Camp Andrew S

Nagel Ines D, Heinke Anna, Agnihotri Akshay P, Yassin Shaden, Cheng Lingyun, Camp Andrew S et al.

This study found a novel three-wavelength ultra-widefield imager (Optos RGB) generally provided more accurate retinal/optic nerve lesion imaging than other modalities, except for melanocytic choroidal lesions where two-wavelength imaging (RG) was superior.

Chen Jimmy S, Baxter Sally L, van den Brandt Astrid, Lieu Alexander, Camp Andrew S, Do Jiun L et al.

This study found ophthalmologists generally accept an AI tool predicting glaucoma visual field progression as useful, though less for severe cases, suggesting potential for integrating AI into clinical decision-making.

Yamane Maya, Ferreyra Henry, Xu Benjamin Y, Weinreb Robert N, Camp Andrew S

Studying glaucoma patients, full macular OCT scans revealed nonglaucomatous pathology missed by standard printouts in 32% of eyes, with 64% needing further evaluation, highlighting the importance of full scan review.

Camp Andrew S, Long Christopher P, Galor Anat, Yamane Maya, Proudfoot James A, Weinreb Robert N

This study found dry eye severity increases visual field tracking failures (TFF), especially in the left eye. This suggests TFF thresholds may need adjustment for dry eye patients, improving glaucoma monitoring.

Orbach Adi, Ang Ghee Soon, Camp Andrew S, Welsbie Derek S, Medeiros Felipe A, Girkin Christopher A et al.

Expert qualitative assessment showed the 10-2 and central 24-2 visual fields similarly detect glaucoma's central abnormalities. The 10-2's higher density didn't improve detection, suggesting its routine use needs further validation.

Camp Andrew S, Weinreb Robert N

This study found "hypotony keratopathy," corneal damage years after trabeculectomy, is linked to low IOP and can improve with interventions that raise eye pressure, suggesting endothelial dysfunction.

Mansouri Kaweh, Tanna Angelo P, De Moraes Carlos Gustavo, Camp Andrew S, Weinreb Robert N

This review highlights that standard IOP measurements miss crucial 24-hour variations, emphasizing the need for circadian IOP monitoring to better assess and manage glaucoma treatment efficacy.

Camp Andrew S, Weinreb Robert N

Perimetry remains crucial for glaucoma management, with ongoing refinements like home testing and AI integration promising improved patient experience and diagnostic accuracy in the future.

Camp Andrew S, Ruggeri Marco, Munguba Gustavo C, Tapia Mary L, John Simon W M, Bhattacharya Sanjoy K et al.

This study in Brn3b knockout mice found a strong correlation between OCT-measured retinal nerve fiber layer/inner plexiform layer thickness and actual retinal ganglion cell loss, validating OCT for monitoring RGC degeneration.