Nuclear medicine diagnosis apparatus, acquisition period extending method, and non-transitory computer-readable medium
A nuclear medicine diagnosis apparatus according to an embodiment includes processing circuitry. The processing circuitry is configured: to acquire nuclear medicine data by scanning an examined subject; to specify timing of a body movement of the examined subject during the acquisition of the nuclear medicine data; and to extend an acquisition period of the scan on the basis of the timing.
1 . A nuclear medicine diagnosis apparatus, comprising:
processing circuitry configured to:
acquire nuclear medicine data by alternately performing scanning of one unit acquisition region of an examined subject at an acquisition position and changing of the acquisition position to another acquisition position to scan another unit acquisition region of the examined subject;
determine whether a timing of a body movement of the examined subject is specified during the acquisition of the nuclear medicine data;
when determining that the timing is specified, extend an acquisition period for scanning a particular unit acquisition region that is being scanned at the specified timing; and
receive an input designating, from among the nuclear medicine data acquired during the extended acquisition period, nuclear medicine data to be used in a reconstructing process, the input being received through a reconstruction target designation image, in which an extension timing image indicating the specified timing of the body movement overlaps a bar image indicating the extended acquisition period of the acquired nuclear medicine data.
2 . The nuclear medicine diagnosis apparatus according to claim 1 , further comprising a sensor configured to detect the body movement of the examined subject,
wherein the processing circuitry is further configured to specify the timing based on the detection of the body movement by the sensor.
3 . The nuclear medicine diagnosis apparatus according to claim 1 , wherein the processing circuitry is further configured to specify the timing based on the acquired nuclear medicine data.
4 . The nuclear medicine diagnosis apparatus according to claim 1 , wherein the processing circuitry is further configured to, when an input is received from a user, to extend the acquisition period of the scan based on the received input.
5 . The nuclear medicine diagnosis apparatus according to claim 4 , wherein the processing circuitry is further configured to extend the acquisition period by a time length corresponding to how many times the input has been received.
6 . An acquisition period extending method, comprising:
acquiring nuclear medicine data by alternately performing scanning of one unit acquisition region of an examined subject at an acquisition position and changing of the acquisition position to another acquisition position to scan another unit acquisition region of the examined subject;
determining whether a timing of a body movement of the examined subject is specified during the acquisition of the nuclear medicine data;
when determining that the timing is specified, extending the acquisition period for scanning a particular unit acquisition region that is being scanned at the specified timing; and
receiving an input designating, from among the nuclear medicine data acquired during the extended acquisition period, nuclear medicine data to be used in a reconstructing process, the input being received through a reconstruction target designation image, in which an extension timing image indicating the specified timing of the body movement overlaps a bar image indicating the extended acquisition period of the acquired nuclear medicine data.
7 . A non-transitory computer-readable medium including instructions that cause a computer to execute:
acquiring nuclear medicine data by scanning an examined subject by alternately performing scanning of one unit acquisition region of an examined subject at an acquisition position and changing of the acquisition position to another acquisition position to scan another unit acquisition region of the examined subject;
determining whether a timing of a body movement of the examined subject during the acquisition of the nuclear medicine data;
when determining that the timing is specified, extending an acquisition period for scanning a particular unit acquisition region that is being scanned at the specified timing; and
receiving an input designating, from among the nuclear medicine data acquired during the extended acquisition period, nuclear medicine data to be used in a reconstructing process, the input being received through a reconstruction target designation image, in which an extension timing image indicating the specified timing of the body movement overlaps a bar image indicating the extended acquisition period of the acquired nuclear medicine data.