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Asthma genetics 2006: the long and winding road to gene discovery.

Asthma and atopy are complex phenotypes that are influenced by both genetic and environmental factors. A review of nearly 500 papers on disease association studies identified 25 genes that have been associated with an asthma or atopy phenotype in six or more populations. An additional 54 genes have been associated in 2-5 populations. Here, we discuss the methods that have been used to identify susceptibility genes for common diseases and overview the status of asthma genetic research. Finally, current challenges and future directions are discussed.

Asthma↗

The long and winding road to the structure of homo-DNA.

Homo-DNA ((4'-->6')-linked oligo-2',3'-dideoxy-beta-D-glucopyranose nucleic acid) constitutes the earliest synthetic model system whose pairing properties have been studied within an etiology of nucleic acid structure. Its conception as part of a program directed at a rationalization of Nature's selection of pentoses over other candidates as the carbohydrate building block in the genetic material was motivated by the question: why pentose and not hexose? Homo-DNA forms an autonomous pairing system and its duplexes are entropically stabilized relative to DNA duplexes. Moreover, the base pairing priorities in homo-DNA duplexes differ from those in DNA. A deeper understanding of the particular properties of homo-DNA requires knowledge of its structure. Although diffraction data for crystals of a homo-DNA octamer duplex were available to medium resolution in the mid-1990s, it took another decade for the structure to be solved. In this tutorial Review we describe the odyssey from the crystallization to the final structure determination with its many failures and disappointments and the development of selenium chemistry to derivatize nucleic acids for crystallographic phasing. More than fifty years after the discovery of the DNA double helix, the story of homo-DNA also provides a demonstration of the limits of theoretical models and offers a fresh view of fundamental issues in regard to the natural nucleic acids, such as the origins of antiparallel pairing and helicality.

DNA↗

The wind of change.

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Education, Medical, Graduate↗

Interdisciplinary education and teamwork: a long and winding road.

PURPOSE: This article examines literature on interdisciplinary education and teamwork in health care, to discover the major issues and best practices. METHODS: A literature review of mainly North American articles using search terms such as interdisciplinary, interprofessional, multidisciplinary with medical education. MAIN FINDINGS: Two issues are emerging in health care as clinicians face the complexities of current patient care: the need for specialized health professionals, and the need for these professionals to collaborate. Interdisciplinary health care teams with members from many professions answer the call by working together, collaborating and communicating closely to optimize patient care. Education on how to function within a team is essential if the endeavour is to succeed. Two main categories of issues emerged: those related to the medical education system and those related to the content of the education. CONCLUSIONS: Much of the literature pertained to programme evaluations of academic activities, and did not compare interdisciplinary education with traditional methods. Many questions about when to educate, who to educate and how to educate remain unanswered and open to future research.

Communication↗

Wind parotitis.

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Humans↗