Researchers are exploring a new frontier in nanomedicine by combining photobiomodulation, a low-intensity light-based therapeutic approach, with nanoparticles used for diagnosis and treatment. This re...

The research team led by Liying Qu and Weisong Zhao from Harbin Institute of Technology, in collaboration with Peking University, has developed Adaptive-SN2N, an innovative self-supervised learning fr...

DUET, a dual-color miniature two-photon microscope published in PhotoniX Life, enables stable, low-crosstalk imaging of distinct neuron populations in freely behaving mice. By integrating dual hollow-...

Zhejiang University researchers introduce a universal 'best-matched absorption' criterion to select optimal near-infrared (NIR) imaging windows for fluorescence wide-field microscopy. This wor...

Lanthanide-doped nanoparticles exhibit exceptional photon conversion capabilities and photostability, making them promising tools for biomedical imaging, sensing, and theranostics. A new review publis...

A newly published review article in Photonix Life provides one of the most comprehensive guides to date on Raman microscopy for biological imaging. Led by researchers at the University of California S...

A study published in PhotoniX Life presents a label-free method for mapping subcellular dynamics using wide-field interferometric scattering (iSCAT) microscopy and power spectral density (PSD) analysi...

PhotoniX Life published a review that summarizes advancements in drift correction over the past 20 years for single-molecule localization microscopy. The study categorizes four major technical routes ...

Fluorescence molecular imaging is an evolving technology for precision tumor diagnosis and therapy. By means of fluorescence probes, it enables the visualization of tumor-associated molecules, cells, ...

Brillouin microscopy is opening a new window onto biological mechanics—but the next frontier is not simply measuring faster; it is understanding what the measurements mean. A new review in ...