Titlebook: Handbook of Photonics for Biomedical Engineering; Aaron H.-P. Ho,Donghyun Kim,Michael G. Somekh Living reference work 20200th edition

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Adrian Taruttis,Vasilis Ntziachristoservers considered the financial turmoil was behind us because major advanced countries had adopted stimulus packages to prevent banks from going bankrupt. However, there are rising doubts about the creditworthiness of several advanced countries that participated in the bailouts. In this uncertain co

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Daniel Day,Stephen Weber,Min Gus and the recent financial crisis..Explains the methodology .The financial difficulties experienced by Greece since 2009 serve as a reminder that countries (i.e., sovereigns) may default on their debt. Many observers considered the financial turmoil was behind us because major advanced countries had

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3-D Single Particle Tracking Using Dual Images Divided by Prism: Method and Application to Optical nal two lenses located between a conventional optical microscope and a camera enable to track single particles in 3-D. Because of the simplicity of its rationale and construction, any laboratory equipped with 2-D tracking method, under either fluorescence, phase-contrast, bright-field or dark-field

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Adaptive Optics for Aberration Correction in Optical Microscopy,es in the sample, or, in many cases, both. Aberrations produce a distorted wavefront at the focus of the imaging system leading to a non-optimum focal spot, resulting in a decrease in image resolution and hence a deterioration in image quality. The problem is particularly prevalent when imaging biol

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Application of Ultrashort-Pulsed Lasers for Optical Manipulation of Biological Functions, used ultrashort-pulsed laser as a primary light source. Recently ultrashort-pulsed lasers have been used not only as a light source for microscopy but also for modulation tools of various biological functions. Once irradiated on biological materials, ultrashort laser pulses generate a bunch of free

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Development of Extraordinary Optical Transmission-Based Techniques for Biomedical Applications, observation of dynamics on a nanometric scale. Intracellular and extracellular processes can be measured at the molecular level; thus, highly sensitive techniques advance our understanding of biomolecular events in cellular and subcellular conditions and have been applied to many areas such as cell

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