Hexasubstituted benzene derivatives are a class of compounds with exceptional structural attributes, offering six derivatization sites. These compounds exhibit structural rigidity, high symmetry, abundant modification possibilities, and diverse topological configurations. Their unique properties make them invaluable in constructing functional supramolecular assemblies and dendrimers. Consequently, these derivatives are widely utilized in...

Superfan compounds are a novel class of molecular cages with unique structural features. Composed of two parallel benzene rings connected by six side chains, these compounds form a lantern-like structure with a (quasi-) closed internal cavity and numerous recognition sites distributed around the cavity. Compared to traditional supramolecular host compounds,...

Hexasubstituted benzene derivatives represent a class of compounds with unique structural attributes. Characterized by six derivatization sites, these molecules exhibit: Structural Rigidity and High Symmetry: Their robust and symmetrical architecture provides stability and versatility. Rich Topological Structures: The potential for diverse modifications opens up numerous possibilities for advanced material design....

Polyethylene glycol (PEG) functional chain compounds play a pivotal role in modifying the surface of proteins and materials. These compounds facilitate covalent macromolecular protein research by acting as linking arms while enhancing the functional properties of proteins.   Protein Surface Modification: Improves protein water solubility. Reduces the immunogenicity of labeled...

Polyethylene glycol (PEG) functional chain compounds play a pivotal role in modifying the surface of proteins and materials. These compounds facilitate covalent macromolecular protein research by acting as linking arms while enhancing the functional properties of proteins. Applications of PEG Functional Chain Compounds Protein Surface Modification: Improves protein water solubility....

Photodynamic therapy (PDT) is a method that combines photosensitive drugs and laser activation to treat cancer. It has the advantages of minimally invasiveness, strong spatiotemporal controllability, small side effects, and low incidence of drug resistance. Traditional PDT uses light to excite a photosensitizer (PS) and transfer energy to oxygen to...