Abstract: A device and system allows for simplified connection, disconnection, and mitigation of signal interference for electrophysiological testing. One or more electrophysiological electrodes are attached to the patient. These electrodes are connected to leads which are bundled based on region with a single connector associated with each bundle. The bundles are individually keyed and colored for ease of connection and disconnection. Leads within a bundle are organized through the use of a retainer. Electrode bundles are connected to a junction box within proximity to the patient. A single cable connects the junction box to an electrophysiological testing and monitoring interface. A system for visualizing lead bundle data, organizing individual electrode data by the lead bundles that they are associated, facilitates a workflow allowing for rapid and simple channel identification in association with specific electrode regions.

Abstract: Methods of coating a lens mold are described. One or more methods may include coupling a mold to a mold holder of an eyeglass lens mold coating apparatus. The mold holder may be rotatably coupled to a transport device of the mold coating apparatus. The mold may be moved to a coating process unit. The mold may be rotated while a coating composition is applied to the casting face of the mold. The mold with the coating composition applied may be moved to a curing process unit. Activating light may be applied to the coating composition to initiate curing of the coating composition.

Abstract: Described herein are methods and systems for forming lenses. In one embodiment, systems for use in forming eyeglass lenses are described that include one or more LED lights. The LED lights may be used to cure lens forming compositions and coating compositions. In other embodiments, methods of determining an appropriate spacing for mold members are described. In other embodiments, methods of forming anti-reflective coatings, photochromic coatings, hardcoat coatings, and combinations thereof, on eyeglass lenses, are described.