is an essential aspect that can be ideally monitored over time with imaging techniques. Besides GFP and two-photon, other fields of fluorescence microscopy have been greatly advanced in the last ...

As reported in Biophotonics Discovery, the team developed a novel microscopy technique that uses a standard fluorescence microscope in combination with imaging software. This method allows scientists ...

In modern life science research, fluorescence microscopy is a popular and powerful imaging technique. Yet, despite its overall success, the need for fluorescent labels limit its potential applications ...

Multiphoton microscopy is a general term for a variety of fluorescence and non-fluorescence microscopy techniques that rely on multiple photons interacting with either individual molecules or ...

This innovative method overcomes the detrimental effects of extreme light scattering in conventional fluorescence microscopy—one of the most crucial imaging techniques in life sciences.

Escherichia coli bacteria imaged by high-speed inline force mapping and fluorescence microscopy. Simultaneous topography and ...

Fluorescence microscopy assesses fluorescence signals, which indicate location and specific gene expression in cells. 4 Read ...

However, the presence of inflammation is also associated with loss of stromal autofluorescence, and may give rise to false-positive results with wide-field fluorescence imaging. By contrast ...

as well as the integration of STED with other super-resolution techniques like single-molecule localization microscopy (SMLM) to achieve even higher resolution. Additionally, the development of new ...

Moreover, 72% (80 out of 111) of lesions or conditions clinically characterized as inflammation, ulceration or pigmentation demonstrated a loss of fluorescence on VELscope examination, potentially ...