Sentence examples for imaging found from inspiring English sources
In a study published in June in The New England Journal of Medicine, researchers in London using sensitive magnetic resonance imaging found that intravenous adenosine, a drug that dilates coronary arteries, does not increase blood flow to the inside surface of syndrome-X hearts, an area mostly fed by small arteries.
A study by Carnegie Mellon University using brain imaging found that merely listening to somebody speak on the phone led to a 37% decrease in activity in the parietal lobe, where spatial tasks are processed.
In a New York Times Op-Ed article in September, Martin Lindstrom, a consumer advocate and branding consultant, described experiments he conducted in which magnetic resonance imaging found a flurry of brain activity, "which is associated with feelings of love and compassion," when subjects heard their iPhones ring.
Breast imaging found two irregular marginated nodules in the inner right breast with malignant features.
Instead, many of the concepts initially designed wearable, such as positioning and imaging found their way into mobile phones.
However, 2D imaging found an increase in small pores, mainly in intragranular regions or below the resolution of the 3D images.
A study by Eileen Lunders at UCLA Laboratary of Neuro-imaging found that the brains of those who meditate regularly over a long period of time are more likely to undergo increased "gyrification"- a process which is thought to increase the brain's ability to process information and make decisions.
In the other study, researchers from the National Institute of Mental Health and McGill University, using imaging techniques, found that the brains of children with attention-deficit hyperactivity disorder developed normally but more slowly in some areas than the brains of children without the disorder.
He said researchers were using imaging to find out if specific symptoms could be mapped to atrophy in certain spots.
No significant difference in the contrast ratio between T2-weighted imaging and CE-SSFP imaging was found in the present study where no parallel imaging was performed.
Real-time coronal imaging of the iris using multipurpose ultrasound imaging is found to be a practical, fast and recordable method that can be used for evaluating PLR.
