Images of the inside of the human body can be obtained noninvasively using tomographic
acquisition and processing techniques. In particular, these techniques are commonly used to …

During normal breathing, heart motion is about 15 mm along the body axis in humans. We
propose a method to track and to correct this motion after a list-mode acquisition which …

In plants δ-aminolevulinate is formed from the intact carbon skeleton of glutamate catalysed
by the action of three enzymes. The first step of the pathway is activation of glutamate by …

Because of the limited number of projections, the mathematic reconstruction formula of the
filtered backprojection (FBP) algorithm may create an artifact that streaks reconstructed …

Purpose: One issue with amplitude binning list‐mode studies in SPECT for respiratory motion
correction is that variation in the patient's respiratory pattern will result in binned motion …

Patient motion during cardiac SPECT imaging can cause diagnostic imaging artifacts. We
investigated the feasibility of monitoring patient motion using the Polaris motion-tracking …

Our overall research goal is to devise a robust method of tracking and compensating patient
motion by combining an emission data based approach with a visual tracking system (VTS) …

We present an analytical method for the estimation of rigid-body motion in sets of three-dimensional
(3-D) SPECT and PET slices. This method utilizes mathematically defined …

With the increasing number of multimodality systems, registered anatomical data is becoming
available for use as patient-specific attenuation maps and anatomical priors in iterative …

Patient motion during cardiac SPECT imaging can cause diagnostic imaging artifacts. We
have implemented a Neural Network (NN) approach to decompose monitored patient motion …