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In a groundbreaking study, scientists discovered that the brain forms “cold memories” which can later trigger increased metabolism even without a drop in temperature.

By training mice to associate specific visual cues with cold environments, the researchers showed that the animals began heating themselves in anticipation of cold, driven by brain-stored memories. They pinpointed these cold memories to engram cells in the hippocampus and demonstrated that stimulating these cells could artificially activate thermogenesis. This exciting work opens up potential therapeutic strategies for conditions like obesity and cancer by harnessing learned thermal regulation and highlights the deep connections between memory, behavior, and metabolism.

Brain Forms “Cold Memories” That Influence Metabolism.

UNIGE scientists have identified a brain circuit that may be at the root of the social difficulties experienced by individuals with autism spectrum disorders. From birth, human survival relies on the ability to connect with others. This capacity, crucial for healthy development, appears to be dis

Cybersecurity researchers have revealed that Russian military personnel are the target of a new malicious campaign that distributes Android spyware under the guise of the Alpine Quest mapping software.

“The attackers hide this trojan inside modified Alpine Quest mapping software and distribute it in various ways, including through one of the Russian Android app catalogs,” Doctor Web said in an analysis.

The trojan has been found embedded in older versions of the software and propagated as a freely available variant of Alpine Quest Pro, a paid offering that removes advertising and analytics features.

A new study offers insight into what is happening in our brains when our working memory must use its limited resources to remember multiple things.

Researchers found that two parts of the brain work together to ensure that more brain resources are given to remember a priority item when a person is juggling more than one item in memory.

The study involved people remembering spatial locations. Imagine seeing two books on different shelves of a cluttered bookcase that was not arranged in any order. How could you remember where they were if you came back a few seconds later?