Until recently, the idea of observing life deep within the tissues of a living mouse, at a resolution sufficient to pick out cellular behaviors and molecular signals underlying them, remained a much-coveted dream. Now, a new era of intravital fluorescence microscopy has dawned. In this Primer, we review the technologies that made this revolution possible and demonstrate how intravital imaging is beginning to provide quantitative and dynamic insights into cell biology, immunology, tumor biology, and neurobiology
Tumors contain many components in addition to the cancer cells, including blood vessels, fibroblasts...
Radiation therapy is an effective cancer treatment used in over 50% of cancer patients. Preclinical ...
This image is a single snapshot taken during intravital imaging of the microcirculation in an anesth...
Until recently, the idea of observing life deep within the tissues of a living mouse, at a resolutio...
AbstractFluorescent ‘intravital’ imaging is a new research technique by which the interior of living...
Cell signaling is mostly studied in in vitro 2D-cell culture models that lack the complex in vivo en...
Visualization of single molecules and specific subsets of cells is widely used for studies of biolog...
Homeostasis of tissues is tightly regulated at the cellular, tissue and organismal level. Interestin...
Homeostasis of tissues is tightly regulated at the cellular, tissue and organismal level. Interestin...
Recently, light microscopy-based techniques have been extended to live mammalian models leading to t...
The control of the efficiency of therapy on brain tissues requires an imaging at the microscopic sca...
<div><p>Cellular communication constitutes a fundamental mechanism of life, for instance by permitti...
Cellular communication constitutes a fundamental mechanism of life, for instance by permitting trans...
Developing technologies now allow observing cellular motility and functions in the living animal. He...
The integration of signal transduction pathways plays a fundamental role in governing disease initia...
Tumors contain many components in addition to the cancer cells, including blood vessels, fibroblasts...
Radiation therapy is an effective cancer treatment used in over 50% of cancer patients. Preclinical ...
This image is a single snapshot taken during intravital imaging of the microcirculation in an anesth...
Until recently, the idea of observing life deep within the tissues of a living mouse, at a resolutio...
AbstractFluorescent ‘intravital’ imaging is a new research technique by which the interior of living...
Cell signaling is mostly studied in in vitro 2D-cell culture models that lack the complex in vivo en...
Visualization of single molecules and specific subsets of cells is widely used for studies of biolog...
Homeostasis of tissues is tightly regulated at the cellular, tissue and organismal level. Interestin...
Homeostasis of tissues is tightly regulated at the cellular, tissue and organismal level. Interestin...
Recently, light microscopy-based techniques have been extended to live mammalian models leading to t...
The control of the efficiency of therapy on brain tissues requires an imaging at the microscopic sca...
<div><p>Cellular communication constitutes a fundamental mechanism of life, for instance by permitti...
Cellular communication constitutes a fundamental mechanism of life, for instance by permitting trans...
Developing technologies now allow observing cellular motility and functions in the living animal. He...
The integration of signal transduction pathways plays a fundamental role in governing disease initia...
Tumors contain many components in addition to the cancer cells, including blood vessels, fibroblasts...
Radiation therapy is an effective cancer treatment used in over 50% of cancer patients. Preclinical ...
This image is a single snapshot taken during intravital imaging of the microcirculation in an anesth...