Sentence examples for imaging refers from inspiring English sources
Spectral imaging refers to the ability to acquire full spectral detail from an image rather than inferring colour from the more traditional use of filters to separate blocks of spectral information onto single detectors.
Disk imaging refers to the process of making an exact copy of a disk.
Imaging refers to the transformation of information obtained by maintaining perception in the mind to an abstract approach.
Single particle imaging refers to an X-ray technique that takes a snapshot of one tiny sample at a time, such as an individual virus, bacterium or nanoscale crystal.
Thermal imaging refers to the process of capturing the long-wave IR radiation emitted or reflected by objects in the scene, which is undetectable to the human eye, and transforming it into a colored or grayscale image.
Functional imaging refers to the visualization, characterization, and quantification of biological processes at the cellular or molecular level.
In contrast, luciferase proteins are highly amenable towards in vivo optical imaging (referred to as bioluminescent imaging or BLI) because they produce a controllable light signal in cells with little to no background bioluminescence, thus allowing for remarkably sensitive detection [6].
Though limited-angle acquisition enables substantial scan time and dose reduction as compared to the full-angle scan, it is still not real-time and cannot provide 'cine' imaging, which refers to the instantaneous imaging with negligible scan time and imaging dose.
Note that most medical imaging software refers to collections of images as "studies".
Repetition suppression (RS) (or functional magnetic resonance imaging adaptation) refers to the reduction in blood oxygen level dependent signal following repeated presentation of a stimulus.
Bioluminescence is most commonly used for in vivo optical imaging and refers to the light that is generated by a chemical reaction between the substrate, luciferin, and oxygen, in which luciferase acts as the enzyme to accelerate the reaction [ 11].
