Nowadays, biochemical analysis such as cell analysis, disease diagnosis and treatment,
environmental monitoring and food safety are gaining increasing attention. Optically …

Rapid industrial growth has severely impacted ecosystems and aggravated economic and
health risks to society. Monitoring of ecosystems is fundamental to our understanding of how …

Using a single biological element as a photonic component with well-defined features has
become a new intriguing paradigm in biophotonics. Here we show that endogenous lipid …

Optical sensors have been developed to detect important markers in various applications
such as food, health, and environment. Nanomaterials have been designed and integrated …

Detecting chemical and biological molecules that indicate diseases is a prerequisite
technology for the efficient diagnoses and treatment of aging and diseases in living …

Artificial sensory systems have emerged as pivotal technologies to bridge the gap between
the virtual and real-world, replicating human senses to interact intelligently with external …

Neurotransmitters are released by neuronal cells to exchange information. Resolving their
spatiotemporal patterns is crucial to understand chemical neurotransmission. Here, we …

With the definition of therapeutics now encompassing transplanted or engineered cells and
their molecular products, there is a growing scientific necessity for analytics to understand …

Optical nanosensors, including single-walled carbon nanotubes (SWCNTs), provide real-
time spatiotemporal reporting at the single-molecule level within a nanometer-scale area …

In recent years, intracellular LDs have been discovered to play an important role in several
pathologies. Therefore, detection of LDs would provide an in-demand diagnostic tool if …