Neuroimaging allows researchers and clinicians to noninvasively assess structure and
function of the brain. With the advances of imaging modalities such as magnetic resonance …

Over the past ten years, a variety of imaging techniques have been developed that allow
non-invasive detection of gene expression within the brain of intact mammals, ranging from …

Molecular imaging is a rapidly emerging field, providing noninvasive visual quantitative
representations of fundamental biological processes in intact living subjects. Fundamental …

Neuroimaging techniques represent powerful tools to assess disease-specific cellular,
biochemical and molecular processes non-invasively in vivo. Besides providing precise …

Noninvasive molecular-imaging technologies are providing researchers with exciting new
opportunities to study small-animal models of human disease. With continued improvements …

Molecular Imaging is very attractive to both physicians and researchers, as it allows
investigation into more basic aspects of disease than traditional modalities. In both research …

The use of molecular imaging techniques in the central nervous system (CNS) has a rich
history. Most of the important developments in imaging—such as computed tomography …

Noninvasive in vivo molecular imaging has developed over the past decade and involves
nuclear (positron emission tomography [PET], gamma camera), magnetic resonance, and in …

The precise beginning of modern, in vivo molecular imaging is difficult to pinpoint because
the use of radiolabeled molecules has always existed in nuclear medicine. Nevertheless, a …

Molecular imaging aims towards the non‐invasive kinetic and quantitative assessment and
localization of biological processes of normal and diseased cells in vivo in animal models …