Poor Segmentation Oct Rnfl

Manual segmentation of a compensated OCT image of the ONH The RNFL and

Segmented RNFL in a peripapillary Bscan OCT image Relations of the

Top Spectralis RNFL circular cut of an OCT with image quality of 26

Posteriorsegment OCT evaluation on the thickness of RNFL after single

Segmentation results for an OCT Bscan obtained from a healthy normal

OCT images demonstrating retinal nerve fiber layer RNFL segmentation

The effect of incorrect surface segmentation and poor quality in the

Figure 3 from A variational approach to automatic segmentation of RNFL

Example of good fair and poor quality OCT images The top one is good

RNFL deviation map top and RNFL clock hours middle on OCT with

OCT RNFL at fourmonth follow up showed marked thinning of right RNFL

Typical OCT summary showing RNFL thickness outside normal limits in the

OCT RNFL findings Cirrus OCT RNFL thickness before A and after B

OCT in Patient With IIH Showing Thickened RNFL Retina Image Bank

OCT Optic nerve headONH and RNFL showing nerve fibre layer thinning

OCT RNFL results of the same patient as investigated with a

OCT RNFL centered on the disk showing disk edema in both eyes left

OCT images showing RNFL thickness and ONH parameters of patients with

Automatic red and manual blue segmentation of RNFL layer For

OCT photographs of RNFL thickness from a typical patient Red indicates

OCT RNFL centered on the disk showing disk edema in both eyes left

OCT images showing RNFL thickness and ONH parameters of patients with

4A OCT RNFL RE with defect in the superior and inferior RNFL 4B OCT

Optic nerve head OCT showed increased RNFL thickness on nasal quadrant

A Initial OCT scan 2012 demonstrating bilateral RNFL thinning

Figure 2 from A variational approach to automatic segmentation of RNFL

ROTA detects focal RNFL defects missed by conventional OCT analysis a

Spectralis OCT Segmentation error resulting from the passage of the

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Cirrus HDOCT The superior RNFL bundles of both eyes of this patient

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Automatic segmentation of RNFL GCL IPL and INL separately by SDOCT

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Overlooking early glaucoma with an apparently normal OCT RNFL beware

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Automated macular segmentation performed by the SDOCT and ETDRS grid

Crosssectional representation of the macula showing the segmentation

ROTA reveals distinctive patterns of RNFL defects in nonglaucomatous

Laser tomography A Right eye circle scan B Right OCT scan with

OCT retinal nerve fibre layer RNFL analysis confirming mild

SDOCT of the right eye of a patient showing normal RNFL values in all

Representative images of preoperative and 3 months peripapillary RNFL

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A representative image of a RNFLC with a corresponding defect on OCT

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Measurement of peripapillary retinal nerve fibre layer RNFL thickness

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