Sentence examples for metabolic imaging using from inspiring English sources

Image-guidance of biopsy sampling (by US or CT) helps to obtain relevant material for the in vitro mapping of the genetic expression and biology of the individual disease, while metabolic imaging using PET-CT is useful for selecting cancer patients who are likely to respond to specific radiopeptide treatments and this examination can also be used as a baseline for response monitoring [22].

Based on established principles of PET metabolic imaging using tracers of substrate metabolism, development of radiolabelled amino acids has been seen as a means to address the limitations of FDG with respect to specificity for cancer and also for sensitivity of lesion detection in the brain where high background uptake can mask tumoral radiotracer accumulation.

This work has provided the first evidence that metabolic imaging using hyperpolarized C MR may be a useful tool to diagnose disease severity and optimize treatment for heart failure patients, an important result as clinical application of hyperpolarized C MR in cardiovascular patients is positioned to occur in the near future.

Importantly, the 13C-MRSI quality in this integrated PET/MRI setup was sufficient to perform metabolic imaging using hyperpolarization in a phantom setting (Fig. 9) and also recently for in vivo experiments [19, 20].

HP lactate elevation in cancer cells enables in vivo metabolic imaging using injection of HP 1-C-lactate.

Metabolic imaging using [F]fluorodeoxyglucose (FDG -positron emission tomography/CT, although not required in many cases, may be helpFDG -positronemissionctomography/CT malthoughd to guide the most appropriate site for biopsy.

This review provides information on the currently available methods of metabolic imaging, especially using PET in humans.

Advances in instrumentation and in the magnetic field strength available on clinical scanners, together with the new fast metabolic imaging techniques using nuclear hyperpolarisation, are helping to increase the sensitivity of MRS and facilitate its clinical implementation.

Brain imaging, using an M.R.I., is performed on selected children.

Metabolic imaging of BAT using 18F-FDG positron-emission tomography [PET] was first reported in a cold-activated BAT in rodents [9].

The advent of molecular and metabolic imaging and use of higher strength magnets likely will improve diagnostic accuracy and allow targeted therapy to maximize disease control and minimize side effects.