Greenstein Vivienne C

Yu Sarah N, Hood Donald C, Blumberg Dana M, Chang Stanley, Greenstein Vivienne C

This study found that careful pre-operative comparison of visual fields and OCT scans helps guide macular surgery and evaluate outcomes in glaucoma patients.

Duncker Tobias, Lee Winston, Jiang Fan, Ramachandran Rithambara, Hood Donald C, Tsang Stephen H et al.

This study of AZOOR's transition zone found a distinct high autofluorescence border marking outer retinal damage and vision loss, but also subtle outer retinal thinning and nerve fiber layer changes in seemingly healthy adjacent areas.

Lima Luiz H, Greenberg Jonathan P, Greenstein Vivienne C, Smith R Theodore, Sallum Juliana M F, Thirkill Charles et al.

This study found that a hyperautofluorescent ring in autoimmune retinopathy correlates with photoreceptor damage on SD-OCT. These imaging features may aid diagnosis and monitoring of the disease.

Xin Daiyan, Talamini Christine L, Raza Ali S, de Moraes Carlos Gustavo V, Greenstein Vivienne C, Liebmann Jeffrey M et al.

This study found hypodense RNFL "holes" on fdOCT in glaucoma patients/suspects, not controls. These holes, often near blood vessels, suggest localized nerve fiber loss, even in suspects with normal vision.

Hood Donald C, Raza Ali S, de Moraes Carlos Gustavo V, Odel Jeffrey G, Greenstein Vivienne C, Liebmann Jeffrey M et al.

This study found central 10-degree glaucomatous visual field defects correspond to specific macular and optic disc nerve fiber layer damage, highlighting the importance of focused testing for early detection.

Hood Donald C, Lazow Margot A, Locke Kirsten G, Greenstein Vivienne C, Birch David G

fdOCT revealed an orderly progression of retinal degeneration in RP, starting with outer segment thinning, then outer nuclear layer thinning, and ultimately complete loss, providing insights into disease progression.

Xin Daiyan, Greenstein Vivienne C, Ritch Robert, Liebmann Jeffrey M, De Moraes Carlos Gustavo, Hood Donald C

This study compared multiple glaucoma progression tests, finding poor agreement among them. Clinically, this highlights the necessity of using a combination of functional and structural tests for comprehensive patient monitoring.

Thonginnetra Oraorn, Greenstein Vivienne C, Chu David, Liebmann Jeffrey M, Ritch Robert, Hood Donald C

This study found normal tension glaucoma (NTG) causes more central visual field defects than high tension glaucoma (HTG), despite similar overall damage. This suggests different damage patterns for these glaucoma types.

Greenstein Vivienne C, Santos Rodrigo A V, Tsang Stephen H, Smith R Theodore, Barile Gaetano R, Seiple William

This study found macular disease patients often use stable eccentric retinal loci, typically above lesions with normal autofluorescence, highlighting the need to relate retinal morphology to visual function for treatment assessment.

Ghadiali Quraish, Hood Donald C, Lee Clara, Manns Jack, Llinas Alex, Grover Larissa K et al.

This study found significant inter-individual variation in normal RNFL profiles, but high similarity between an individual's two eyes, suggesting interocular comparison can improve glaucoma diagnosis.

Tari Samir R, Vidne-Hay Orit, Greenstein Vivienne C, Barile Gaetano R, Hood Donald C, Chang Stanley

ILM peeling for macular pucker improved vision and reduced retinal thickness, but some patients showed subtle functional declines (mfERG, visual field) and Müller cell footplate removal, highlighting complex surgical impacts.

Grippo Tomas M, Hood Donald C, Kanadani Fabio N, Ezon Isaac, Greenstein Vivienne C, Liebmann Jeffrey M et al.

This study found VEP latency delays, both multifocal and conventional, were rare in glaucoma patients and didn't correlate with visual field loss, suggesting limited utility for detecting damaged ganglion cells.

Thienprasiddhi Phamornsak, Greenstein Vivienne C, Chu David H, Xu Li, Liebmann Jeffrey M, Ritch Robert et al.

This study found multifocal VEP can detect early functional damage in 20% of glaucoma suspects with normal standard visual fields, suggesting its utility for early detection.

Hood Donald C, Xu Li, Thienprasiddhi Phamornsak, Greenstein Vivienne C, Odel Jeffrey G, Grippo Tomas M et al.

PERG amplitude was studied in glaucoma patients. Key finding: PERG loss can precede visual field defects, but some damaged eyes still show normal PERGs, limiting its diagnostic utility.

Hood Donald C, Thienprasiddhi Phamornsak, Greenstein Vivienne C, Winn Bryan J, Ohri Nitin, Liebmann Jeffrey M et al.

This study compared mfVEP and automated perimetry in early glaucoma, finding both tests detect similar damage, but each can miss abnormalities found by the other, suggesting their complementary use.

Chen Candice S, Hood Donald C, Zhang Xian, Karam Emely Z, Liebmann Jeffrey M, Ritch Robert et al.

This study found multifocal VEP (mfVEP) has good repeat reliability (around 1.6dB) in healthy and glaucomatous eyes, even across days, suggesting it's a stable measure for clinical use.

Thienprasiddhi Phamornsak, Greenstein Vivienne C, Chen Candice S, Liebmann Jeffrey M, Ritch Robert, Hood Donald C

Multifocal VEPs in glaucoma patients with unilateral defects revealed damage in seemingly unaffected visual fields, suggesting this test can detect subtle, early glaucoma progression missed by standard perimetry.

Hood Donald C, Greenstein Vivienne C

This study explored multifocal VEP (mfVEP) for glaucoma, finding it detects ganglion cell damage, often outperforming visual fields when its signal-to-noise ratio is high, making it a useful clinical adjunct.