Fluorescence microscope

A fluorescence microscope comprising:

• a display control section configured to cause a display section to display a positioning user interface screen that designates an observation position of an observation target on a map image of a stage on which the observation target is placed, and a height setting user interface screen that receives adjustment of an observation height of the observation target while displaying an image of the observation target at the observation position designated on the positioning user interface screen;
• a reception section configured to receive setting of the observation position on the positioning user interface screen displayed on the display section by the display control section and receive setting of the observation height on the height setting user interface screen displayed on the display section by the display control section;
• a first drive section configured to drive the stage to the observation position set by the reception section;
• a second drive section configured to drive the stage to the observation height set by the reception section;
• an illumination section configured to irradiate the observation target placed on the stage with observation light;
• an observation optical system configured to collect light generated from the observation target by being irradiated with the observation light from the illumination section;
• a detection section configured to detect the light collected by the observation optical system;
• an observation condition setting section configured to set an observation condition of the observation optical system;
• an image processing section configured to generate an observation image on a basis of the light detected by the detection section;
• and
• an image acquisition section configured to, on a basis of an image acquisition instruction, acquire the observation image generated by the image processing section as an individual navigation image,
• wherein the display control section causes the display section to display a navigation screen in which the individual navigation image acquired by the image acquisition section is superimposed and displayed on a map image of the positioning user interface screen.