Exact(6)
CT is a robust imaging technique in terms of reproducibility and standardized image acquisition protocols in both research and clinical settings, which are major criteria for any quantitative imaging technique as the measures need to be objective and reflect changes only due to biology.
While generally a robust imaging method, artefacts can occur in CT imaging.
CMRI is a robust imaging technique that is being widely adopted by many centres for the evaluation of coronary artery disease.
The authors concluded that fluorescence measurements at several different wavelengths were required for characterization, and that larger numbers of patients were needed to develop this modality as a robust imaging tool based.
Among all of molecular imaging modalities, PET represents a robust imaging technique because it provides noninvasive qualitative and quantitative information and requires very low levels of molecular probes to obtain images in intact living subjects [ 17].
In this way, the scFv and hapten, labeled with fluorescence optical dyes, radio-metals, or therapeutic molecules, could serve as a robust imaging reporter system as well as an effective drug delivery system.
Similar(54)
Initial studies of dual-source CT (DSCT) cardiac imaging have shown a robust image quality and a very good diagnostic accuracy of coronary CT angiography even in high heart rates [ 10, 11].
MDCT is a very robust imaging tool for the primary diagnosis of the acute diverticulitis and its usual and unusual complications.
CLSM is a more robust imaging method to determine biofilm presence in middle ear biopsies when compared to TEM.
However, in order to utilize spectroscopic PA imaging for in vivo detection of NPs, a more robust imaging algorithm needs to be developed.
Although CT is a fairly robust imaging modality in which clinical protocols are consistently followed in routine practice and the CT image pixel values represent the tissue density (Hounsfield units), there is still a need to confirm the reproducibility (test re-test studies) of heterogeneity quantification via CTTA.
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