Cheap Aldehyde Probes Detect Hydrazine at Nanomolar Levels by Glowing
Two commercially available aldehyde probes detect hydrazine in water at detection limits of 12 and 36 nanomolar through a condensation-driven ...
Two commercially available aldehyde probes detect hydrazine in water at detection limits of 12 and 36 nanomolar through a condensation-driven ...
Researchers at Shenzhen University show that replacing hydrogen with deuterium in a near-infrared fluorescent molecule simultaneously improves imaging brightness, therapeutic ...
A new review argues that fluorescent metal-ion probes succeed or fail based on whether their photophysical mechanism matches the electronic ...
Fluorescence-based optical imaging and sensing technologies have emerged as pivotal tools in the landscape of modern medicine, particularly in preclinical ...
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