Abstract: Devices and method for treating aqueous collector channels or tissue(s) associated with aqueous collector channels to improve or enhance outflow of aqueous humor from an eye thereby reducing intraocular pressure in the eye.

Abstract: Methods and systems for assessing regional variations in aqueous outflow vessels of the eye and for optimizing locations within the eye stent implantation or other surgical procedures intended to increase aqueous outflow and reduce intraocular pressure.

Abstract: A method for imaging episcleral vessels in an eye includes injecting the eye with a contrast agent, positioning an imaging probe proximate to a limbus of the eye, acquiring a plurality of images along a circumference of the limbus and applying a vessel segmentation algorithm to the plurality of images to quantify episcleral diameter and density in real-time. A system for imaging episcleral vessels in an eye includes a processing unit operably connected to an imaging probe and a visual feedback device. In certain embodiments, the contrast agent includes fluorescein. In certain embodiments, the episcleral diameter and density is displayed in an image on a visual feedback device. In certain embodiments, the method is part of a treatment for relieving intraocular pressure in an eye that can include the steps of identifying a target treatment area based on the image and applying a MIGS treatment in the target treatment area.