The only explanation, the scientists say, is the wave is spread by a mild electrical field they could detect. Computer modeling and in-vitro testing support their theory.