Biofilms are known to be a great challenge for their anti-bacterial activity as they obstruct drug action for deeper and more thorough bacteria-killing effects.
Solution and solid-state fluorescence emission achieved through constructing D–A-type cyanopyridine ethylene molecules.
We proposed a novel approach that integrates flexible rotators and expanded molecular frameworks to enhance the microviscosity sensitivity of molecular rotor probes in both concentrated and dilute solutions.
TPE substituents at the meso position of corroles determine the planarity of the structure, resulting in self-assembled 1D nanotubes, 2D sheets and 0D spheres with remarkable electrical conductivity and potential for organic electronics.
The acid-mediated cyclisation of sterically encumbered cyclic triphosphanes with nitriles provides access to five-membered cationic and neutral P3CN heterocycles with tuneable colour.