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Titlebook: Resources, Co-Evolution and Artifacts; Theory in CSCW Mark S. Ackerman,Christine A. Halverson,Wendy A. K Book 2008 Springer-Verlag London 2

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Amaya Becvar,James Hollan,Edwin Hutchinsin the com­ munity and deal with relatively small numbers of near-normal patients their experience with the more serious and more rare conditions is restricted. They find it difficult to remain up-to-date with medical advances and even more difficult to decide on the suitability and application of n
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Madhu Reddy,Paul Dourishhe plaques of Kuru and Jacob-Creutzfeld’s disease lack paired helical filaments and therefore may have limited application to the study of senile brain disease. Elucidating the intracellular events responsible for paired helical filament formation and their aggregation into the dense bundles respons
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Report of WHO 1972). The estimated number of inhabitants aged 65 years and older will be still 16% in West Germany by the year 2000 although the population will have decreased by 7% (Statistisches Bundesamt FRG 1981). According to .(1980), there will be 20% more people aged 75, and the number of 85
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Elihu M. Gerson elderly subjects who had had no known respiratory disease and found no difference from young subjects in the number of branches from axial pulmonary arteries, the diameter of successive branches and the distance between branches. There was, however, probably reduction in the number of finer blood v
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Stuart Anderson,Gillian Hardstone,Rob Procter,Robin Williams elderly subjects who had had no known respiratory disease and found no difference from young subjects in the number of branches from axial pulmonary arteries, the diameter of successive branches and the distance between branches. There was, however, probably reduction in the number of finer blood v
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Wanda J. Orlikowski elderly subjects who had had no known respiratory disease and found no difference from young subjects in the number of branches from axial pulmonary arteries, the diameter of successive branches and the distance between branches. There was, however, probably reduction in the number of finer blood v
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Mark S. Ackerman,Christine A. Halverson,Thomas Erickson,Wendy A. Kellogg elderly subjects who had had no known respiratory disease and found no difference from young subjects in the number of branches from axial pulmonary arteries, the diameter of successive branches and the distance between branches. There was, however, probably reduction in the number of finer blood v
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elderly subjects who had had no known respiratory disease and found no difference from young subjects in the number of branches from axial pulmonary arteries, the diameter of successive branches and the distance between branches. There was, however, probably reduction in the number of finer blood v
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