When exporting merged results from the BOLD, DSC, and DCE modules of nordicBrainEx, where both the underlay and overlay originated from a multiframe dataset, the resulting output may have left/right sides flipped.
NordicNeuroLab AS
Complaints of this version of the power supply unit (LPS) (1.0 and 1.1) being dragged into the magnet bore (MR Scanner).
Report was of an interrupted MR scan after patient complained about acoustic distortion, and heat felt form the headphones.
An error was discovered in the interpretation of certain DICOM header tags that may lead to incorrect orientation labeling, and thus and indirect left-right, up-down or anterior-posterior flipping of images.
The bug causes BOLD activation maps to be visualized as overlays without taking the coregistration into account. Any output created from these activation maps as overlays will not be adjusted according to the coregistration.
There is an error related to the relative geometry between fiber tracts in a fiber group and images. The error occurs in the following situations: A group of fibers has been selected using the VOI functionality and put into a fiber group. This is done with images series A visualized in the 3D viewer. Then a new images series B is visualized in the 3D viewer. If image series A and B have the same geometrical resolution (pixel sizes and slice distances), the coregistration matrix taking A to B will not be applied to the fiber group, and therefore the fiber group will in general not be positioned correctly on B in the 3D viewer. Furthermore, if the fiber group is exported as a new image series the fibers could be misplaced, and similarly if the fibers are visualized in the MPR on B, the positioning will not be correct. The misalignment will be equal to the rotations/translations necessary to align A with B.
An error was discovered in the interpretation of certain DICOM header tags that may lead to incorrect orientation labeling, and thus and indirect left-right, up-down or anterior-posterior flipping of images.
An error was discovered in the interpretation of certain DICOM header tags that may lead to incorrect orientation labeling, and thus and indirect left-right, up-down or anterior-posterior flipping of images.