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This article presents three case studies of patients that a child and adolescent mental health service (CAMHS) have supported and its purpose is to encourage discussion of two key learning points. The first of these is the utility of developmental trauma as an approach for children with mental health presentations. The second centres on the importance of multi-agency working when working with young people, principally those within the UK's local authority care system (‘looked after children’), who have had traumatic experiences in order to enhance positive outcomes. We also want to encourage consideration of the implications of developmental trauma for current core CAMHS therapeutic models in an attempt to reach beyond the often held narrative that the trauma formulation implies there is ‘just trauma, no mental illness’.

This article presents three case studies of patients that a child and adolescent mental health service (CAMHS) have supported and its purpose is to encourage discussion of two key learning points. The first of these is the utility of developmental trauma as an approach for children with mental health presentations. The second centres on the importance of multi-agency working when working with young people, principally those within the UK's local authority care system ('looked after children'), who have had traumatic experiences in order to enhance positive outcomes. We also want to encourage consideration of the implications of developmental trauma for current core CAMHS therapeutic models in an attempt to reach beyond the often held narrative that the trauma formulation implies there is 'just trauma, no mental illness'. [ABSTRACT FROM AUTHOR]

A design thinking workshop comprising patients, students and educators was held to generate such ideas, and the concept of students travelling with patients and observing their hospital appointments from their point of view was proposed. ASME/GMC Excellent Medical Education Award 2020 UK medical student attitudes towards working abroad: A realist evaluation Dominic Proctor I Imperial College Healthcare NHS Trust i B Introduction b One of the many factors contributing to healthcare workforce shortages is students moving abroad after qualification. B Results b Themes that arose included the following: practical application, autonomy, heuristics, safety, triage of undifferentiated patients, clinical reasoning, patient accessibility, student-patient interaction, student-doctor interaction, barriers and enablers and future implications. Retention work and strategies: An ethnomethodological lens on how emergency physicians make t... B Daniel Darbyshire b , Liz Brewster, Dawn Goodwin, Rachel Isba and Richard Body I Lancaster Medical School i Demand on emergency departments has increased more than staff numbers, contributing to a problem with the medical staffing that is politicised and emotive. [Extracted from the article]

Background Gene copy number variation plays a large role in the evolution of genomes. In Rattus norvegicus and other rodent species, the Y-chromosome has accumulated multiple copies of Sry loci. These copy number variations have been previously linked with changes in phenotype of animal models such as the spontaneously hypertensive rat (SHR). This study characterizes the Y-chromosome in the Sry region of Rattus norvegicus, while addressing functional variations seen in the Sry protein products. Results Eleven Sry loci have been identified in the SHR with one (nonHMG Sry) containing a frame shift mutation. The nonHMGSry is found and conserved in the related WKY and SD rat strains. Three new, previously unidentified, Sry loci were identified in this study (Sry3BII, Sry4 and Sry4A) in both SHR and WKY. Repetitive element analysis revealed numerous LINE-L1 elements at regions where conservation is lost among the Sry copies. In addition we have identified a retrotransposed copy of Med14 originating from spliced mRNA, two autosomal genes (Ccdc110 and HMGB1) and a normal mammalian Y-chromosome gene (Zfy) in the Sry region of the rat Y-chromosome. Translation of the sequences of each Sry gene reveals eight proteins with amino acid differences leading to changes in nuclear localization and promoter activation of a Sry-responsive gene. Sry-β (coded by the Sry2 locus) has an increased cytoplasmic fraction due to alterations at amino acid 21. Sry-Υ has altered gene regulation of the Sry1 promoter due to changes at amino acid 76. Conclusions The duplication of Sry on the Rattus norvegicus Y-chromosome has led to proteins with altered functional ability that may have been selected for functions in addition to testis determination. Additionally, several other genes not normally found on the Y-chromosome have duplicated new copies into the region around the Sry genes. These suggest a role of active transposable elements in the evolution of the mammalian Y-chromosome in species such as Rattus norvegicus. [ABSTRACT FROM AUTHOR]