Sentence examples for ocular imaging from inspiring English sources

The reliance on clinical findings for diagnosis has made ocular imaging a field of particularly high impact for sympathetic ophthalmia.

The aim was to develop a high-frequency annular array transducer for ocular imaging with improved DOF, sensitivity, and resolution compared with conventional transducers.

To determine the extent of geographic variation in the proportion of patients with newly diagnosed open-angle glaucoma (OAG) undergoing visual field (VF) testing, fundus photography (FP), and other ocular imaging (OOI) among patients residing in different US communities.

Ultrasound in ophthalmology is employed in several clinical applications such as general-purpose ocular imaging (B-mode), ultrasound biometry that pursues precise distance measurements (A-mode), and ultrasound biomicroscopy (UBM) limited to the anterior segment, which uses high frequencies (e.g., 50 MHz) to provide a very high resolution of 33 μm and less [6 10].

Ocular imaging was performed using a scanning laser ophthalmoscope (Spectralis™ HRA; Heidelberg Engineering, Heidelberg, Germany).

This section briefly mentions such CAD systems based on ocular imaging.

In addition, both optical imaging data and ocular dominance indices of these experiments were indistinguishable from those in animals with a single dose of pentobarbital.

In recent years, much information has accumulated regarding the two-dimensional distribution of both orientation preference and ocular dominance columns using optical imaging techniques [ 6, 7].

This case suggests that ocular anterior segment imaging modalities, especially ultrasound biomicroscopy, serve as powerful diagnostic tools to identify mechanisms of acute angle closure glaucoma, which is often accompanied by poor intraocular visibility.

We present here a case of fibrin membrane pupillary-block glaucoma that was diagnosed with help of ocular anterior segment imaging devices and successfully treated with tissue plasminogen activator.

One study used optical imaging of intrinsic signals to compare the preference maps for ocular dominance, orientation and spatial frequency [15], which showed that there is indeed a weak correspondence between low spatial frequency domains and ocular dominance columns.