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The present invention relates to a microorganism introduced with 2'-fucosyltransferase and a method for producing 2'-fucosyllactose using the same, and the fucosyltransferase derived from the microorganism of the present invention is safe and has high activity compared to conventional enzymes derived from Helicobacter pylori.

Provided are an image processing apparatus, a processing system, an image display method, and a program capable of securing good visibility of a defect in a processing target. A processing target image (IMG) generated by imaging a processing target is acquired, the processing target image is displayed on a first region (70) of a first display device (34), a region-of-interest image (IMGD) in which a region-of-interest (DA) in the processing target image is reproduced is acquired, the region-of-interest image is displayed on a second region (72) different from the first region of the first display device, or the region-of-interest image on a second display device different from the first display device, and one of the processing target image or the region-of-interest image is operated in conjunction with an operation on the other.

The utility model relates to energy utilization technical field, concretely relates to a cold quantity utilization system of liquid nitrogen vaporization. The cold quantity utilization system includes: liquid nitrogen vaporization mechanism, total heat exchange mechanism, cold quantity utilization mechanism, be suitable for with first heat exchange side connection, supplementary heat exchange mechanism, be suitable for with cold quantity utilization mechanism carries out heat exchange, auxiliary heat exchange mechanism, be suitable for with first heat exchange side connection, the cold quantity utilization system has first state that first heat exchange side with cold quantity utilization mechanism connects, second state that first heat exchange side, supplementary heat exchange mechanism simultaneously with cold quantity utilization mechanism connects, and third state that first heat exchange side simultaneously with cold quantity utilization mechanism, auxiliary heat exchange mechanism connects. When cold quantity normally provides, adopts first state, when cold quantity is insufficient, adopts second state, when cold quantity is too much, adopts third state, thereby can effectively utilize the cold quantity of liquid nitrogen vaporization time variable condition.