Recording medium, information processing apparatus, information processing system, and information processing method

An information processing apparatus comprising

• a hardware processor that:
• acquires information on whether each of one or more first lesion detection regions included in a first analysis result is false positive, wherein
• the one or more first lesion detection regions are input by a user with respect to the first analysis result and obtained by computer processing on a first medical image of a patient;
• acquires a second analysis result including one or more second lesion detection regions that are obtained by computer processing on a second medical image of the patient;
• and
• among the one or more second lesion detection regions, displays a false correspondence region in a manner different from a manner of displaying a non-false correspondence region, wherein
• the false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being false positive in the acquired information, and
• the non-false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being not false positive in the acquired information.

An information processing system comprising

• a hardware processor that:
• acquires information on whether each of one or more first lesion detection regions included in a first analysis result is false positive, wherein
• the one or more first lesion detection regions are input by a user with respect to the first analysis result and obtained by computer processing on a first medical image of a patient;
• acquires a second analysis result including one or more second lesion detection regions that are obtained by computer processing on a second medical image of the patient;
• and
• among the one or more second lesion detection regions, displays a false correspondence region in a manner different from a manner of displaying a non-false correspondence region, wherein
• the false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being false positive in the acquired information, and
• the non-false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being not false positive in the acquired information.

An information processing method comprising:

• acquiring information on whether each of one or more first lesion detection regions included in a first analysis result is false positive, wherein
• the one or more first lesion detection regions are input by a user with respect to the first analysis result and obtained by computer processing on a first medical image of a patient;
• acquiring a second analysis result including one or more second lesion detection regions that are obtained by computer processing on a second medical image of the patient;
• and
• among the one or more second lesion detection regions, displaying a false correspondence region in a manner different from a manner of displaying a non-false correspondence region, wherein
• the false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being false positive in the acquired information, and
• the non-false correspondence region corresponds to, among the one or more first lesion detection regions, a first lesion detection region indicated as being not false positive in the acquired information.