Family Support Protocol for Adolescent Internalizing Disorders

This R34 will develop and test an adjunctive treatment protocol for addressing co-occurring internalizing disorders among adolescents enrolled in usual care for substance use problems. Internalizing disorders (ID), primarily depression and anxiety, are highly prevalent among youth receiving community-based treatment for substance use disorder (SUD). Comorbidity rates range from 30-70% due to the multiple developmental pathways by which adolescent SUD and ID cause and exacerbate one another. Moreover, unresolved ID issues significantly interfere with youth SUD treatment and recovery processes. Yet, the youth SUD clinical workforce is not systematically educated or trained in evidence-based practices for ID; thus, line services for youth SUD do not systematically target ID. The research literature offers a few integrated behavioral models for simultaneously treating both SUD and ID in youth; however, such models feature intensive manualized procedures that have proven cumbersome to scale and deliver in frontline settings. As a result, the clinical workforce, though desiring ID-focused training, currently has inadequate resources for treating ID effectively. A promising solution to diminish this quality gap is developing an adjunctive, modular protocol to augment routine care for comorbid SUD/ID by directly targeting ID as a key treatment goal: Family Support Protocol for Adolescent Internalizing Disorders (Fam-AID). As an adjunctive protocol, Fam-AID will not require clinicians to markedly alter existing base practices for SUD. It will be anchored by three evidence-based foundations for treating co-occurring adolescent ID. First, it prioritizes family engagement in services and family-oriented treatment goals, which have been shown to enhance outcomes for youth SUD and ID alike. Second, it is a modular protocol that features core elements of manualized treatment for ID; core element interventions enhance treatment effectiveness by fostering implementation feasibility