The mitochondrial membrane potential (Ψ mito) is an important parameter not only of
mitochondrial but also of cellular status. Prolonged mitochondrial depolarization is …

The mitochondrial potential is an essential regulator in cellular physiology and detection of
this parameter in living cells is still under discussion. Here we present a protocol which …

Mitochondrial membrane potential (ΔΨm) is critical for maintaining the physiological function
of the respiratory chain to generate ATP. A significant loss of ΔΨm renders cells depleted of …

Assessment of the mitochondrial membrane potential (Δψ) in living cells, although not trivial,
can be used to estimate mitochondrial bioenergetic state. For this purpose, fluorescent …

The eukaryotic cell has evolved to compartmentalize its functions and transport various
metabolites among cellular compartments. Therefore, it is important to study cellular …

Mitochondria play a pivotal role in life and death of the cell because they produce the
majority of energy required for survival and also regulate the intrinsic pathway to apoptosis …

Mitochondrial membrane potential (MMP) in dissociated rat cerebellar neurons was
measured using rhodamine 123 (Rh 123) as fluorescent dye, and flow cytometry. Dye …

Mitochondrial depolarization promotes apoptotic and necrotic cell death and possibly other
cellular events. Polarized mitochondria take up cationic tetramethylrhodamine methylester …

Mitochondrial membrane potential is a major factor that controls, ultimately, the cellular
energy supply. By use of a mitochondrial membrane potential dye (rhodamine 123, R123) …

The dynamics of mitochondrial [Ca2+]([Ca2+] M) plays a key role in a variety of cellular
processes. The most important methods available to monitor [Ca2+] M are fluorescent dyes …