| abstract |
The intensity distribution image of near-infrared fluorescence obtained by irradiating excitation light of indocyanine green to the test organ of the living body to which indocyanine green was administered, and X-ray, nuclear magnetic resonance or By comparing the cancer lesion distribution image obtained by applying ultrasound, a data collection method of collecting data of a region detected in the intensity distribution image of the near-infrared fluorescence but not detected in the cancer lesion distribution image as sub-path region data of cancer Is provided. |