Leveraging Inherent CZT Properties on Discovery NM530c for Dual-Isotope Imaging ave long been utilized for evaluating myocardial perfusion in cardiac patients. Recent advancements in NM imaging technology, including the introduction of a Cadmium Zinc Telluride (CZT) detector and hybrid (NM/CT) systems, have created new opportunities for explor

We explored whether the LVS index derived from phase analysis of D-SPECT provides superior diagnostic value compared to conventional perfusion analysis in identifying obstructive CAD. Patients with...

This program instructs Nuclear Medicine Technologists in practical theory and operation of the Discovery NM 530c. Instruction is delivered by a GE Nuclear Medicine Applications Specialist …

ealTM Refurbished The Discovery NM 530c nuclear imaging system from GE HealthCare uses Alcyone technology to improve scanning speed and di. or Also includes new Ventricam Positioning camera/monitor: A miniature video camera attached to an LCD screen to monitor patients during se.

A dedicated cardiac gamma camera with Alcyone Technology that combines CZT detectors, focused collimation, stationary data acquisition, and 3D reconstruction to improve workflow, dose management, and overall image quality.

In this study, we assess the accuracy of dual-energy-window (DEW) scatter correction (SC) applied to clinically acquired (99m)Tc-tetrofosmin myocardial perfusion images obtained on a dedicated multi-pinhole camera with cadmium-zinc-telluride (CZT) detectors (GE Discovery NM530) compared to DEW scatter-corrected images from our conventional ...

A dedicated cardiac gamma camera with Alcyone Technology that combines CZT detectors, focused collimation, stationary data acquisition, and 3D reconstruction to improve workflow, dose management,...

2015年8月31日 · Recently, two vendors have introduced novel SPECT scanners with solid-state semiconductor detectors: Discovery NM530c (D530c) and D-SPECT utilizing the same cadmium zinc-telluride (CZT)...

The Discovery NM530 is a new generation of SPECT cameras equipped with semiconductor cadmium-zinc-telluride (CZT) detector technology. It provides a shorter scan time and reduces the patient’s radiation exposure wthout loss of image quality …

The use of CZT detectors improves the energy, spatial resolution, and contrast resolution of these imaging systems through direct conversion of the energy and location of the detected photon into an electronic pulse, in contrast to the indirect conversion …