Flat-panel volume computed tomography (CT) systems have an innovative design that
allows coverage of a large volume per rotation, fluoroscopic and dynamic imaging, and high …

Digital flat-panel-based volume CT (VCT) represents a unique design capable of ultra-high
spatial resolution, direct volumetric imaging, and dynamic CT scanning. This innovation, …

BACKGROUND AND PURPOSE: A CT scanner employing a digital flat-panel detector is
capable of very high spatial resolution as compared with a multi-section CT (MSCT) scanner. …

Micro Computed Tomography (micro-CT) was suggested in biomedical research to investigate
tissues and small animals. Its use to characterize bone structures, vessels (eg tumor …

Objectives: Implementation and evaluation of retrospective respiratory and cardiac gating of
mice and rats using a flat-panel volume-CT prototype (fpVCT). Materials and Methods: …

Objective: High-precision intraoperative navigation using high-resolution flat-panel volume
computed tomography makes feasible the possibility of minimally invasive cochlear implant …

Objectives: Embolization therapy is gaining importance in the treatment of malignant lesions,
and even more in benign lesions. Current embolization materials are not visible in imaging …

Gating in small-animal CT imaging can compensate artefacts caused by physiological
motion during scanning. However, all published gating approaches for small animals rely on …

Background: Flat-panel based volume computed tomography offers higher spatial resolution
and less metal artifacts than multislice computed tomography. Both characteristics could …

Background— A projection-based method of intrinsic cardiac gating in small-animal computed
tomography imaging is presented. Methods and Results— In this method, which operates …