1,320 research outputs found

    The College and Its Community: The 1957 Faculty Lecture

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    A Christian College

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    Cultural history of the Lolo Trail

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    A Christian College

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    Alien Registration- De Milo, Manuel C. (Presque Isle, Aroostook County)

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    https://digitalmaine.com/alien_docs/33413/thumbnail.jp

    The Phenomenon of Student Revolt, By Milo Ross

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    The Phenomenon of Student Revolt was a speech given by Dr. Milo Ross, president of George Fox University to the class of 1969. It touches on many of the main challenges effecting colleges of the time. Please remember that this is a historical document. Some phrases and ideas may be offensive to the modern audience.https://digitalcommons.georgefox.edu/archives_presidents/1003/thumbnail.jp

    Love as a journey in the informed consent context: legal abortion in England and Wales as a case study

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    The right to informed consent (IC), as established in the Supreme Court judgment in Montgomery v Lanarkshire Health Board [2015] UKSC 11, I claim involves a ‘journey of love’ between clinicians and patients. The latter entails a process of dialogue and support between the parties, concerning disclosure of risks, benefits and alternatives to medical treatment(s). In this paper, I first claim that IC, in the light of the spirit of Montgomery, is predicated upon two pillars, namely patients’ autonomy and medical partnership. I will then explore a case study: the case of legal abortion in England and Wales. Regarding this case, the progressive reduction of medical involvement has meant that little opportunity has been provided for this ‘journey’ to be unpacked in a medical context. I will ultimately claim that more needs to be done to safeguard IC as a ‘journey of love’ through valuing both patients’ autonomy and medical partnership

    Informed consent: an empty promise? A comparative analysis between Italy and England, Wales, and Scotland

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    Informed consent (IC), as the process of sharing information between patients and clinicians before undertaking a medical treatment, signals a number of ‘good intentions’. IC, in its theoretical formulation, can be seen as valuing the expertise and contributions of both clinicians and patients, giving expression to the aspirations of both promoting patient autonomy and facilitating doctors to work in partnership with their patients. The Supreme Court judgment in Montgomery v Lanarkshire Health Board1 and the Italian legislation on IC2 are, in this respect, worthy of analysis as both provide valid examples of these ‘good intentions’. However, the reality of how IC has been translated in courtrooms does not always match these expectations. This article, through a comparative reflection, will claim that a gap between the ‘law in theory’ and the ‘law in practice’ is common to both legal systems. The article ultimately claims that changes in both legal and policy approach are needed in order to better safeguard IC

    Coarse-Graining and Self-Dissimilarity of Complex Networks

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    Can complex engineered and biological networks be coarse-grained into smaller and more understandable versions in which each node represents an entire pattern in the original network? To address this, we define coarse-graining units (CGU) as connectivity patterns which can serve as the nodes of a coarse-grained network, and present algorithms to detect them. We use this approach to systematically reverse-engineer electronic circuits, forming understandable high-level maps from incomprehensible transistor wiring: first, a coarse-grained version in which each node is a gate made of several transistors is established. Then, the coarse-grained network is itself coarse-grained, resulting in a high-level blueprint in which each node is a circuit-module made of multiple gates. We apply our approach also to a mammalian protein-signaling network, to find a simplified coarse-grained network with three main signaling channels that correspond to cross-interacting MAP-kinase cascades. We find that both biological and electronic networks are 'self-dissimilar', with different network motifs found at each level. The present approach can be used to simplify a wide variety of directed and nondirected, natural and designed networks.Comment: 11 pages, 11 figure
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