A clear elucidation of a disease-related viscosity change in vivo is significant yet highly
challenging as well. Fluorescence imaging in the second near-infrared region (NIR-II, 1000 …

A mitochondria-targeted near-infrared fluorescent probe NIR-V with 700 nm emission was
designed to monitor cell viscosity changes with high selectivity and sensitivity, which was …

The intracellular viscosity is closely related to many functional disorders and diseases.
Especially, abnormal mitochondrial viscosity changes are one of the distinct indications in …

For a variety of viscosity-related diseases, studying blood viscosity may be an ever so direct,
simple, non-invasive as well as effective pre-diagnostic method. At present, the main cause …

Mitochondria, as “cell energy stations”, are involved in the regulation of various cell
functions. Recent investigations revealed that mitochondrial dysfunction that can cause an …

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

As the primary organ for drug metabolism and detoxification, the liver is susceptible to
damage and seriously impaired function. In situ diagnosing and real-time monitoring of liver …

As a pivotal parameter of microenvironment, viscosity is closely related to many diseases
and dysfunction in vivo. Lipid droplets, as organelles that store and metabolize lipids, are …

Viscosity, as a vital microenvironment parameter, is tightly associated with multitudinous
cellular processes and diseases. Recently, precise visualization of viscosity has started to …

Mitochondria are the powerhouses in cells, providing the energy needed for cellular
activities. However, the abnormalities in the mitochondrial microenvironment (eg, the …