The Mitostream Technology

Mitostream® Technology

The Mitostream® technology is a cellular dynamical system approach using the intracellular self-organizing dynamic organelle, the mitochondria as a readout.

WHAT IT IS WHAT IT’S NOT (ie. Mitosafe®)
  • In cell insights
    • in disease (The Select range)
    • in drug safety (Cellesis)
  • Cellular dynamical system tool trained to recognize
    • Disease signatures
    • Tolerance signatures
  • Cell response to disease or drug
  • Determines occurence of drugs’ off target effects
  • Outcome = Mitochondrial behavior in the living cell
  • Mitochondrial functional tests
  • Mechanistic response to drugs
  • Identification of mitochondrial liabilities

Mitostream® represents a break-through innovation using the dynamical properties of the mitochondrial reticular network as a biological system

Mitostream® is a patented cellular dynamical system technology that encompasses the whole complexity of the mitochondrial interactions within its cellular environment, measuring its resultant: The mitochondrial behavior.

It represents the simultaneous measure of HCA variables contained within four dimensions defining the mitochondrial behavior:

  • The mitochondrial motility,
  • The mitochondrial morphology,
  • The mitochondrial reticular network organization and
  • The mitochondrial permeability.

We analyze dynamic and static images of mitochondria in live cells allowing for the characterization of disease state or of dose-response to a tested drug, either a chemical or a biological.

Mitostream® technology describes and quantifies the cellular response to your drug. Its applications span:

  • Cellesis Toxicity profiling: Anticipate clinical tolerance at the pre-clinical stage
    Organ toxicity specific signatures
  • Select range: Mitostream® secondary screening models using patient-derived cells for Huntington’s disease (HD-Select) and Alzheimer’s disease (AD-Select).
  • Custom development of Select signatures from your own patient cohort.

Advantages

  • HCA analysis
  • High predictivity, sensitivity and specificity in toxicity assessment compared to existing predictive toxicity solutions
  • Correlation with clinical tolerance industrially validated through DSEC
  • Innovative patient-derived models for identification of disease-modifying capabilities in neurodegenerative diseases
  • SAR and rank-ordering of compounds
  • Low compound
  • High added-value
  • Cost-effective