The entire field of molecular imaging has experienced considerable growth over the last
decade, and much of this growth has come as a result of interest in preclinical imaging of …

The entire field of molecular imaging has experienced considerable growth over the last
decade, and much of this growth has come as a result of interest in preclinical imaging of …

Illuminating a Bright Future with Optical Imaging Defining diseases by their cellular and
molecular etiologies has enabled molecular diagnosis and the development of targeted …

Optical techniques, such as bioluminescence and fluorescence, are emerging as powerful
new modalities for molecular imaging in disease and therapy. Combining innovative …

There is a prominent biological research shift occurring over recent years, where the gap
between the petri dish and clinical practice is decisively bridged by means of using …

Advances in molecular and cellular biology techniques, combined with concomitant
developments in a kaleidoscope of biologically specific fluorescent markers, improvements …

Molecular imaging, especially small-animal preclinical molecular imaging, is a rapidly
developing area in the biomedical imaging field [1–3]. Given tremendous needs in biological …

With the ability to noninvasively image and monitor molecular processes within tumors,
molecular imaging represents a fundamental tool for cancer scientists. In the current review …

Optical imaging is an emerging field with a wide range of biomedical research and clinical
applications, both current and future. It comprises several classes of techniques that are …

Biomedical tools based on optical methods are widely used for sensing and imaging in
research and in the clinic; recent advances in optics have led to a new generation of optical …