Asabiyya: Re-Interpreting Value Change in Globalized Societies

This article reflects the renewed interest of economics and the social science discipline in value systems and religion. The World Values Survey provided a data framework of global value change, whose quantitative results led Barro (2004) to analyze the connections between some dimensions of recent sociological religious value research with economic growth. The present essay starts from this methodological position, and links value systems with economic performance in a much wider and macrosociological framework. We further develop the well-known Inglehart and Welzel (2003) map of global values, and develop the idea of Asabiyya (social cohesion), as a counter-model to both Barro and Inglehart and Welzel approaches. A frequently asked question is whether modernization without spiritual values in a globalized world economy and world society possible in the long run? Starting from principal component analysis, it is shown that rather two factors are decisive in understanding global value change: a continuum of traditional versus secular, and a continuum cheating versus active society. Asabiyya in the 21st Century, as a way out from the modernization trap of societies, characterized by large-scale social anomaly, is a high secularism combined with a high active society score, thus avoiding the modernization trap. We show that economic growth in the current world crisis is far more connected with these dimensions. We conclude that not a society based on fear is needed in the first place, but an active society of volunteer social work

Guidance for Fluorescence in Situ Hybridization Testing in Hematologic Disorders

Fluorescence in situ hybridization (FISH) provides an important adjunct to conventional cytogenetics and molecular studies in the evaluation of chromosome abnormalities associated with hematologic malignancies. FISH employs DNA probes and methods that are generally not Food and Drug Administration-approved, and therefore, their use as analyte-specific reagents involves unique pre- and postanalytical requirements. We provide an overview of the technical parameters influencing a reliable FISH result and encourage laboratories to adopt specific procedures and policies in implementing metaphase and interphase FISH testing. A rigorous technologist training program relative to specific types of probes is detailed, as well as guidance for consistent interpretation of findings, including typical and atypical abnormal results. Details are provided on commonly used dual-fusion, extra signal, and break-apart probes, correct FISH nomenclature in the reporting of results, and the use of FISH in relation to other laboratory testing in the ongoing monitoring of disease. This article provides laboratory directors detailed guidance to be used in conjunction with existing regulations to successfully implement a FISH testing program or to assess current practices, allowing for optimal clinical testing for patient care