van den Bosch Jacqueline J O N

Pennisi Vincenzo, van den Bosch Jacqueline J O N, Neustaeter Anna, Ehmer Angela, Thieme Hagen, Hoffmann Michael B et al.

This study found that physical exercise temporarily increases intraocular pressure in glaucoma patients, returning to or below baseline post-exercise, suggesting a linked physiological response.

van den Bosch Jacqueline J O N, Pennisi Vincenzo, Rao Harsha Laxmana, Mansouri Kaweh, Weinreb Robert, Thieme Hagen et al.

This study found 24-hour telemetric IOP profiles are reproducible on consecutive days, and somewhat with self-measurements. This offers a valuable alternative to frequent in-office IOP checks for glaucoma management.

van den Bosch Jacqueline J O N, Pennisi Vincenzo, Mansouri Kaweh, Weinreb Robert N, Thieme Hagen, Hoffmann Michael B et al.

This study measured intraocular pressure (IOP) in glaucoma patients during eyelid movements. Eyelid rubbing and squeezing caused significant, brief IOP spikes (up to 59 mmHg), highlighting a potential risk for glaucoma progression.

van den Bosch Jacqueline J O N, Pennisi Vincenzo, Invernizzi Azzurra, Mansouri Kaweh, Weinreb Robert N, Thieme Hagen et al.

This study found implanted IOP sensors show eye pressure varies with gaze direction, increasing in upgaze and decreasing with inferonasal gaze or eyelid closure, impacting glaucoma monitoring.

Al-Nosairy Khaldoon O, van den Bosch Jacqueline J O N, Pennisi Vincenzo, Mansouri Kaweh, Thieme Hagen, Choritz Lars et al.

This study explored simultaneous IOP and ganglion cell function (PERG) using an implanted sensor. It found lateral positioning affects both IOP and PERG, suggesting this model can help understand how IOP impacts ganglion cells in glaucoma.