Prünte C

Haefliger I O, Dettmann E, Liu R, Meyer P, Prünte C, Messerli J et al.

This review suggests nitric oxide and endothelin may contribute to glaucoma by influencing intraocular pressure, blood flow, and retinal ganglion cell death, highlighting their potential role in disease development.

Saruhan A, Orgül S, Koçak I, Prünte C, Flammer J

HRT optic nerve parameters in normal eyes showed optic cup shape provides independent topographic information, potentially improving glaucoma diagnosis beyond standard measures.

Bohdanecka Z, Orgül S, Prünte C, Flammer J

This study found that Heidelberg Retina Flowmeter scan area significantly impacts optic disc "Flow" measurements, with window location affecting long-term variability, crucial for reliable glaucoma monitoring.

Prünte C, Orgül S, Flammer J

This review highlights that beyond IOP, vascular dysregulation and impaired ocular blood flow are major, systemic risk factors in glaucoma, crucial for understanding disease progression.

Orgül S, Prünte C, Flammer J

This abstract explores how endothelium-derived substances might contribute to normal-tension glaucoma via vascular dysregulation, suggesting potential new vasodilator therapies, though clinical relevance needs further study.

Prünte C, Flammer J

SDZ GLC-756, a novel dopamine D-1 antagonist/D-2 agonist, significantly lowered intraocular pressure in healthy subjects and glaucoma patients, offering a new therapeutic approach with minimal side effects.

Prünte C, Niesel P

This study quantified choroidal blood flow using ICG angiography in healthy eyes and dry AMD. It developed a method to measure filling times and capillary perfusion, offering insights into choroidal circulation.