Mechanistic &#x27;physics&#x27; models of protein folding fail to account for the observed spectrum of protein folding and aggregation disorders, suggesting that a more appropriately biological paradigm will be needed for understanding the etiology, prevention, and treatment of these diseases

Rodrick Wallace

English

Mechanistic &#x27;physics&#x27; models of protein folding fail to account for the observed spectrum of protein folding and aggregation disorders, suggesting that a cognitive paradigm for protein folding regulation will be needed for understanding the etiology, prevention, and treatment of these diseases

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10.2 Global and local symmetry groupoids Here we follow Weinstein (1996) fairly closely, using his example of a  tiling. Consider a tiling of

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Appendix 10.1 Basic ideas about groupoids Following Weinstein (1996) closely, a groupoid, G, is de by a base set A upon which some mapping { a morphism { can be

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As Weinstein (1996) points out, the morphism (;

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AbstractMechanistic 'physics' models of protein folding fail to account for the observed spectrum of protein folding and aggregation disorders, suggesting that a cognitive paradigm for protein folding regulation will be needed for understanding the etiology, prevention, and treatment of these diseases. </jats:p

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Protein folding disorders: Toward a basic biological paradigm

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