Optical super-resolution imaging has gained momentum in investigations of heterogeneous
and homogeneous chemical reactions at the single-molecule level. Thanks to its exceptional …

In recent years, single-molecule and single-particle fluorescence microscopy has emerged
as a tool to investigate chemical systems. After an initial lag of over a decade with respect to …

Fluorescence lifetime imaging microscopy (FLIM) reveals vesicle sizes, structures,
microenvironments, reagent partitioning, and system evolution with two chemical reactions …

Colloidal or heterogeneous nanocatalysts can improve the range and diversity of Cu (I)-
catalysed click reactions and facilitate catalyst separation and reuse. Catalysis by metal …

The sensitivity provided by fluorescence microscopy enabled the observation of surface
intermediates in the synthesis of soluble organozinc reagents by direct insertion of alkyl …

Studies of organometallic reactions in living cells commonly rely on ensemble‐averaged
measurements, which can obscure the detection of reaction dynamics or location‐specific …

Detecting and characterizing reaction intermediates is not only important and powerful for
elucidating reaction mechanisms but also challenging in general because of the low …

Multiple active individual molecular ruthenium catalysts have been pinpointed within
growing polynorbornene, thereby revealing information on the reaction dynamics and …

Conspectus Mechanistic studies have historically played a key role in the discovery and
optimization of reactions in organic and organometallic chemistry. However, even …

The evolution of single-molecule and-particle fluorescence microscopy imaging techniques
for the investigation of chemical reactions has yielded achievements at all fronts, from …