Full-field OCT has proved to be a powerful high-resolution cellular imaging tool for biological tissues.
Ru-labeled nanoassemblies are likely to be significant cellular-imaging tools, probing cellular events at very low concentrations.
At the cellular level, novel superresolution imaging tools allow unprecedented characterization of protein localization and interaction dynamics.
It is clear that the search and studies of new environment-sensitive membrane probes constitute an important issue in the development of raft imaging tools for cellular applications.
Quantum dots (QDs) are useful imaging tools for cellular labeling and monitoring due to their optical properties, such as a high fluorescence intensity, remarkable resistance to photobleaching, broad absorption spectra, and narrow emission spectra [ 7, 8].
Fluorescent proteins (FPs) are powerful, specific marker tools for cellular imaging, and their range of applications is continuously expanding [1].
"We're developing advanced imaging tools from the cellular, to the organ, and up to the whole organism level".
Our imaging results on live HeLa cells indicate that CARS holography is useful as a practical tool for 3D cellular imaging.
Fluorescent organic nanodots are considered as the promising tools for long-term cellular imaging, due to their high luminescence, good photostability and good biocompatibility.
Leading experts review the molecular and cellular bases, the model systems, the histopathology and profiling approaches, risk factors, imaging tools and therapeutic options for lobular breast cancer.
