(1) Basics and principles of optical coherence tomography (OCT), which briefly discuss the mechanisms and operation of OCT systems and a comparison of old and new systems (time domain vs. spectral domain) and their reproducibility. It concisely explains the swept-source OCT mechanism and OCT ...
Optical coherence tomography was first introduced commerically by Carl Zeiss in 1996. The first commerically available OCT was based on time-domain technology (TD). The Stratus TD-OCT (Carl Zeiss Meditec, USA) can scan resolutions up to 10 microns. The Stratus TD-OCT also called OCT 3 has ...
Swept-Source Optical Coherence Tomography (A Color Atlas) || Optic Nerve Conditions Optical coherence tomography angiography (OCT-A) has recently gained growing interest in exploring the optic nerve microvasculature in various optic nerve conditions, such as primary open angle glaucoma (POAG), and in...
Chapter-01 Introduction to Optical Coherence Tomography It is apparent that M. mercenaria has been intentionally introduced into the Pacific coast waters of North America in the states of California and Washington, and in England and France, and has probably been transported to England, Fran... Vi...
TDTR is an optical non-contact method that applicable to the materials with wide range of the thermal conductivity (from diamond to the ultralow thermal conductivity of disordered crystals) and different sample geometries [145,272,285,286]. It is necessary in experiments to account for the reduc...
Chapter five applies all of this to optical imaging, both incoherent and coherent, and touches on holography and optical processing. Chapter six looks at applications to medical imaging: the focus is on X-ray computed tomography, but short contributions by other authors cover MRI and ultrasonic co...
such as optical-fiber gyroscopes and optical coherence tomography (OCT) equipment, which is of key significance in ophthalmology diagnostics, are already deeply embedded and in widespread use in society. This article explains the basic structure of these infrared optical output devices, as well as th...
("Functional Imaging")ImmunofluorescenceDiagnostic Applications of SpectroscopyFiberoptic SensorsOptical Coherence Tomography in DentistryOptical BiopsyDetermination of Blood OxygenationElectroluminescent Electro-Physiologic MappingQuantum Dots as Biological Fluorescent MarkersCompilation of the Optical Requirements for ...
Processing methods employing optical transform image modulation techniques (OTIM), have shown that very significant improvements in signal-to-background discrimination and clutter rejection can be achieved for remote sensing applications, and current research shows that these methods can also be incorporated...
a peripapillary retinoschisis leading to an incorrect segmentation of the retinal nerve fiber layer upon optical coherence tomography; a large gamma zone (and delta zone) which makes using the end of Bruch’s membrane as reference point for the measurement of the neuroretinal rim useless; and ma...