Mitochondria are remarkable organelles that generate ATP to meet the energy needs of cells. They also take in calcium, an important cell signaling molecule, monitor and maintain conditions in the cell and help regulate apoptosis, cellular metabolism, and proliferation. Mitochondrial toxicity can damage many organs and tissues such as the liver, heart, and muscle. Mitotoxicity has become a significant concern for pharmaceutical industries. It can induce severe and sometimes fatal liver injury that can disrupt clinical trials or lead to post-market drug withdrawal. Evaluations of mitochondrial toxicity usually measure ATP content or mitochondrial membrane potential.
A real-time mitochondrial membrane potential assay with superior sensitivity
10x more sensitive than JC-1 with superior aqueous solubility
Photostable dual-emission dye
Separate MITO-ID® Red/Green assays available for detection of mitochondrial mass
Suitable for high-throughput applications
High-throughput Analysis of Mitotoxicity
Mitochondrial membrane potential (MMP) decreases with increasing CCCP concentration as indicated by a decrease in orange fluorescence. MITO-ID® is 10x more sensitive than JC-1.