PROBLEM TO BE SOLVED: To provide a technology capable of capturing a local minute change in an eye to be examined irrespective of a disease type, a disease stage, and a disease state.SOLUTION: A reception part of an ophthalmological imaging device receives patient identification information for identifying a patient. An acquisition part acquires information on an interest position associated with the patient identification information received by the reception part from storage means in which the information on an interest position indicating a position of an interest region is stored in association with each of a plurality of pieces of patient identification information beforehand. An image formation part forms an image by executing optical coherence tomography on a patients eye to be examined corresponding to the patient identification information. An analysis part analyzes an image formed by the image formation part. A specification part specifies a part of the result of the analysis by the analysis part on the basis of the information on the interest position acquired by the acquisition part.SELECTED DRAWING: Figure 4
