Abstract X‐Ray Reconstruction of Moving Morphology (XROMM) comprises a set of 3D X‐
ray motion analysis techniques that merge motion data from in vivo X‐ray videos with …

Three‐dimensional skeletal movement is often impossible to accurately quantify from
external markers. X‐ray imaging more directly visualizes moving bones, but extracting 3‐D …

Marker-based XROMM requires software tools for:(1) correcting fluoroscope distortion;(2)
calibrating X-ray cameras;(3) tracking radio-opaque markers; and (4) calculating rigid body …

The purpose of this study was to compare three‐dimensional (3D) kinematic measurements
from single‐plane radiographic projections using bone models created from magnetic …

We developed a method based on interactive B-spline solids for estimating and visualizing
biomechanically important parameters for animal body segments. Although the method is …

Since the late 20th century, new technologies have provided powerful ways to digitize
biological structures in three dimensions (3D). Among those, photogrammetry is a low cost …

The use of biplanar videoradiography technology has become increasingly popular for
evaluating joint function in vivo. Two fundamentally different methods are currently …

Three-dimensional patient specific bone models are required in a range of medical
applications, such as pre-operative surgery planning and improved guidance during …

Soft X-ray tomography (SXT) is a powerful imaging technique that generates quantitative, 3D
images of the structural organization of whole cells in a near-native state. SXT is also a high …

Access to adequate anatomical specimens can be an important aspect in learning the
anatomy of domestic animals. In this study, the authors utilized a structured light scanner …