Abstract: The present invention is related to a system for obtaining a fundus image, constituted by optical means implemented in an equipment to observe and photograph the image of the wall fundus (16), comprising a capturing optical means composed by high sensibility digital camera, constituted by an image sensor (2) and focal optical system (3), said digital camera being used to register a captured image by an afocal optical system, composed by a capturing lens (13) and its afocal complement (6); a lighting optical means provided from a arrangement conformed with optical fiber bundle (7), (8), (9) and (10), halogen light source (23) or light emitting diode source (LED); wherein said light beam from the halogen light (23) or light emitting diodes has an annular form when it pass in the anterior part of eyeball (14) and focus in the pupil plan (15); both the means having the optical path partially common over the optical axle (1) from the optical fibers arrangement (7), (8), (9) and (10) to the fundus (16), region in t

Abstract: A method of treating CNV secondary to AMD, comprising administering a medicament in combination with i-MP treatment where the i-MP treatment includes a control method comprising the following steps: determining and/or inputting at least one dosage parameter dependent on patient-related data; determining and/or inputting at least one application parameter dependent on patient-related data; providing instructions to administer ICG to the patient; and providing instructions to apply an output of an application device to a treatment area of the patient; where at least one of the steps is a computer-implemented step.

Abstract: A laser calibration system and method are described for a laser unit (10) operable to fire a laser beam that is guided along an optical delivery path (310) to a delivery point at a distal end of the optical delivery path. The laser calibration system comprises a laser controller operable to drive the laser unit (10) to fire the laser beam dependent on a desired laser power and a compensation factor associated with the optical delivery path. A detector (70) generates a measurement signal related to laser power at the delivery point; and a laser calibrator (802) generates an error signal dependent on a comparison (810) of the desired laser power and the measurement signal and to adjust the compensation factor dependent on the error signal.

Abstract: A method and system are described for controlling a therapeutic procedure performed on a patient. Based on patient-related information, control system (90) determines at least one dosage parameter and at least one application parameter of the therapeutic procedure. Display (117) displays one or more prompts instructing an operator to introduce at least one external substance into the patient in accordance with the at least one dosage parameter and displays one or more instructions to the operator to apply an output of an application device (80) to a treatment area (100) of the patient in accordance with the at least one application parameter. The therapeutic procedure may be an Indocyanine Green mediated photothrombosis treatment for age-related macular degeneration.

Abstract: The present invention is related to a system for obtaining a fundus image, constituted by optical means implemented in an equipment to observe and photograph the image of the wall fundus (16), comprising a capturing optical means composed by high sensibility digital camera, constituted by an image sensor (2) and focal optical system (3), said digital camera being used to register a captured image by an afocal optical system, composed by a capturing lens (13) and its afocal complement (6); a lighting optical means provided from a arrangement conformed with optical fiber bundle (7), (8), (9) and (10), halogen light source (23) or light emitting diode source (LED); wherein said light beam from the halogen light (23) or light emitting diodes has an annular form when it pass in the anterior part of eyeball (14) and focus in the pupil plan (15); both the means having the optical path partially common over the optical axle (1) from the optical fibers arrangement (7), (8), (9) and (10) to the fundus (16), region in t

Abstract: The present invention is related to a system for obtaining a fundus image, constituted by optical means implemented in an equipment to observe and photograph the image of the wall fundus (16), comprising a capturing optical means composed by high sensibility digital camera, constituted by an image sensor (2) and focal optical system (3), said digital camera being used to register a captured image by an afocal optical system, composed by a capturing lens (13) and its afocal complement (6); a lighting optical means provided from a arrangement conformed with optical fiber bundle (7), (8), (9) and (10), halogen light source (23) or light emitting diode source (LED); wherein said light beam from the halogen light (23) or light emitting diodes has an annular form when it pass in the anterior part of eyeball (14) and focus in the pupil plan (15); both the means having the optical path partially common over the optical axle (1) from the optical fibers arrangement (7), (8), (9) and (10) to the fundus (16), region in t

Abstract: The present invention is related to a system for obtaining a fundus image, constituted by optical means implemented in an equipment to observe and photograph the image of the wall fundus (16), comprising a capturing optical means composed by high sensibility digital camera, constituted by an image sensor (2) and focal optical system (3), said digital camera being used to register a captured image by an afocal optical system, composed by a capturing lens (13) and its afocal complement (6); a lighting optical means provided from a arrangement conformed with optical fiber bundle (7), (8), (9) and (10), halogen light source (23) or light emitting diode source (LED); wherein said light beam from the halogen light (23) or light emitting diodes has an annular form when it pass in the anterior part of eyeball (14) and focus in the pupil plan (15); both the means having the optical path partially common over the optical axle (1) from the optical fibers arrangement (7), (8), (9) and (10) to the fundus (16), region in t