Biological sample measuring device

A biological sample measurement method for measuring a biological sample housed in a container to which a label is attached and separated into a plurality of component regions, the biological sample measurement method comprising:

• a step of radiating light from a surface illumination light source to the biological sample;
• a step of generating a two-dimensional captured image of the biological sample by an imager using the light transmitted through the biological sample;
• a step of reflecting the light transmitted through the biological sample by a first mirror;
• a step of reflecting the light reflected on the first mirror toward the imager by a second mirror;
• and
• a step of absorbing the light by an absorber that absorbs the light, wherein
• the absorber is disposed at a position where the light is blocked on a reflection path on which the light reflected on the second mirror returns toward the biological sample, and
• the absorber is disposed at a position where the light reflected from the first mirror toward the second mirror is not obstructed on a path of the light between the first mirror and the second mirror.

A biological sample measuring device for measuring a biological sample separated into a plurality of component regions, the biological sample measuring device comprising:

• a surface light source configured to radiate light to the biological sample;
• an imager configured to generate a two-dimensional captured image of the biological sample using the light transmitted through the biological sample;
• a mirror configured to reflect the light transmitted through the biological sample toward the imager;
• and
• an absorber configured to absorb the light, wherein
• the absorber is disposed at a position where the light is blocked on a reflection path on which the light scattered on or transmitted through the biological sample is reflected on the imager and returns toward the biological sample, and
• the absorber is disposed at a position where the light reflected from the mirror toward the imager is not obstructed on a path of the light between the mirror and the imager.