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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Exploiting Complex Media for Biomedical Applications,ated and a clean object image can be retrieved as a result. The TLI was also adapted for imaging through a multimode optical fiber, which is a scattering medium, for the endomicroscopic imaging. In addition to imaging, the knowledge of TM was used to enhance light energy delivery through a highly sc

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Miniaturized Fluidic Devices and Their Biophotonic Applications,tion processes in the fluidic domains poses different technical challenges since the underlying physical phenomena differs from that at the macroscale. In this chapter, we aim to highlight the advancements and challenges in the fabrication of miniaturized devices for biophotonic applications.

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Monitoring Cancer Therapy with Diffuse Optical Methods,clinical and clinical settings..After presenting the niche for the diffuse optical methods in the Introduction section, the basic principles of photon propagation in tissue will be provided in section “Theoretical Background.” After several instrumentation, examples will be presented in section “Ins

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Optical Manipulation and Sensing in a Microfluidic Device,ping beam shows strong difference in the strength of the optical trap allowing for an on/off switching of the trapping force within the device. The integrated SPR trapping technique provides a method for arbitrary trapping of a range of microspheres within a microfluidic environment..The MDR optical