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This article provides a summary of efforts and projects related to the provision of gifted students and talent development in Swiss schools and with partners in the German speaking Central Europe. In the first part, relevant activities about teacher education in Switzerland based on a cooperative arrangement with the University of Connecticut will be discussed--as will the international impact and influence of new professional and scientific networks in this specific field of the teacher education. The second part describes best practices from three different schools in different parts of Switzerland: an elementary school (KG-6th) in Central Switzerland; a middle school (7-9) from East Switzerland; and a Gymnasium (High School; 11-13) from Northwestern Switzerland.

Background JACIE Standards (FACT Standards in the USA) have been implemented in Europe since 1999. An on-site accreditation inspection took place at our center in January 2004. The purpose of this work was to develop a real-time process/quality control system meeting the JACIE Standards for HPC release. Methods Data from 194 HPC processing procedures for autologous transplantation performed over a 5-year period were analyzed. The results of different processing methods applied at our facility were compared: (1) cryopreservation without washing cells ( n =50), (2) washing cells ( n =87), (3) cell-density separation ( n =12) and (4) positive CD34 selection ( n =45). Results Four critical control points were set for the validation of HPC processing: (a) number of lost CD34 + cells during processing, (b) contamination, (c) viability of the cells after thawing and (d) ability to reconstitute hematopoiesis after transplantation. On the basis of statistical analysis, ranges of acceptable values were defined for each critical control point and for each processing method. Those acceptable values were used for cell release and real-time quality control. Discussion This study describes a model for the validation of HPC processing and for a real-time process/quality control system for HPC release. Optimization of processing techniques, standardization of methods and comparison between facilities will open the way towards external quality controls and quality improvement. [ABSTRACT FROM AUTHOR]

Introduction: Forestry workers and other people who come into close contact with wild animals, such as hunters, natural science researchers, game managers or mushroom/berry pickers, are at risk of contracting bacterial, parasitological or viral zoonotic diseases. Synthetic data on the incidence and prevalence of zoonotic diseases in both animals and humans in European forests do not exist. It is therefore difficult to promote appropriate preventive measures among workers or people who come into direct or indirect contact with forest animals., Objectives: The objectives of this review are to synthesise existing knowledge on the prevalence of the three predominant bacterial zoonotic diseases in Europe, i.e. Lyme borreliosis, tularemia and leptospirosis, in order to draw up recommendations for occupational or public health., Methods: 88 papers published between 1995-2013 (33 on Lyme borreliosis, 30 on tularemia and 25 on leptospirosis) were analyzed., Conclusions: The prevalences of these three zoonotic diseases are not negligible and information targeting the public is needed. Moreover, the results highlight the lack of standardised surveys among different European countries. It was also noted that epidemiological data on leptospirosis are very scarce.