Titlebook: Lactic Acid Bacteria: Genetics, Metabolism and Applications; Proceedings of the s R. J. Siezen,J. Kok,G. Schasfsma Conference proceedings 2

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Eric Guédon,Emmanuel Jamet,Pierre Renaulted to the performativity of theory – that is, how theory shapes the patterns of social interactions that constitute social reality. For that purpose, two ideal-type positions that form the poles of a continuum of scholarship about theory performativity are distinguished. These poles consist of appro

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Oscar P. Kuipers,Anne de Jong,Richard J. S. Baerends,Sacha A. F. T. van Hijum,Aldert L. Zomer,Harma ical tissues exhibiting optical turbidity have posed limitations on the imaging depth and energy transmission. However, recent advances in wavefront-sensing and wavefront-shaping technologies have opened the door to imaging and controlling wave propagation through a complex scattering medium. In thi

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Nathalie Campo,Miguel J. Dias,Marie-Line Daveran-Mingot,Paul Ritzenthaler,Pascal Le Bourgeois the microscope, a light source in a few nanometers size is excited by focused electron beam in a luminescent film. The microscope makes it possible to observe dynamic behavior of living biological specimens in various surroundings, such as air or liquids. Scan speed of the nanometric light source i

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Luis E. N. Quadri with the goal to achieve a better characterization of smaller biological specimens. The innovation of optical microscopy technology has been proven to be a driving force in the development of biology and medicine. In particular, advanced nonlinear optical microscopes have unique advantages over tra

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Bert Poolmanapter, the advancement and key accomplishments of LOC devices that utilize optics as means to detect biomedical signals are discussed. The topics being covered include optofluidic waveguide designs, detection techniques, and various optofluidic LOC systems and experimental demonstration. Limited by

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Brian J. Koebmann,Heidi W Andersen,Christian Solem,Peter R. Jensend stream of silane and hydrogen. Silane-based fluidized-bed reactors potentially provide a lower cost method to produce polysilicon than the current Siemens reactors that dominate the silicon market. Production of silicon in a fluidized bed requires 80–90% less electrical energy than the currently f

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