Analytic Services

We use advanced brain organoid analysis to help neuroscience researchers understand the brain and develop better treatments

Analytic Services

We use advanced brain organoid analysis to help neuroscience researchers understand the brain and develop better treatments

Analytic Services

Discover the brain power of
our lab-grown organoids
that help us study disease
and test new treatments

Automated Electrographic Analysis

We use automated machine-learning tools to analyze over 2500 electrophysiological brain activity patterns from patient-derived organoids, giving deeper insights into disease characteristics and therapeutic effects beyond the gold standard metrics.

We use advanced automated tools to analyze brain activity patterns from patient-derived organoids, giving researchers deeper insights into disease mechanisms and potential treatments.

Technique

We apply phase amplitude cross-frequency coupling (PAC), a neuroscience method for studying how different brain rhythms interact. This approach has advanced insights across neuroscience, spanning conditions from mood disorders to depression, by revealing important links within neural signals.

Outcome

Our studies show that patient-derived organoids maintain cross-frequency coupling patterns similar to the original patient’s brain. This lets us track how new drugs change brain function at a fundamental level.

Outcome

Our organoid research and analysis has shown that patient-derived organoids retain the cross-frequency coupling patterns that resemble the original patient brain and disease states. This gives us powerful insight into how new therapeutics change the underlying disease on a functional level.

Technique

Phase-amplitude cross-frequency coupling (PAC) is a method used in neuroscience research to study the interactions between different frequency components of neural oscillations in the brain. In the context of understanding mood disorders and depression, PAC analysis can provide valuable insights into the underlying neural mechanisms.

Advanced Testing & Analysis Services

Neurotoxicity Testing

We ensure drug safety by evaluating how compounds affect neuronal health and activity. Our tests detect early signs of potential toxicity, guiding better decision-making during development.

Mitochondrial Function

Using Seahorse Analyzer technology, we measure how drugs impact cellular energy production. This helps identify compounds with neuroprotective benefits or harmful effects on brain cell metabolism.

Additional Services

Beyond our core offerings, we also provide:

Immunohistochemistry

Western Blot Analysis

Mass Spectrometry
Next-Generation Sequencing (RNASeq)
2D Cell Cultures