937 resultados para Restricted domains
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"December 1974."--T.p.
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"October 1979,"--Cover, p.1.
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Thesis (M. S.)--University of Illinois at Urbana-Champaign.
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"UILU-ENG 78-1734."
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"October 1979."
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"UILU-ENG 77 1703."
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"GAO-02-339."
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Includes bibliographies.
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An examination of the terms of admission to the sacrament of the Lord's Supper / John J. Butler -- The children welcome to their father's table : or an apology for communing with all true believers / Enoch Mack -- The design of the Lord's Supper / David Marks -- The communion of saints the communion of the Bible / M.W. Alford.
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Mode of access: Internet.
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I. Greece.--II. Rome.--III-VI. Great Britain and Ireland.--VII-VIII. Continental Europe.--IX-X. America. Index.
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Includes index.
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"June 1967."
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The author conducted 2 studies to explore the link between superiority bias in the interpersonal and intergroup domains. Australian university students evaluated the extent to which various personality traits were more or less applicable to themselves than to other Australian university students in general. They then evaluated the extent to which the same traits were more or less applicable to Australians than to people from other countries in general. As expected, the more participants evaluated themselves as superior to other university students, the more they evaluated Australians as a whole as superior to people from other countries. This link between interpersonal and intergroup superiority biases explained 22.1% of variance in Study 1 and 33.6% of variance in Study 2. The author interprets the results of the 2 studies as support for fundamental principles of social identity theory: (a) that self-concept consists of not only one's personal self but also the social groups to which one belongs and (b) that people are motivated to view both levels of self in a relatively positive fashion.
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The C2 domain is one of the most frequent and widely distributed calcium-binding motifs. Its structure comprises an eight-stranded beta-sandwich with two structural types as if the result of a circular permutation. Combining sequence, structural and modelling information, we have explored, at different levels of granularity, the functional characteristics of several families of C2 domains. At the coarsest level,the similarity correlates with key structural determinants of the C2 domain fold and, at the finest level, with the domain architecture of the proteins containing them, highlighting the functional diversity between the various subfamilies. The functional diversity appears as different conserved surface patches throughout this common fold. In some cases, these patches are related to substrate-binding sites whereas in others they correspond to interfaces of presumably permanent interaction between other domains within the same polypeptide chain. For those related to substrate-binding sites, the predictions overlap with biochemical data in addition to providing some novel observations. For those acting as protein-protein interfaces' our modelling analysis suggests that slight variations between families are a result of not only complementary adaptations in the interfaces involved but also different domain architecture. In the light of the sequence and structural genomic projects, the work presented here shows that modelling approaches along with careful sub-typing of protein families will be a powerful combination for a broader coverage in proteomics. (C) 2003 Elsevier Ltd. All rights reserved.