Importance Genetic factors contribute to risk for bipolar disorder (BP), but its pathogenesis remains poorly understood. A focus on measuring multisystem quantitative traits that may be components of BP psychopathology may enable genetic dissection of this complex disorder, and investigation of extended pedigrees from genetically isolated populations may facilitate the detection of specific genetic variants that affect BP as well as its component phenotypes. Objective To identify quantitative neurocognitive, temperament-related, and neuroanatomical phenotypes that appear heritable and associated with severe BP (bipolar I disorder [BP-I]) and therefore suitable for genetic linkage and association studies aimed at identifying variants contributing to BP-I risk.
Abstract: Objectives: The aim of this research was to investigate whether a training intervention to enhance collaboration between mental health and primary care professionals improved the detection and management of mental health problems in primary health care in four large cities in Brazil. The training intervention was a multifaceted program over 96 h focused on development of a shared care model.Method: A quasiexperimental study design was undertaken with assessment of performance by nurse and general practitioners (GPs) pre- and postintervention. Rates of recognition of mental health disorders (compared with the General Health Questionnaire) were the primary outcome, while self-reports of patient-centered care, psychosocial interventions and referral were the secondary outcomes.Results: Six to 8 months postintervention, no changes were observed in terms of rate of recognition across the entire sample.