Individual-characteristic prediction system, individual-characteristic prediction method, and recording medium

1. An individual-characteristic prediction system comprising:

a memory that stores information about a correlation between characteristic values of each part of a plurality of parts of a cerebrum and abilities or qualities; and

a processor programmed to

acquire brain images obtained by scanning a brain of a subject whose individual-characteristics are to be detected;

obtain three-dimensional information of the cerebrum based on the acquired brain images;

detect a plurality of kinds of characteristic values of each part of the plurality of parts of the cerebrum based on the obtained three-dimensional information of the cerebrum;

compare the plurality of kinds of detected characteristic values with the characteristic values stored in the memory;

search out information stored in the memory having characteristic values similar to the plurality of kinds of detected characteristic values;

predict abilities or qualities of the subject based on the stored information about the abilities or qualities of a brain having the searched out characteristic values; and

output information that exhibits the predicted abilities or qualities of the subject, wherein

the stored information about the correlation between the characteristic values of each part of the plurality of parts of the cerebrum and the abilities or qualities stored in the memory is information about a prediction model obtained by combining characteristic values of the plurality of parts of the cerebrum,

the comparison includes comparing, by the processor, detected characteristic values of the plurality of parts of the cerebrum with the prediction model stored in the memory to predict the abilities or qualities of the subject,

one of the plurality of kinds of detected characteristic values is a kind of characteristic value obtained by converting three-dimensional information of a cerebral cortex of the cerebrum into a spatial coordinate system of a standard brain, and detecting three-dimensional information of the cerebral cortex based on the converted spatial coordinate system of the standard brain, and

another one of the plurality of kinds of detected characteristic values is a kind characteristic value obtained by quantifying an anatomy under the cerebral cortex based on the three-dimensional information of the cerebrum.

2. The individual-characteristic prediction system according to claim 1 , wherein

another one of the plurality of kinds of detected characteristic values includes a kind of characteristic value relating to microinfarcts detected from the brain image, and

the processor is further programmed to compare detected characteristic values relating to microinfarcts with the characteristic values stored in the memory.

3. The individual-characteristic prediction system according to claim 1 , wherein the processor is further programmed to generate and output, to a display, a brain image in which a part or a structure of the cerebrum whose characteristic values are deviated from an average value of the characteristic values by a predetermined amount is displayed, by the display, differently from other parts or structures of the cerebrum.

4. An individual-characteristic prediction method comprising:

storing in a memory, by a processor, information about a correlation between characteristic values of each part of a plurality of parts of a cerebrum and abilities or qualities:

acquiring, by the processor, a brain image obtained by scanning a brain of a subject whose individual-characteristics are to be detected;

obtaining, by the processor, three-dimensional information of the cerebrum based on the acquired brain image;

detecting by the processor, a plurality of kinds of characteristic values of each part of the plurality of parts of the cerebrum based on the obtained three-dimensional information of the cerebrum

comparing, by the processor, the plurality of kinds of detected characteristic values with the characteristic values stored in the memory;

searching out, by the processor, information stored in the memory having characteristic values similar to the plurality of kinds of detected characteristic values;

predicting, by the processor, abilities or qualities of the subject based on the information about the abilities or qualities of a brain having the searched out characteristic values; and

outputting, by the processor, information that exhibits the predicted abilities or qualities of the subject, wherein

the stored information about the correlation between the characteristic values of each part of the plurality of parts of the cerebrum and the abilities or qualities stored in the memory is information about a prediction model obtained by combining characteristic values of the plurality of parts of the cerebrum,

the comparing includes comparing, by the processor, detected characteristic values of the plurality of parts of the cerebrum with the prediction model stored in the memory to predict the abilities or qualities of the subject,

one of the plurality of kinds of detected characteristic values is a kind of characteristic value obtained by converting three-dimensional information of a cerebral cortex of the cerebrum into a spatial coordinate system of a standard brain, and detecting three-dimensional information of the cerebral cortex based on the converted spatial coordinate system of the standard brain, and

another one of the plurality of kinds of detected characteristic values is a kind of characteristic value obtained by quantifying an anatomy under the cerebral cortex based on the three-dimensional information of the cerebrum.

5. A non-transitory, computer-readable recording medium having a program recorded thereon, the program, when executed by a computer, causing the computer to:

store, in a memory, information about a correlation between characteristic values of each part of a plurality of parts of a cerebrum and abilities or qualities:

acquire a brain image obtained by scanning a brain of a subject whose individual-characteristics are to be detected;

obtain three-dimensional information of the cerebrum based on the acquired in the brain image;

detect a plurality of kinds of characteristic values of each part of the plurality of parts of the cerebrum based on the obtained three-dimensional information of the cerebrum;

compare the plurality of kinds of detected characteristic values with the characteristic values stored in the memory:

search out information stored in the memory having characteristic values similar to the plurality of kinds of detected characteristic values;

predict abilities or qualities of the subject based on the stored information about the abilities or qualities of a brain having the searched out characteristic values; and

output information that exhibits the predicted abilities or qualities of the subject, wherein

the stored information about the correlation between the characteristic values of each part of the plurality of parts of the cerebrum and the abilities or qualities stored in the memory is information about a prediction model obtained by combining characteristic values of the plurality of parts of the cerebrum,

the comparison includes comparing, by the computer, detected characteristic values of the plurality of parts of the cerebrum with the prediction model stored in the memory to predict the abilities or qualities of the subject,

one of the plurality of kinds of detected characteristic values is a kind of characteristic value obtained by converting three-dimensional information of a cerebral cortex of the cerebrum into a spatial coordinate system of a standard brain, and detecting three-dimensional information of the cerebral cortex based on the converted spatial coordinate system of the standard brain, and

another one of the plurality of kinds of detected characteristic values is a kind of characteristic value obtained by quantifying an anatomy under the cerebral cortex based on the three-dimensional information of the cerebrum.