Biolog MitoPlate I-1

Productcode: 14104
Supplier: Biolog Inc.
Package size: 1

Product information

Analyzing Mitochondria at Higher Resolution
New Probes of Mitochondrial Function

MitoPlates provide a powerful new research tool by allowing scientists to run preconfigured sets of 96 mitochondrial function assays in one experiment. Mitochondria can be interrogated and characterized in novel ways, looking at rates of substrate metabolism, sensitivity to drugs and other chemicals, and effects of mutations in mitochondria-related genes.

Assay Principle

Mitochondrial function is assayed by measuring the rates of electron flow into and through the electron transport chain from metabolic substrates that produce NAD(P)H or FADH2 such as L-malate, succinate, pyruvate, etc. Each substrate follows a different route, using different transporters to enter the mitochondria and different dehydrogenases to produce NAD(P)H or FADH2, The electrons travel from the beginning (complex 1 or 2) to the distal portion of the electron transport chain where a tetrazolium redox dye (MC) acts as a terminal electron acceptor that turns purple upon reduction. Additional MitoPlate assays probe the sensitivity of the mitochondria to a set of 22 diverse inhibitors.


Simple Assay Procedure:

  • STEP 1: Prepare and pipet assay mixture containing cell permeabilizing buffer and redox dye into appropriate wells.
  • STEP 2: Start the assays by adding 2x cell suspension to all wells.
  • STEP 3: Load the MicroPlate into the OmniLog® for kinetic reading of the rate of purple color formation.

Unique Features and Advantages:

  • MitoPlates are preloaded with 96 tests ready for use
  • Plates designed to measure effects of substrates and inhibitors on mitochondrial function
  • Easy, robust protocols with any cell type – adherent or suspension cells, transformed cell lines or primary cells
  • Assays need only 20,000 to 40,000 cells per well
  • Novel tetrazolium dye chemistry provides a terminal electron acceptor in easy to read colorimetric assays
  • OmniLog instrument provides automated temperature controlled incubation and kinetic reading of multiple plates (50 plates at 15 min, or 16 at 5 min intervals


Assay of the Multiple Energy-Producing Pathways of Mammalian Cells
This technology can be employed as a fundamental tool in genotype-phenotype studies to determine changes in cells from shared lineages due to differentiation or mutation.