Applications

Compound screening

AxCellerate supports compound screening with human-relevant Brain-on-Chip models for neuroscience drug discovery and preclinical research.

More relevant evidence for compound prioritization

Compound screening is a critical step in neuroscience drug discovery. Research teams need to identify promising candidates, compare biological responses and detect potential safety concerns before advancing compounds into more complex and costly development phases.

Conventional screening systems can be useful for early evaluation, but they may provide limited insight into how compounds interact with human neuronal networks. This can make it difficult to prioritize candidates with confidence, especially in CNS-related programs where translational relevance is essential.

AxCellerate supports compound screening through Brain-on-Chip technology and three-dimensional human-derived neuronal models. The platform is designed to help research teams evaluate compound effects in a more human-relevant environment, generating functional and biological evidence to support early-stage decision-making.

Advanced technological capabilities for enhanced compound screening

AxCellerate’s Brain-on-Chip platform enables compound evaluation in advanced neuronal models designed to support preclinical screening workflows.

The technology can help by providing:

Advantages

Key advantages for compound screening

AxCellerate provides a specialized approach for organizations that need to screen compounds in a more advanced and human-relevant neuronal model.

By integrating Brain-on-Chip technology into compound screening workflows, AxCellerate helps research teams generate more meaningful preclinical evidence and make better-informed decisions about which candidates to advance.

Key advantages include:

  • three-dimensional human-derived neuronal models
  • functional analysis of neuronal activity
  • support for compound comparison and prioritization
  • early identification of potential safety or neurotoxicity signals
  • reduced cell and compound requirements
  • parallel experimental design
  • project-specific screening strategy
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