… Biomedical optics is an interdisciplinary study that demands … biochemistry to technical
instrumentation in optics. e latter can … techniques and applications in biomedical optics, as seen in …

… Inks are the most common absorbers added in phantoms for biomedical optics experiments.
Due to the small quantities required, it is usual to prepare dilutions in distilled water and to …

… imaging and will constitute a breakthrough in optical imaging technology. We present here
the evidence of this evolution in the field of optical microscopy. e application of holography to …

… Figure 5.1 depicts the “biomedical tools tree,” illustrating the … Biomedical photonics, the
subject of this volume, embraces a wide range of laser light applications in biomedical …

… Each chapter presents the fundamental physics concepts, describes the instrumentation
or technique, and illustrates the application in studying current biomedical problems. With the …

… The cost of this goal is that we must abandon traditional optical spectroscopies and traditional
microscopy because traditional methodologies require optically thin samples. In addition, …

… Tissue optical properties at the visible and near infrared wavelengths are dominated by
multiple scattering that greatly complicates biomedical optics studies. Polarimetric imaging …

… A well-trained student of biomedical optics knows how to measure the optical properties
of a tissue with respect to unpolarized light in order to document the absorption coe cient (μa), …

… Biomedical optics is an interdisciplinary study that demands … to technical instrumentation in
optics. The latter can sometimes … techniques and applications in biomedical optics, as seen in …

This chapter is devoted to the application of a fiber-based OCT device for clinical diagnosis
of pathologies. The device design and its customizing by developing optical probes for …