Neuroscience

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Hopkins Researchers Uncover Key to Antidepressant Response
Through a series of investigations in mice and humans, Johns Hopkins researchers have identified a protein that appears to be the target of both antidepressant drugs and electroconvulsive therapy. Results of their experiments explain how these therapies likely work to relieve depression by stimulating stem cells in the brain to grow and mature. In addition, the researchers say, these experiments raise the possibility of predicting individual people’s response to depression therapy, and fine-tuning treatment accordingly. Reports on separate aspects of the research were published in December on the Molecular Psychiatry website, and will also appear in the Feb. 7 issue of Cell Stem Cell.

Hopkins Researchers Uncover Key to Antidepressant Response

Through a series of investigations in mice and humans, Johns Hopkins researchers have identified a protein that appears to be the target of both antidepressant drugs and electroconvulsive therapy. Results of their experiments explain how these therapies likely work to relieve depression by stimulating stem cells in the brain to grow and mature. In addition, the researchers say, these experiments raise the possibility of predicting individual people’s response to depression therapy, and fine-tuning treatment accordingly. Reports on separate aspects of the research were published in December on the Molecular Psychiatry website, and will also appear in the Feb. 7 issue of Cell Stem Cell.

Filed under depression antidepressant drugs electroconvulsive therapy stem cells neuroscience science

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  3. therealsteelman reblogged this from neurosciencestuff and added:
    Really cool
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    Hem antidepresanların, hem EKT’nin etki ettiği ortak bir hedef?
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    "sFRP3 acts as a gatekeeper that links brain activity to new neuron growth. Proliferating progenitor neurons are shown...
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