Noninvasive in vivo molecular‐genetic imaging has developed over the past decade and
involves nuclear (PET, gamma camera), magnetic resonance, and in vivo optical imaging …

Positron emission tomography (PET) allows non-invasive assessment of physiological,
metabolic and molecular processes in humans and animals in vivo. Advances in detector …

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

Recent progress in the development of high-resolution imaging techniques and reporter
probes is expected to revolutionize molecular imaging research in animal models of human …

Multi-modality, noninvasive in vivo imaging is increasingly being used in molecular-genetic
studies and will soon become the standard approach for reporter gene imaging studies in …

With the ability to readily engineer genes, create knock-in and knock-out models of human
disease, and replace and insert genes in clinical trials of gene therapy, it has become clear …

Imaging of gene expression is increasingly essential for cancer diagnosis, prediction of
tumor response to various available therapies, and for monitoring response to therapy …

Positron emission tomography (PET)-based molecular-genetic imaging in living organisms
has enjoyed exceptional growth over the past 5 years; this is particularly striking since it has …

A variety of imaging technologies are being investigated as tools for studying gene
expression in living subjects. Noninvasive, repetitive and quantitative imaging of gene …

Morphological observations have driven the course of biology ever since the first
microscope was built in the late sixteenth century. Molecular imaging is a rapidly emerging …