Purpose Of Study: The purpose of this study was to evaluate the use of a simulation-enhanced interprofessional education (Sim-IPE) discharge planning learning experience using simulated patients (SPs), to explore the ability for students to communicate with each other and to a patient/caregiver, and to use clinical thinking to make a safe and appropriate interprofessional discharge recommendation.
Primary Practice Setting(s): Educational institution; university simulation center.
Methodology And Sample: A Sim-IPE was performed with students from physical therapy (N = 46), nursing (N = 25), and social work (N = 11).
This study is a theoretical and experimental investigation of the hydrodynamics of the mutual approach of two floating spherical particles moving along an oil-water interface. An analytical expression is obtained for the (inertialess) Stokes drag for an isolated particle translating on a flat interface as a function of the immersion depth into the water phase for the case in which the viscosity of the oil is much larger than that of the water. An approximation for the viscous drag due to the mutual approach of identical spheres is formulated as the product of the isolated drag multiplied by the resistance of approaching spheres in an infinite medium.
View Article and Find Full Text PDFBackground: An accurate diagnosis of soil-transmitted helminthiasis is important for individual patient management, for drug efficacy evaluation and for monitoring control programmes. The Kato-Katz technique is the most widely used method detecting soil-transmitted helminth eggs in faecal samples. However, detailed analyses of quality control, including false-positive and faecal egg count (FEC) estimates, have received little attention.
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