Quantitative evaluation of axial vertebral rotation is essential for the determination of
reference values in normal and pathological conditions and for understanding the …

In this study, we propose a synthetic CT (sCT) aided MRI-CT deformable image registration
for head and neck radiotherapy. An image synthesis network, cycle consistent generative …

Objectives The aim of this study was to adapt patient-specifically a co-registration procedure
for image fusion (IF) of a pre-interventional CT dataset with real-time X-ray (XR) fluoroscopy …

Objective: To present and evaluate a registration method to fuse complementary information
of CT and MRI of the temporal bone. Methods: CT and MRI of the temporal bone of 26 …

This paper investigates the use of inverse finite-element modeling (IFEM)-based methods for
tissue parameter identification using a rolling indentation probe for surgical palpation. An …

Background The surgical separation of two Conjoined Twins is a particularly complex
operation. Surgical times are particularly long and post-operative complications are very …

To align multimodal images is important for information fusion, clinical diagnosis, treatment
planning, and delivery, while few methods have been dedicated to matching computerized …

Purpose To validate one possible function of a real‐time x‐ray/MR (XMR) interface in a
hybrid XMR system using x‐ray images as “scouts” to prescribe the MR slices. Materials and …

Multimodality imaging studies are becoming more widely utilized in the analysis of medical
data. Anatomical data from computed tomography (CT) and magnetic resonance imaging …

Rigid body registration of 3D CT scans, based on manual identification of homologous
landmarks, is useful for the visual analysis of skull dysmorphology. In this paper, a robust …