Fluorescent Probes Can Quietly Rewrite the Biology They Measure
A new review argues that the same molecular features that make fluorescent probes bright and targetable also perturb the living ...
A new review argues that the same molecular features that make fluorescent probes bright and targetable also perturb the living ...
A new Frontiers in Photonics Research Topic shows how second harmonic generation, label-free imaging, and plasmonic biosensors are transforming the ...
University of Bath chemists have mapped how tiny structural changes tune the colour and brightness of azulene-based fluorescent probes, producing ...
Chemists in India have developed a solvent-free, zinc triflate-catalyzed Pechmann condensation that produces biologically important coumarins in high yields using ...
Researchers have built a deep eutectic fluorescent composite paired with YOLOv8 computer vision that detects mercury ions at 60 nanomolar ...
Self-blinking fluorescent probes allow DNA packaging to be imaged in living cells at 20-nanometre resolution and in preserved biopsy tissue ...
A new review argues that fluorescent metal-ion probes succeed or fail based on whether their photophysical mechanism matches the electronic ...
University of Bath researchers have created fluorescent boronic acid probes that, combined with multiphoton FLIM imaging, can track glucose changes ...
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© 2025 Scienmag - Science Magazine