Sentence examples for accurate imaging of from inspiring English sources
Accurate imaging of prostate lesions and the ability to use these images for imaged guided biopsies are a major advancement in assessment of patients eligible for active surveillance and for continued follow-up in the surveillance period.
Accurate imaging of nanoparticle location within a sample will help achieve precise dose deposition and may also provide understanding of mechanisms behind radiosensitization.
LCLS offers researchers a way to get data from much tinier crystals in ambient conditions, allowing faster, more accurate imaging of hard-to-study drug targets.
Modern radiographic advances have allowed for detailed and accurate imaging of not only urologic anatomy but also urologic function.
Various preclinical studies have demonstrated that nanoformulation within ferritin nanocages significantly improved targeted therapy and accurate imaging of cancer cells.
Hence, patient selection and preoperative staging should concentrate on accurate imaging of the liver lesions and the detection of extrahepatic disease.
As a localized intervention, the dependence on sensitive, specific, and accurate imaging to define the extent of disease, its heterogeneity, and adjacency to normal tissues directly affects the therapeutic ratio.
The imaging findings of HEHE showed some typical imaging features and size-dependent patterns with contrast enhancement on both CT and MR images, these features can be used for accurate imaging diagnosis of HEHE.
cCTA can provide accurate imaging and measurements of the aortic annulus and valve for preoperative planning of aortic valve replacement [42].
There remains an unmet clinical need for accurate imaging based assessment of Yttrium-90 (90Y) microsphere biodistribution in the lungs following radioembolization.
Willekens et al. [ 204] estimated that the median organ dose in mice from a standard micro-CT scan is about 40 cGy and this may influence the experimental outcome, but adaptation of the scan protocol allows accurate imaging without the risk of interfering with the experimental outcome of the study.
