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Neurophysiological Correlates of Psychiatric and Therapeutic Responses


Stanford Reference:

07-001


Abstract


Researchers in Dr. Karl Deisseroth's laboratory have developed a novel method to rapidly identify neurophysiological measures associated with psychiatric disease and then use those correlates to screen for therapeutics. This technology utilizes modern animal behavioral models, high-speed imaging techniques, and corresponding analysis methods to discover neural activity changes. Initial studies have focused on hippocampal metrics related to depression. However, these tools can be used for studying a variety of psychiatric disorders and subsequent screening of therapeutics for those conditions.

Stage of Research:
The inventors have used voltage sensitive dye imaging (VSDI) to identify neurophysiological correlates in several rodent models of depression. They have also demonstrated the generality of the findings to multiple classes of antidepressants and the successful treatment of a depressed-like state.


Applications


  • Drug screening - for psychiatric therapeutics
  • Research - basic tools for elucidating neural physiology underlying psychiatric conditions

Advantages


  • Novel modality for identification of neurophysiological correlates of psychiatric disease and screening of therapeutics for these diseases.

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Patent Status



Date Released

 10/8/2020 12:00
 

Licensing Contact


Evan Elder, Senior Licensing Associate
650-725-9558 (Mobile)
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Related Keywords


psychiatric   neuroscience   LS: General Therapeutic: Psychiatric Diseases   neuronal network   neuronal circuits   MD: neurology   brain imaging   animal model of depression   High-speed imaging   LS: research tool: animal model   research tool