Quantitative accuracy of single photon emission computed tomography (SPECT) images is
highly dependent on the photon scatter model used for image reconstruction. Monte Carlo …

A major advance in biomedical science and diagnosis was accomplished with the development
of in vivo techniques to image radiolabeled molecules, but limited spatial resolution has …

Silicon photomultipliers (SiPMs) are of great interest to positron emission tomography (PET),
as they enable new detector geometries, for eg, depth-of-interaction (DOI) determination, …

Today the majority of clinical molecular imaging procedures are carried out with single-photon
emitters and gamma cameras, in planar mode and single-photon emission computed …

Exciting new SPECT systems can be created by combining pinhole imaging with compact
high-resolution gamma cameras. These new systems are able to solve the problem of the …

We present a new rodent SPECT system (U-SPECT-II) that enables molecular imaging of
murine organs down to resolutions of less than half a millimeter and high-resolution total-body …

There is an increasing interest in iterative reconstruction (IR) as a key tool to improve quality
and increase applicability of x-ray CT imaging. IR has the ability to significantly reduce …

The use of time-of-flight (TOF) information in positron emission tomography (PET) enables
significant improvement in image noise properties and, therefore, lesion detection. Silicon …

Iterative maximum likelihood (ML) transmission computed tomography algorithms have
distinct advantages over Fourier-based reconstruction, but unfortunately require increased …

Detection of scattered gamma quanta degrades image contrast and quantitative accuracy of
single-photon emission computed tomography (SPECT) imaging. This paper reviews …