A comparison of perceptions of self among university students in Ireland and the U.S.: Implications for counselling

The study compared 50 Irish and 50 American graduateand undergraduate psychology and counselling studentson the ways they rated My Real Self and My Ideal Selfon a Semantic Differential using Osgood et al.'s (1957)Semantic Differential Technique. A 2×2×2 MANOVA wasused for the data analysis where the status variableswere country, class, and gender, and the dependentvariables were the evaluative and potency scales ofthe Semantic Differential for both My Real Self and MyIdeal Self. It was found that males, as a whole,rated the potency of both My Real Self and My IdealSelf higher than females. Implications forcounselling are discussed.     

Psychosocial outcomes associated with soccer academy involvement: Longitudinal comparisons against aged matched school pupils

ABSTRACT

Despite literature highlighting numerous risks to the healthy psychosocial development of youth elite academy soccer players, little of this research is based on high-quality research designs. This study employed a prospective longitudinal cohort design to track psychosocial outcomes of academy involvement within male youth elite soccer players (n = 33, U12-U16 age groups) compared to age-matched soccer-active school pupils (n = 44) over 12 months. Participants completed questionnaires assessing the most commonly raised psychosocial concerns at four equally spaced data collection periods (T1–T4). Repeated measures multivariate analysis of variance (MANOVAs) indicated that, over the year, both groups reported a healthy and improving stress and recovery balance, as well as positive and stable needs satisfaction and physical, psychological and social well-being. Academy players reported stable positive school-related quality of life, whereas school pupils reported increases from T3 to T4. Academy players reported consistent significantly higher total athletic identity and exclusivity of identity. Findings suggest that many concerns around negative psychosocial impacts of soccer academy involvement did not materialise in this context. However, heightened athletic identities remained a concern.     

CHARTING THE OUTCOMES OF AN INTERDISCIPLINARY SUMMER INSTITUTE ON GERONTOLOGY

The multiple and complex needs of the elderly require interdisciplinary collaboration among many different professionals to provide comprehensive care. As a result, educators must develop interdisciplinary programs and learning experiences that address educational needs and facilitate a better understanding of the various roles and expertise of providers from many fields. Using the framework of a program evaluation model, the Charting the Outcomes of Educational and Clinical Approaches model, this article addresses the outcomes and effects of an interdisciplinary approach to continuing gerontological education used by one summer institute on gerontology. Over its 12‐year history, this institute has attracted more than 2,600 participants from many professions and occupations. The interdisciplinary approach of the Summer Institute has been evident in its planning committees, the delivery of diversified programs by a variety of providers, the facilitation of informal networking among registrants, and the organization of group discussions that bring together professionals and learners from different disciplines to communicate and collaborate on mutual concerns regarding aging issues. One theme on case management, which addressed policy and practical issues related to service delivery for the elderly, was presented by representatives from academia, government, the nonprofit service sector, and consumers to an audience of providers from various fields including business, gerontology, health promotion, nursing, occupational therapy, psychology, recreation, social work, and sociology. Thesue cess of the interdisciplinary approach to gerontological education used by the institute has helped to establish McMaster University as a Canadian leader in this field of continuing education.     

Too much or not enough? An examination of special education provision and school district leaders’ perceptions of current needs and common approaches

The purpose of this study was to examine the relationship between special education provision in Norway and school district leaders’ perspectives regarding (a) the need for special education and (b) the importance and prevalence of integrated and segregated approaches. Findings indicate that the percentage of students perceived as being in need of special education was significantly higher than the percentage of students who actually receive this support. However, districts in which an increased need was reported did not have lower enrolment in special education than regions in which participants felt that the level of special education provision was appropriate. No relationship was found between the percentage of students receiving special education and the importance placed on either segregated or integrated approaches. Whereas virtually all participants valued integrated solutions, segregated approaches received higher ratings of importance in districts where these practices were prevalent.     

A microfluidic membrane device to mimic critical components of the vascular microenvironment

Vascular function, homeostasis, and pathological development are regulated by the endothelial cells that line blood vessels. Endothelial function is influenced by the integrated effects of multiple factors, including hemodynamic conditions, soluble and insoluble biochemical signals, and interactions with other cell types. Here, we present a membrane microfluidic device that recapitulates key components of the vascular microenvironment, including hemodynamic shear stress, circulating cytokines, extracellular matrix proteins, and multiple interacting cells. The utility of the device was demonstrated by measuring monocyte adhesion to and transmigration through a porcine aortic endothelial cell monolayer. Endothelial cells grown in the membrane microchannels and subjected to 20 dynes∕cm(2) shear stress remained viable, attached, and confluent for several days. Consistent with the data from macroscale systems, 25 ng∕ml tumor necrosis factor (TNF)-α significantly increased RAW264.7 monocyte adhesion. Preconditioning endothelial cells for 24 h under static or 20 dynes∕cm(2) shear stress conditions did not influence TNF-α-induced monocyte attachment. In contrast, simultaneous application of TNF-α and 20 dynes∕cm(2) shear stress caused increased monocyte adhesion compared with endothelial cells treated with TNF-α under static conditions. THP-1 monocytic cells migrated across an activated endothelium, with increased diapedesis in response to monocyte chemoattractant protein (MCP)-1 in the lower channel of the device. This microfluidic platform can be used to study complex cell-matrix and cell-cell interactions in environments that mimic those in native and tissue engineered blood vessels, and offers the potential for parallelization and increased throughput over conventional macroscale systems.