Tobacco use among medical students in Europe: results of a multicentre study using the Global Health Professions Student Survey.

OBJECTIVE: To examine smoking prevalence, knowledge and attitudes, and tobacco cessation training among university students attending European medical schools using the Global Health Professional Students Survey approach. METHODS: A cross-country, cross-sectional study was performed among 12 medical schools in four countries in Europe (Germany, Italy, Poland and Spain). The survey was performed during the second semester of the third year of study from March to May 2009. RESULTS: In total, 2249 subjects entered the study (overall response rate 92%). The overall prevalence of smoking among medical students was 29.3% (95% confidence interval 28.1-34.7), with percentages ranging from 28% in Germany to 31.3% in Italy. This study found that more than two-thirds of medical students believe that health professionals are role models for patients, with different beliefs in Poland (89.6%) and Germany (77.7%) vs Italy and Spain (57.2% and 54.4%, respectively) (P < 0.001). Smoking cessation training at medical school was only reported by 16.5% of students (lowest proportion in Italy, 3.5%) (P < 0.001). In terms of smoking cessation methods, the vast majority (89.8%) of medical students were aware of nicotine patches and gum (highest prevalence in Spain, 96.3%), and 24.4% were aware of the use of antidepressants (highest prevalence in Germany, 33.6%). CONCLUSION: This European survey found that the prevalence of smoking was higher among medical students than the general population. There is a strong need to provide medical students with training in smoking cessation techniques.

[Cellular therapy in autoimmune disease]. / Zelluläre Therapie von Autoimmunerkrankungen.

In addition to natural thymus-derived regulatory T-cells (Tregs), peripherally-induced Tregs are of central importance in immune homeostasis. Homotypic interactions between activated effector T-cells and resting memory T-cells induced the generation of IL-10 and IFNgamma producing Tregs in vitro. This mechanism in Treg development allows new insights into T-cell vaccination, which has been employed in pilot trials of multiple sclerosis and rheumatoid arthritis with promising results.