A psychophysiological approach to the refinement of suicide risk management intervention
Suicide rates are rising dramatically in the U.S. Timely interventions are necessary so that high risk individuals get help to identify their personal warning signs and adopt coping strategies to manage emotional dysregulation that heightens suicidal tendencies. Crisis response planning (CRP) intervention teaches a range of coping strategies and provides support that can reduce suicide attempts and ideation. CRP is used in both psychiatric and non-psychiatric health care settings, and has been shown to significantly reduce suicide attempts by 76%. Little is known about objective measures of emotional dysregulation that are believed to explain improvement in suicidal behaviors after CRP therapy. The current project will be the first to examine the impact of CRP intervention on suicide risk and emotional dysregulation by adopting biobehavioral measures of emotional vulnerability. Improvements from pre-to-post intervention will be measured by adopting standardized psychophysiological (e.g., heart rate variability) and ecological momentary sampling (e.g., suicide attempts and ideation) methods that will provide reliable measures of changes and delineate the underlying mechanisms of change that mitigate suicidal vulnerabilities. This project will inform the refinement of an effective suicide risk management intervention and thus achieve the U’s goals to gain new knowledge that provides transformative and innovative health care.
College of Education
College of Social and Behavioral Science
School of Medicine
Project InfoFunded Project Amount
suicide prevention, emotional dysregulation, psychophysiology, ecological momentary sampling, evidence-based intervention