The BH-Works Suicide Prevention Program for Sexual and Gender Minority Youth

Youth suicide is a serious public health concern. Compared to their heterosexual and cisgender peers, sexual and gender minority (SGM) adolescents report higher rates of suicidal ideation and suicide attempts. Unfortunately, many barriers complicate the implementation of suicide prevention in SGM communities. SGM youth often report feeling unwelcome in traditional behavioral health service organizations. Consequently, treatment attendance and retention remain low. Instead, this population generally seeks mental health services in community organizations for lesbian, gay, bisexual, transgender, and queer (LGBTQ) youth. These organizations are often unprepared for this clinical challenge. The Behavioral Health-Works (BH-Works) suicide risk management system may offer a potential solution to this problem. BH-Works is an evidence-based, comprehensive youth suicide prevention program. It offers support for policy development, staff training, suicide and behavioral health screening, technology-assisted safety planning, an electronic patient referral system, real-time data analytics for program monitoring, and a learning collaborative structure to support sustainability. All functions are supported on a web-based software platform that facilitates cross-system communication, implementation, adoption, and expansion. In this project, the investigators will adapt this program for LGBTQ organizations and test feasibility, acceptability and preliminary effectiveness. This project builds upon robust partnerships with two diverse LGBTQ organizations in Philadelphia, Pennsylvania and rural Southwest, Virginia) and their respective behavioral health (BH) partnering sites. To facilitate BH-Works adaptation for SGM adolescents, the investigators will employ the Enhancing Engagement trajectory from Lau's cultural adaptation framework. To pilot the program within LGBTQ organizations and their partners, the investigators will use an Effectiveness-Implementation Hybrid Type 2 design with