Sentence examples for ophthalmology imaging from inspiring English sources
The first dataset was collected from the Internet, and the second was provided by the Shahid Labbafi Nedjad Hospital and the Negah Ophthalmology Imaging Center of Iran.
As described previously in ophthalmology imaging [ 23, 24], optical refraction at tissue surface deviates the incident beam, which distorts the planar image plane.
The first medical applications of OCT were in ophthalmology where imaging can be performed through the transparent media of the anterior eye and the retina [ 16, 17, 25].
In ophthalmology, ocular imaging has developed rapidly during the past 100 over years and play an critical role in clinical care and ocular disease management [ 27].
2D optical imaging has proven a valuable tool for functional exploration in biological research such as in neuroscience (imaging the exposed cortex), ophthalmology (retinal imaging), or oncology (skin, uterus cancers detection and monitoring) [ 1– 4].
Optical coherence tomography is widely used in clinical medicine, especially in ophthalmology and cardiology because of the ability of imaging deep within tissue [ 17].
The imaging speed is critical for in vivo ophthalmology applications.
Optical coherence tomography (OCT) is a micrometer scale tomographic imaging modality that is in widespread use in ophthalmology [ 5– 10] and could be used for measuring these corneal biometric values.
The high resolution capability together with other properties such as ease of use, lack of ionizing radiation, patient comfort, and low cost have made OCT extremely popular for imaging retinal cell layers in the macular cube in both ophthalmology [ 1] and neurology [ 2].
OCT has already been deployed in the clinic as a diagnostic tool in ophthalmology (retinal and anterior segment imaging) and more recently in cardiology (intravascular artery imaging) [ 10].
