The research on fluorescent rotors for viscosity has attracted extensive interest to better
comprehend the close relationships of microviscosity variations with related diseases …

Fluorescent rotors with aggregation-induced emission (AIE) and organelle-targeting
properties have attracted great attention for sensing subcellular viscosity changes, which …

Fluorescent molecular rotors play vital roles in understanding the function of cellular
viscosity changes and its abnormal fluctuations are closely associated with many diseases …

Two novel meso-CF3 BODIPY-based fluorescent rotors have been rationally prepared and
found to sensitively respond to viscosity in living cells with a fluorescence “turn-on” effect …

Abnormal changes of intracellular microviscosity are associated with a series of pathologies
and diseases. Therefore, monitoring viscosity at cellular and subcellular levels is important …

Meso-substituted boron dipyrromethenes (BODIPYs) provide a potential and innovative
strategy for the synergistic construction of aggregation-induced emission (AIE) probes and …

Fluorescent probes act as a powerful tool to understand the function of intracellular viscosity,
which are closely associated with many functional disorders and diseases. Herein we report …

Abstract Changes in cellular viscosity are associated with various physiological processes
and pathological conditions. To study these cellular processes and functions, highly …

Microviscosity changes of living cells have a far-reaching influence on diffusion and
movement capacity of RNA and, more seriously, could modify RNA functions in living cells …

Cellular viscosity is a critical factor in governing diffusion‐mediated cellular processes and is
linked to a number of diseases and pathologies. Fluorescent molecular rotors (FMRs) have …