Sentence examples for capability to image from inspiring English sources
To achieve a clinically applicable imaging method, the capability to image a large field of view is critical.
The capability to image changes in cellular metabolism (if imaging FAD or NAD(P H) or the influx and conversion of 11- cis-retinol in cone inner segments in response to visual stimuli is of interest, not only in young and aging healthy eyes, but also in eyes with retinal pathology.
It will now use this capability to image Containment Level 3 pathogens.
Since August 2001, IMAGE/HENA has had the capability to image energetic neutral atom (ENA) emissions from the ring current in both hydrogen and oxygen, separately.
The capability to image single microbial cell surfaces at nanometer scale under native conditions would profoundly impact mechanistic and structural studies of pathogenesis, immunobiology, environmental resistance, and biotransformation.
By providing the capability to image pediatric vocal folds in vivo, a noninvasive microscopy technique could greatly expand the existing database of pediatric laryngeal microanatomy and could furthermore make longitudinal studies possible.
The present study intended to evaluate ultrafast CBCT (UF-CBCT) imaging protocols on a multiaxis robotic CBCT system regarding the capability to create image datasets suitable for guiding TACE procedures while at the same time save contrast media and radiation dose compared to values in the literature.
Yahoo has had the capability to filter image searches by licensed content for some time, but Yahoo's licensed content search appears to pull images mostly from Flickr, where Google provides a diverse selection of sources of licensed images.
Furthermore, SPECT has the capability to simultaneously image multiple radionuclides with different emission energies, and a good energy resolution is here very important to minimize cross talk between the different simultaneously acquired radionuclide measurements.
Even more desirable (especially for the study of catalytic materials) is the capability to simultaneously image morphological and structural changes that occur on the surface and within the bulk during in situ heating.
This paper reports the performance of a research prototype of a new multiphase flow instrument to non-invasively measure the phase flow rates, with the capability to rapidly image the flow distributions of two- and three-phase (gas and/or oil in water) flows.
