UWF-OCTA Optimizes Diabetic Retinopathy Management
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- Time of issue：2023-11-28 10:07
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(Summary description)See how UWF-OCTA optimizes Diabetic Retinopathy management. All images were generated from a 1536 (A-scan) x 1280 (Lines) x 6000 (um depth) cube. Single capture in 15 seconds by a 400kHz speed swept-source OCT/OCTA, Bmizar from TowardPi Medical.
UWF-OCTA Optimizes Diabetic Retinopathy Management
(Summary description)See how UWF-OCTA optimizes Diabetic Retinopathy management. All images were generated from a 1536 (A-scan) x 1280 (Lines) x 6000 (um depth) cube. Single capture in 15 seconds by a 400kHz speed swept-source OCT/OCTA, Bmizar from TowardPi Medical.
- Categories：News
- Time of issue：2023-11-28 10:07
- Views：
Information
See how UWF-OCTA optimizes Diabetic Retinopathy management.
Fig1. HD OCTA of 120°, Visualization of MA, NPA, IRMA, NVE, and everything.
Fig1. HD OCTA of 120°, Visualization of MA, NPA, IRMA, NVE, and everything.
Top: retina slab, Bottom: vitreous slab.
Fig2. Two 24mm length OCT B-scans.
Fovea scan (top) showed sub-retinal fluid, exudates and cystoid edema.
NVE scan (bottom) indicated neovasculature membrane above retina (green arrow),
which has been confirmed to be NVE by vitreous OCTA (fig1 bottom)
Fig3. Vessel density of retina in customized grids.
Those value are helpful in following up the ischemia conditions.
Fig4. 3D vessel inside vitreous.
NVE was highlighted in a pitch-black background.
Images were generated from a 1536 (A-scan) x 1280 (Lines) x 6000 (um depth) cube. Single capture in 15 seconds by a 400kHz speed swept-source OCT/OCTA, Bmizar from TowardPi Medical.
Case courtesy: Prof. Hua Liu, Dr. Daheng Wei, The Third Affiliated Hospital of Jinzhou Medical University. Liaoning, China.
Editor: Dr. Jian Zhou, TowardPi Medical.
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