Titlebook: Quantitative Models for Microscopic to Macroscopic Biological Macromolecules and Tissues; Luis Olivares-Quiroz,Osbaldo Resendis-Antonio Bo

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Ana Leonor Rivera,Bruno Estañol,Adriana Robles-Cabrera,Juan C. Toledo-Roy,Ruben Fossion,Alejandro Fr

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Ammar Jalalimanesh,Christina Kuttler,Rodolfo García-Contreras,Judith Pérez-Velázquez

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Quantitative Models for Microscopic to Macroscopic Biological Macromolecules and Tissues

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Diverse Protein-Folding Pathways and Functions of ,-Hairpins and ,-Sheets,itch in some systems. In this chapter, we review the contributions of molecular dynamics simulations to resolving the energetics of .-hairpin folding, the mechanics of .-barrel insertion into the membrane by the BAM complex, the dynamics of .-hairpin conformational switching, and the structures of disease-causing amyloids.

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Diverse Protein-Folding Pathways and Functions of ,-Hairpins and ,-Sheets,ins, .-barrels, and amyloids, is believed to provide the energy required to drive various processes, including membrane-protein insertion into and translocation across the outer membrane of Gram-negative bacteria. The folding of the .-hairpin has also been proposed to function as a conformational sw

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,MicroRNAs, Gene’s Regulator in Prostate Cancer,t role in the modulation of a wide collection of physiological and pathological processes, starting on embryonic evolution with carcinomas development. Nowadays, the high availability of gene expression data and the development of computational approaches that predicts miRNA targets are continuously