Simple yet powerful: dibenzyl isophthalates are easy to modify hosts for room-temperature phosphorescence. These systems achieve record-setting quantum yields and lifetimes while offering unprecedented color tunability across the visible spectrum.
A disaggregation-induced emission-active photosensitizer enables type I-to-type II photochemical conversion and induces site-specific oxidative damage upon G-quadruplex complexation.
As a promising bio-based platform chemical, itaconic acid (IA) combines two carboxyl groups with an activated vinyl group, enabling extensive derivatization and multiple polymerization pathways.
Vegetable oils and lipids, terpenes, lignin derivatives, carbohydrates, and proteins are used as biomass feedstock to prepare new bio-based monomers for radical polymerization in aqueous dispersed media, producing bio-based latexes.
Owing to the limited studies and controversial evidence, the connection between diet quality and survival of patients with ovarian cancer (OC) has been indistinct. Our findings indicate that high CHEI was associated with an improved OS for patients with OC.