Abstract: This document describes methods and systems for a hybrid white balance, HWB, mode (114), which is a hybrid of automatic and manual WB modes, in a camera system (104) of an electronic device (102). The HWB mode may provide options for a user to select a WB setting, via a camera user interface (118) in a live-preview mode (110), along a continuous WB-adjustment range. In this way, the user's desired color can be applied with respect to images or video captured by the camera system. The camera UI includes a manual WB control (112) to manually adjust the white balance. A WB module (108) determines target WB gains corresponding to the manual WB control relative to an initial automatic WB decision for a current frame displayed in the live-preview mode of the camera application. In aspects, a look-up-table correlating to the manual WB control is used to compute the target WB gains.

Abstract: Methods for treatment of increased intraocular pressure with intracameral intraocular implants are disclosed herein. The controlled and sustained release of bimatoprost to the anterior chamber of the eye may be effective to treat an eye for at least one year or longer for the reduction of TOP.

Abstract: Methods for treatment of increased intraocular pressure with intracameral intraocular implants are disclosed herein. The controlled and sustained release of bimatoprost to the anterior chamber of the eye may be effective to treat an eye for at least one year or longer for the reduction of TOP.

Abstract: Methods for treatment of increased intraocular pressure with intracameral intraocular implants are disclosed herein. The controlled and sustained release of bimatoprost to the anterior chamber of the eye may be effective to treat an eye for at least one year or longer for the reduction of IOP.

Abstract: The present invention relates generally to a surface functionalized porous containing material and method of making thereof.

Abstract: Electroadsorption and charged based biomolecule separation, concentration and detection with porous biosensors. In preferred embodiments, a potential is applied to a porous electrode to separate and concentrate molecules from solution. The bimolecular analytes are captured by the porous electrode itself, the same electrode that is used to generate the electric field for electroadsorption. In additional preferred embodiments, pH of the solution is adjusted to separate and concentrate biomolecules. Setting the pH equal to the protein isoelectric point was determined by the inventors to maximize concentration of biomolecules into the porous biosensor. The methods include simultaneously optically detecting charged molecules captured by the porous electrode. Methods of the invention are benign to biomolecules of interest, which are demonstrated to retain a high percentage of their activity after being released from the biosensor. Methods of the invention provide label-free detection.