Research on rare post-mortem brain tissue shows changes in gene activity, offering new insight into the biological basis of depression. Researchers from McGill University and the Douglas Institute have discovered two distinct types of brain cells that show alterations in individuals with depression. Their study, published in Nature Genetics, paves the way for potential treatments […]



Summary

Research on rare post-mortem brain tissue has revealed altered gene activity in specific brain cells of individuals with depression, potentially unlocking new insights into the biological underpinnings of the disorder. The study, conducted by researchers from McGill University and the Douglas Institute, identified two distinct types of brain cells exhibiting changes in people with depression. Published in Nature Genetics, the findings offer a promising avenue for developing targeted therapies aimed at these specific cellular mechanisms, ultimately leading to more effective treatments for depression.

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