Adams

Campbell

Carr

Chavala

Chen

Fierson

Gilbert

Good

Huang

Hussain

Kashani

Lorenz

Maldonado

Mallipatna

Muni

Song

Tomlins

Vinekar

Wojtkowski

Yang

Yokoi

Yousefi

Zhang

We report a novel design and operation of a highly integrated miniature handheld OCT probe, with high-speed angiography function that can be used in clinical settings for young children and infants, providing rapid, non-invasive structural and angiographic imaging of the retina and choroid. The imaging system is operated at 200 kHz, with 3D OCT and OCTA scan time of 0.8 and 3.2 seconds, respectively, and the scanning angle on the pupil is ± 36°, covering the full perifoveal region. Operator assisting features of the direct-view iris camera and on-probe display are integrated into the hand-held probe, and the fixation target can display animations to attract the attention of young subjects. Compared to conventional OCT systems, the high-speed hand-held OCT system significantly improves the operator's experience and scanning efficiency, which is important for imaging infants. Imaging results indicate a significant reduction in total time consumption in pediatric ophthalmic imaging sessions, as well as the image quality of OCT angiography.</p

Song, Shaozhen

Zhou, Kanheng

Xu, Jing Jiang

Zhang, Qinqin

Lyu, Shuyuan

Wang, Ruikang

University of Dundee Online Publications

English

Development of a clinical prototype of a miniature hand-held optical coherence tomography probe for prematurity and pediatric ophthalmic imaging

Crossref

https://discovery.dundee.ac.uk/files/37915527/boe_10_5_2383.pdf

Development of a clinical prototype of a miniature hand-held optical coherence tomography probe for prematurity and pediatric ophthalmic imaging

Abstract

Similar works

Full text

Available Versions

University of Dundee Online Publications

Crossref

University of Dundee Online Publications