ROCK inhibitors lower IOP by how much according to the reported data?

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Multiple Choice

ROCK inhibitors lower IOP by how much according to the reported data?

Explanation:
Rock inhibitors lower intraocular pressure mainly by increasing outflow through the trabecular meshwork. They relax the actin cytoskeleton in the Schlemm’s canal and surrounding trabecular meshwork, widening the drainage pathway, and can also modestly reduce episcleral venous pressure. In reported clinical data, this mechanism translates into an average drop of about four millimeters of mercury from baseline, though there is individual variability based on baseline IOP, drug, and dosing. While smaller drops like around one or three mmHg can occur, and some patients may exceed five mmHg, four mmHg is the typical mean reduction cited in the data.

Rock inhibitors lower intraocular pressure mainly by increasing outflow through the trabecular meshwork. They relax the actin cytoskeleton in the Schlemm’s canal and surrounding trabecular meshwork, widening the drainage pathway, and can also modestly reduce episcleral venous pressure. In reported clinical data, this mechanism translates into an average drop of about four millimeters of mercury from baseline, though there is individual variability based on baseline IOP, drug, and dosing. While smaller drops like around one or three mmHg can occur, and some patients may exceed five mmHg, four mmHg is the typical mean reduction cited in the data.

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