MEDICAL IMAGE DIAGNOSIS SYSTEM, STRUCTURAL IMAGE DIAGNOSIS APPARATUS, AND NUCLEAR MEDICAL IMAGE DIAGNOSIS APPARATUS
A medical image diagnosis system according to an embodiment includes a structural image diagnosis apparatus and a nuclear medical image diagnosis apparatus. The system includes a processing circuit that acquires information on a position of a body part of a subject based on a structural image acquired by the structural image diagnosis apparatus and a gantry that scans a nuclear medical image of the subject. The processing circuit controls the gantry based on the information on the position of the body part and a scan condition of the body part.
1 . A medical image diagnosis system that includes a structural image diagnosis apparatus and a nuclear medical image diagnosis apparatus, the system comprising:
a processing circuit configured to acquire information on a position of a body part of a subject based on a structural image acquired by the structural image diagnosis apparatus; and
a gantry configured to scan a nuclear medical image of the subject, wherein
the processing circuit is configured to control the gantry based on the information on the position of the body part and a scan condition of the body part.
2 . The medical image diagnosis system according to claim 1 , wherein the processing circuit is
configured to specify a position of a feature point of the subject from the structural image,
configured to specify a body part of the subject based on the specified position of the feature point,
configured to set a scan condition of a scan by the gantry,
configured to control the gantry based on information on a position of the specified body part and a scan condition that is set for the specified body part, and
configured to generate a nuclear medical image based on the scan executed in accordance with the scan condition.
3 . The medical image diagnosis system according to claim 1 , further comprising a memory circuit configured to memorize the scan condition of the body part in a scan by the gantry.
4 . The medical image diagnosis system according to claim 1 , wherein the processing circuit is
configured to accept an input of the scan condition that is dependent on the body part, and
configured to set the scan condition based on the accepted input of the scan condition.
5 . The medical image diagnosis system according to claim 2 , wherein the processing circuit is
configured to specify positions of feature points of the subject from the structural image,
configured to specify a plurality of body parts of the subject based on the specified positions of the feature points,
configured to set, for each of the plurality of specified body parts, a scan condition of the scan that is dependent on each of the plurality of body parts, and
configured to generate the nuclear medical image based on the scan that is executed in accordance with the scan condition that is dependent on each of the plurality of body parts.
6 . The medical image diagnosis system according to claim 1 , wherein the processing circuit accepts an input of a scan time duration or a scan speed as the scan condition of the body part.
7 . The medical image diagnosis system according to claim 4 , wherein, in a case in which, for a body part, the scan is divided into a plurality of times of scans and the plurality of times of scans is executed, the processing circuit is configured to accept an input of a size of an overlapped area in each scan as the scan condition of the body part.
8 . The medical image diagnosis system according to claim 4 , wherein the processing circuit is configured to accept an input of a reconstruction condition of acquired data as the scan condition of the body part.
9 . The medical image diagnosis system according to claim 4 , wherein the processing circuit is configured to accept an input of a scan condition of a synchronous scan as the scan condition of the body part.
10 . The medical image diagnosis system according to claim 4 , wherein the processing circuit is configured to accept an input of a scan condition of a dynamic scan as the scan condition of the body part.
11 . The medical image diagnosis system according to claim 1 , wherein the processing circuit is configured to set a size of Field Of View (FOV) as the scan condition of the body part.
12 . The medical image diagnosis system according to claim 1 , wherein the scan includes a continuous scan that is performed while continuously moving a body part of the subject to be scanned.
13 . A nuclear medical image diagnosis apparatus comprising:
a processing circuit configured to acquire a structural image of a subject from a structural image diagnosis apparatus acquiring the structural image; and
a gantry configured to scan a nuclear medical image of the subject, wherein
the processing circuit is
configured to acquire information on a position of a body part of the subject based on the structural image and
configured to control the gantry based on the information on the position of the body part and a scan condition of the body part.
14 . A structural image diagnosis apparatus comprising;
a gantry configured to collect a structural image; and
a processing circuit configured to acquire information on a position of a body part of a subject based on the structural image acquired by the gantry, wherein
the processing circuit is configured to control the gantry scanning a nuclear medical image of the subject, based on the information on the position of the body part and a scan condition of the body part.