Abstract: Systems and methods for performing a photoluminescence analysis on a medium such as the fundus of a patient's eye are provided. An imaging device, a spectral analyser and an excitation light source are provided. An optical assembly defines an imaging light path between the patient's eye and the imaging device and a spectral analysis light path between an analysis spot on the patient's eye and the spectral analyser. The excitation light source generates an excitation light beam comprising an excitation wavelength selected to excite components present in the patient's eye for the generation of fluorescent light at a photoluminescence wavelength, and is optically coupled to the spectral analysis light path for projecting the excitation light beam on the analysis spot. An optical filter is coupled to the spectral analyser, and has a low light transmissivity at the excitation wavelength and a high light transmissivity at the photoluminescence wavelength.

Abstract: A spectroreflectometric system for performing a spectral analysis on the fundus of a patient's eye or other medium is provided. The system includes an imaging device and a spectral analyser. Illumination light from an illumination light source is projected towards the fundus of the patient's eye. The resulting light from the fundus is separated by a beam splitter into an imaging portion travelling along an imaging light path to reach the imaging device and a spectral analysis portion deviated to a spectral analysis light path. The system further includes a pointer light source optically coupled to the spectral analysis light path. The system is operable in an acquisition mode to concurrently obtain an image of the fundus of the patient's eye and a spectral analysis of an analysis spot on this fundus, and in a pointer mode to obtain a visual representation of the analysis spot within the image.

Abstract: A spectroreflectometric system for performing a spectral analysis on the fundus of a patient's eye or other medium is provided. The system includes an imaging device and a spectral analyser. Illumination light from an illumination light source is projected towards the fundus of the patient's eye. The resulting light from the fundus is separated by a beam splitter into an imaging portion travelling along an imaging light path to reach the imaging device and a spectral analysis portion deviated to a spectral analysis light path. The system further includes a pointer light source optically coupled to the spectral analysis light path. The system is operable in an acquisition mode to concurrently obtain an image of the fundus of the patient's eye and a spectral analysis of an analysis spot on this fundus, and in a pointer mode to obtain a visual representation of the analysis spot within the image.