Quantitative EEG (QEEG) Method to Identify Individuals at Risk for Adverse Antidepressant Effects
The invention utilizes output from quantitative electroencephalographic (QEEG) recordings for an individual that are obtained at two time-points: baseline (T1; prior to the start of drug) and (T2; early in the course of antidepressant treatment). From these recordings, a single measure is generated that can be used to determine the chance or percent likelihood that the individual will experience medication-related increases in anxiety, agitation, hostility, and/or suicidal ideation during continuation of the specific antidepressant over the subsequent two months.
Patent Number: US8521270B2
Application Number: US2008303239A
Inventor: Hunter, Aimee M. | Leuchter, Andrew F.
Priority Date: 5 Jun 2006
Priority Number: US8521270B2
Application Date: 17 Sep 2009
Publication Date: 27 Aug 2013
IPC Current: A61B000504
US Class: 600544
Assignee Applicant: The Regents of the University of California
Title: Quantitative EEG method to identify individuals at risk for adverse antidepressant effects
Usefulness: Quantitative EEG method to identify individuals at risk for adverse antidepressant effects
Summary: A method of identifying subjects at risk for adverse effects from a psychotropic or central nervous system (CNS) active treatment such as antidepressant treatment, e.g., within two days of initiating antidepressant treatment determine one's risk of experiencing increased anxiety, agitation, hostility, and/or suicidal ideation with continuation of that medication. It determines one's risk of experiencing overall clinical worsening of depressive symptoms with continuation of that medication. It determines the safety of putative antidepressant and other psychotropic compounds at various doses.
Novelty: Risk identification method for a psychotropic treatment involves determining change in cordance before and after two days of treatment by calculating a difference between the two resultant values calculated using two sets of physical values
Disease Diagnostic/Treatment
Other Disease
8521270
State Of Development Tech ID/UC Case 23372/2006-262-0 Related Cases 2006-262-0
USA

