Provided is a fluorescence endoscope device that includes a light source an image generating portion that captures an image of fluorescence generated at a subject due to irradiation with excitation light to obtain a fluorescence image and that captures an image of return light returning from the subject due to irradiation with white light to obtain a white-light image a dividing portion that divides the fluorescence image by the white-light image to generate a divided fluorescence image a coordinate extracting portion that extracts a second region of the divided fluorescence image having a gradation value higher than a second threshold a fluorescence-image correcting portion that extracts a first region having a gradation value higher than a first threshold in the fluorescence image and generates a corrected fluorescence image in which an overlap region that overlaps the second region is extracted and a monitor that displays the corrected fluorescence image.
