Sentence examples for a much lower radiation from inspiring English sources

These materials would be much more energy efficient and would subject patients to a much lower radiation dosage.

DTS is a fast imaging technique that offers a clear improvement in diagnostic accuracy and confidence over CXR, with a much lower radiation dose than CT [28].

In comparison, our low-dose CT protocol had a much lower radiation dose, comparable to plain radiography, and these CT studies were performed in the clinical setting of acute abdominal pain and suspected ureteric colic.

DEI is able to generate contrast from x-ray absorption, refraction, and ultra-small-angle scatter rejection (extinction) to produce high-contrast images with a much lower radiation dose compared to conventional radiography.

Whereas radiation exposure was previously substantially higher for the patient with CTPA than with V/P SPECT or V/P SPECT/CT, a much lower radiation dose is now achievable with new generation CT technology.

For now, Morgan says, the Columbia group--which used relatively high doses of radiation--needs to see if the results hold up at much lower radiation doses.

Newer findings, including those in populations exposed to much lower radiation doses and in subjects as diverse as astronauts, medical workers, atomic bomb survivors, accidentally exposed individuals, and those undergoing diagnostic or radiotherapeutic procedures, strongly suggest dose-related lens opacification at significantly lower doses.

Another clinically relevant radiation effect on the head is eye cataract, previously thought to be deterministic (tissue reactions) and currently recognized as possibly stochastic in nature, and occurring at much lower radiation exposure level than previously thought [ 9].

Although significant differences were found between retrospective gating and prospective triggering at 60 and 75 BPM, the image noise did not differ at 90 BPM.> > -wrap-foot> a The P values result from Mann–Whitney U test Our findings demonstrate that axial imaging of PHVs using prospective triggering reduces artefacts with much lower radiation exposure.

We present various techniques, from tube current modulation to low dose and ultra low dose CT with adapative statistical iterative reconstruction (ASIR) and model based iterative reconstruction (MBIR), that introduce much lower radiation dose, while remain diagnostic for lung cancer screening.

Important key differences between RIT and EBRT include a lower total dose of radiation, a much lower dose rate of radiation delivery over prolonged periods of time, more akin to brachytherapy, and, finally, an exponentially decreasing dose rate.