14,844 research outputs found
Laminar Streaks in Oscillating Boundary Layers
Acknowledgements This research was partially supported by EPSRC First Grant EP/I033173/1 and made use of computing resources at the University of Aberdeen and the University of Sheffield.Non peer reviewedPublisher PD
My next client:Understanding the Big Five and positive personality dispositions of those seeking psychosocial support interventions
The Occupational Stress Inventory-Revised:Confirmatory factor analysis of the original inter-correlation data set and model
Understanding the Recovery Process in Psychosis
Conceptualizing recovery in the context of severe and persisting mental health conditions is a complex issue. In recent years, there has been a call to re-focus research from understanding the concept of recovery to improving understanding of the process of recovery. There is a paucity of knowledge about the core processes involved in recovery from psychosis.
Objective: The authors aimed to gain insight into possible processes involved in recovery through analyzing data generated from a large qualitative study investigating employment barriers and support needs of people living with psychosis.
Research Design and Methods: Participants were 137 individuals drawn from six key stakeholder groups. Data obtained from focus groups (14) and individual interviews (34) were analyzed using thematic analysis.
Results: The main recovery processes identified were: learning effective coping strategies; recognizing personal potential; identifying and realizing personal goals; participation in social and occupational roles; positive risk-taking; and reclaiming personal identity.
Discussion: The results of this study have implications for treatment as well as the daily support needs of people recovering from psychosis
An incubatable direct current stimulation system for in vitro studies of Mammalian cells.
The purpose of this study was to provide a simplified alternative technology and format for direct current stimulation of mammalian cells. An incubatable reusable stimulator was developed that effectively delivers a regulated current and does not require constant monitoring
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