Sensory responses in medial regions had symmetrical distributions with respect to the left and right hemispheres, were enlarged for tones of increased intensity, and were enhanced when sparse image acquisition reduced scanner acoustic noise.
As longitudinal and multi-site studies become increasingly frequent in neuroimaging, maintaining longitudinal and inter-scanner consistency of brain parcellation has become a major challenge due to variation in scanner models and/or image acquisition protocols across scanners and sites.
The digital signal processor turned off auditory feedback in the headphones at the end of each trial to simulate auditory settings during scanning sessions, in which auditory feedback was cut off before image acquisition to prevent scanner noise from entering the headphones.
During image acquisition in the scanner, they received no feedback on performance.
With each evolution in CT design, there has typically also been an increase in the image acquisition rate, and scanners with gantry rotation rates of up to 4 Hz are now readily available.
Studies reporting only HR-pQCT or micro-CT scanner image acquisition were omitted.
The search was limited to FE studies of human bone published after January 1st, 2010, reporting clinical scanner image acquisition with use of a calibration phantom.
For image acquisition a GenePix 4100A Scanner (Axon Instruments, Inc., Foster City, CA, USA) was used.
We performed image acquisition with an MS200 Scanner (Roche, NimbleGen) at 2 µm resolution by using high-sensitivity and autogain settings.
Additionally, we plan to incorporate the metadata generated from image acquisition devices, such as scanner configuration parameters, resolution, lighting, and other experimental variables.
