A new study links hundreds of brain proteins to differences in how brain regions communicate, revealing how microscale molecules can influence macroscale brain connectivity. Researchers studied brain samples and scans from elderly participants to map biochemical mechanisms affecting structural and functional connectivity in the brain. By integrating protein and RNA data with neuroimaging, they identified key proteins associated with communication between brain areas.
A new study links hundreds of brain proteins to differences in how brain regions communicate, revealing how microscale molecules can influence macroscale brain connectivity. Researchers studied brain samples and scans from elderly participants to map biochemical mechanisms affecting structural and functional connectivity in the brain. By integrating protein and RNA data with neuroimaging, they identified key proteins associated with communication between brain areas.
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