The method is used for creating and processing a color image of an iridocorneal region (101) of an eye (100), and comprises the preliminary step of calibrating a pair of at least one color image detector device (202) and at least one color illuminator device (201) furthermore, it comprises the examination steps of: (A) detecting at least one color image of an iridocorneal region (101) of an eye (100) through the detector device (202) consisting of a bi-dimensional array of pixels, wherein the at least one color image is in a color space defined by three color dimensions thus a color of each pixel of said bi- dimensional array is associated to three color components, (B) selecting at least one sub- image within said detected image corresponding to a region of interest, (C) computing at least one statistic parameter of said selected sub -image, wherein the statistic parameter is selected from the group comprising an average value of a color component, a variance value of a color component, a minimum value of a color component and a maximum value of a color component, a skewness value of a color component, a kurtosis index value of a color component, a distribution of a color component, a distribution gradient of a color component, (D) determining an indicator based on said at least one statistic parameter for example through a statistical classifier, and (E) providing said indicator as an examination result.La présente invention décrit un procédé de création et de traitement dune image colorée dune région iridocornéenne (101) dun œil (100), et comprend létape préliminaire détallonage dune paire de dispositifs constituée dau moins un dispositif détecteur dimage colorée (202) et dau moins un dispositif déclairage de couleur (201) en outre, il comprend les étapes dexamen consistant en : (A) la détection dau moins une image colorée dune région iridocornéenne (101) dun œil (100) à travers le dispositif détecteur (202) constitué dune rangée bidimensionnelle de pixels, ladi
