2023-12-25 15:00:37
Researchers at the Catholic University of Sacro Cuore, in Italy, have developed a genetically modified protein that improves memory when activated by a medication. The results were published in November in the journal Science Advances.
The research team modified the LIMK1 protein, which plays a key role in memory, to add a molecular switch activated by the consumption of rapamycin, a drug known for its diverse anti-aging effects on the brain.
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To test the effectiveness of this gene therapy, the researchers administered the modified protein to elderly mice that showed cognitive decline. They assessed cognitive improvement in rodents through observation of behaviors and memory tests.
In addition, the team investigated changes in the brain’s synapses, especially in the hippocampus, a brain region with a fundamental role in memory formation. The molecular switch made it possible to understand how the activation of this modified protein affected the synapses and, consequently, the rats’ memorization.
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According to the research leader, Cláudio Grassi, the investigation has potential application, as it expands the understanding of this important brain function. “The molecular switch is the modified protein associated with the medicine. It facilitates the identification of innovative solutions for neuropsychiatric diseases, such as dementia”, he highlighted in a press release.
Memory is positively affected
The results showed a “significant improvement in memory” in animals undergoing this gene therapy, providing important insights into the potential of this approach to positively impact cognitive function under conditions of such age-related decline.
According to Cristian Ripoli, one of the study’s authors, the approach is innovative and might revolutionize neurological research and therapy, in addition to opening doors for the development of new proteins.
“The next step is to test the effectiveness of this treatment in experimental models of neurodegenerative diseases, such as Alzheimer’s, and carry out further studies to validate its potential use in humans,” said Ripoli.
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