While different definitions for the diagnosis of metabolic syndrome (MetS) have been proposed, their applicability brings confusion about which criteria should be used in clinical practice. This was an observational cross-sectional study conducted during October 2008. in 3 university hospital centers in the north, midst and south of the Serbia. 1715 patients were recruited from outpatient clinical practice and primary health care offices: 37% males and 63% females, aged 34-80 years. To evaluate the impact of different criteria in discriminating high risk population for coronary artery disease (CAD) we used NCEP-ATP III, AHA/NHLBI and IDF definitions. 21,7% (373) from the patients included in the study sustained CAD. The prevalence of MetS in the CAD group was 84,7%, 86,1% and 82,0%, respectively, compared with 58,3%, 60,6% and 61,2% in the control group (p<0.0001). ROC curves ploted by the probabilities for CAD calculated in the logistic models for each definition (adjusted for age, sex, smoking and educational status) indicated that NCEP-ATP III and NHLBI-AHA definitions had a better predictive accuracy compared with IDF (p=0,006 and p=0,016, respectively). When the waist girth is introduced in NCEP-ATP III and NHLBI-AHA definitions as obligatory, this distinction was lost. The NCEP-ATP III and AHA/NHLBI definition is more suitable for discrimination of MetS diagnosis, than the later proposed IDF definition in the subjects of the given population. Inclusion of waist circumference as obligatory criteria failed to show increase in predictive accuracy for CAD.

Research undertaken on housing and youth to date primarily focus on those at the very bottom of the social ladder. Nonetheless, a large percentage of youth population around the world is facing a crisis in terms of achieving residential autonomy. This paper attempts to illustrate the possibilities and obstacles that prevent youth from achieving residential independence in Serbia. The data collected in this exploratory study conducted in 2014, on a sample of 312 respondents, is used to analyze some of the most important structural factors (job market, education, financial situation and access to the housing market) in order to assess both current situation and the possible prospects of the youth housing issue in the country. Serbia, as most Southern European countries, has a 'Mediterranean' model of transition to adulthood, which is characterized by great reliance on the family of origin. It has been observed by respondents to this study that the most represented living arrangement was living with parents and that even older cohorts (30 to 35 years old) in most cases continued living with their family of origin to date. As our findings indicate, youth from the sample perceived this residential arrangement more as a consequence of poor financial situation and lack of cheap housing, rather than a desirable choice. It is difficult to predict if there will be significant improvements in the housing affordability or job market situation for youth, therefore the prospect of achieving residential independency for generations to come will remain tremendously challenging. Investigating existing and defining new strategies, in both the family and broader society contexts, is an important task for future research on accessibility of housing and youth residential situation advancement given the importance of this factor in the transition to adulthood.

Modern numerical algorithms for computational electromagnetics lead to many large sparse systems of linear equations. Their solution takes up to 90% of the total computational time in the geophysical inversion process. This paper provides evaluation and comparison of several state-of-the-art direct solvers in a massively parallel environment. We determine the largest complex systems that can be solved today with these methods and evaluate their performance and scalability on one of the world’s most powerful supercomputers. Small sensitivity of direct methods to the number of sources, modeling frequency and conductivity distribution in the subsurface is confirmed. The results show the potentials and limitations of different parallel implementations on a petascale high-performance computing system.