Biosensing technique combining liquid crystals and fluorescence offers a label-free, highly sensitive method to detect parathyroid hormone, with potential for disease monitoring


Biosensing technique combining liquid crystals and fluorescence offers a label-free, highly sensitive method to detect parathyroid hormone, with potential for disease monitoring

Composite materials with unique optical properties can be used for high-information-density anti-counterfeiting labels

Chiral-enhanced NIR photothermal perylene diimide@silica nanocapsules for cancer therapy

Advancing soy protein hydrogels via dynamic Schiff Base and metal-ligand bonds

Theranostic system in which silver-coated gold nanochains aggregate in tumors to enhance near-infrared photothermal therapy and effectively target cancer cells

Use of evanescent light scattering to observe polystyrene nanoparticles-fibrinogen aggregation on substrates with different surface properties

Using superatoms as centers and simulating inter-atomic bonding behavior through inter-superatomic bonding shows promise for constructing novel asymmetric chiral molecules

The latest research covering areas such as cancer theranostics and chemical strategies in Alzheimer's disease

Simple synthesis for β-isoindigo-based BODIPY analogs with strong near-infrared chiroptical properties, showcasing their potential in chiral bioimaging and optoelectronics

A weakly polar solvent effectively enhances photoacoustic intensity and photoacoustic conversion efficiency of atomically precise metal nanoclusters (MNCs)