Aim: To evaluate the impact of a high ratio antiscatter grid on imaging system dose efficiency
using a spatial frequency domain figure of merit, for coronary angiography applications …

Objectives The aim of this study was to quantify the radiation dose reduction during coronary
angiography and percutaneous coronary intervention (PCI) through removal of the anti …

The purpose of this work was to assess technical performance of a prototype high-ratio (r29),
80 line cm− 1 grid for imaging conditions which mimic those for adult cardiovascular …

Objective: To test the hypothesis that replacing the antiscatter grid with an air gap will reduce
patient radiation exposure without significant compromise of image quality. Methods: 457 …

Aim: Radiation reduction is essential. In cardiac electrophysiology imaging without the anti-
scatter grid has been proven as a means of achieving further radiation reduction. We …

Objective To present a methodology and experimental results to assess the influence, in
terms of dose and image quality, of the antiscatter grid (AG) in a pediatric cardiology X‐ray …

To grid or not to grid. - Abstract - Europe PMC Sign in | Create an account https://orcid.org
Europe PMC Menu About Tools Developers Help Contact us Helpdesk Feedback Twitter Blog …

Antiscatter grids are used in biomedical X‐ray imaging to improve image quality by reducing
scatter radiation reaching the image receptor. However, this comes at the cost of increasing …

Introduction Anti-scatter grids efficiently reduce scatter radiation from reaching the imaging
receptor, enhancing image quality; however, the patient radiation dose increases in the …

Radiographic imaging of large patients is compromised by x-ray scatter. Optimization of
digital x-ray imaging systems used for projection radiography requires the use of the best …