Molecular imaging is revolutionizing the way we study the inner workings of the human
body, diagnose diseases, approach drug design, and assess therapies. The field as a whole …

Molecular imaging is an attractive technology widely used in clinical practice that greatly
enhances our understanding of the pathophysiology and treatment in central nervous …

In internal radionuclide therapy, a growing interest in voxel-level estimates of tissue-
absorbed dose has been driven by the desire to report radiobiologic quantities that account …

Micron-scale computed tomography (micro-CT) is an essential tool for phenotyping and for
elucidating diseases and their therapies. This work is focused on preclinical micro-CT …

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 …

SPECT is a rapidly changing field, and the past several years have produced new
developments in both hardware technology and image-processing algorithms. At the …

The ECAT high resolution research tomograph (HRRT) is a dedicated brain and small
animal PET scanner, with design features that enable high image spatial resolution …

Small-animal imaging has a critical role in phenotyping, drug discovery and in providing a
basic understanding of mechanisms of disease. Translating imaging methods from humans …

Molecular imaging refers to the use of non-invasive imaging techniques to detect signals
that originate from molecules, often in the form of an injected tracer, and observe their …

The need to study dynamic biologic processes in intact small-animal models of disease has
stimulated the development of high-resolution nuclear imaging methods. These methods are …