Sentence examples for broad imaging from inspiring English sources
The widespread nature of these disruptions suggests that broad imaging measures of neural connectivity, such as global based connectivity (GBC), may be particularly appropriate for studies of this population.
However, due to a combination of reasons including logistic drawbacks, broad imaging capability and clinician referral pattern the use of cholescintigraphy is limited in clinical practice.
However, due to a combination of reasons including logistic drawbacks, broad imaging capability and clinician referral pattern (especially in the emergency setting) the use of cholescintigraphy is limited in clinical practice [9] and US has emerged as the first-line imaging modality for the diagnosis of acute calculous cholecystitis.
We mainly focus on methods and results obtained from high-resolution spectroscopy, rather than broad-band imaging.
In the case of James Webb, the Canadian Space Agency's Near-InfraRed Imager and Slitless Spectrograph (NIRISS) will perform wide-field spectroscopy, aperture-masking interferometry, and broad-band imaging across its entire field-of-view, which should reveal the earliest stars and galaxies.
Moreover, such models have demonstrated basic agreement with human observer performance for a broad range of imaging conditions and imaging tasks.
(6) Development of a multifunctional nanoprobe to cover a broad spectrum of imaging modalities such as optical imaging, MRI, PET, SPECT, and CT would be an interesting topic.
Indeed, the campaign is part of a broader re-imaging of Church's brand, which includes some new products, a new logo and a contemporary redesign of the restaurants, Mr. Haley said.
The facility has a broad range of imaging equipment and this overview covers most of the imaging systems and techniques available.
The Hatch Magnetic Resonance Research Center is a world-class center that contributes a broad range of imaging resources for Columbia research.
A broad range of imaging and contrasting reagents are available for monitoring disease phenotypes in mouse models, evaluation of novel therapeutic interventions, image data post-processing and quantification, co-clinical trials and clinical drug development, among many others.
