Suicide is often thought of as the result of mental health struggles; however, over half of people who die by suicide do not have a known prior mental health condition. Many of these people die on their first suicide attempt, sometimes with little or no indication to those around them that they are considering ending their life. One thing that distinguishes this population is that they are more likely to die in the context of specific stressful life circumstances, such as relationship, health or financial problems, life stressors and recent or impending crises, than other people with a history of suicide attempt. Given that 50-60% of people who die by suicide do not tell anyone beforehand, a core challenge of suicide prevention today is how to identify those people most at risk of falling through the cracks and design upstream interventions to help them.
Upstream suicide prevention pesearch demonstrates importance of looking beyond mental health
News Listing
Three recent USC Price grads got the chance to work with a foundation launched by the iconic rock band Metallica.
The project will offer a range of programs and events, creating meaningful opportunities for Trojans to listen, engage and grow — even when we disagree.
Reproductive urologist and microsurgeon Kian Asanad shares how he keeps quality of life and family top of mind when providing fertility treatment for male cancer patients.
The clinician-scientist is also the school’s associate dean of research and served as interim dean.
“Owning the Narrative,” a new report from USC Annenberg’s Norman Lear Center, maps how this rapidly growing industry is redefining sports media and influence.
A comprehensive literature review from USC and UCLA researchers analyzed the evidence on viscoelastic testing, which can help assess blood clotting during postpartum hemorrhage, and explored the path to its adoption in the U.S.
Conor McQuiston and a team of interns from Lorena Martin’s Trojans Sports Research Lab help provide strategic help to coach Lincoln Riley and his staff.
Scientists create “assembloids,” the most mature and complex kidney structures ever grown in a lab and a tool for developing new therapies.