Applications

Neurodegenerative disease models

AxCellerate supports neurodegenerative disease modelling with human-relevant Brain-on-Chip models for preclinical neuroscience research.

Human-relevant models for complex neurological conditions

Neurodegenerative diseases are among the most challenging areas of neuroscience research. Conditions such as Alzheimer’s disease, Parkinson’s disease and other CNS-related disorders involve complex biological mechanisms that are difficult to reproduce with conventional preclinical models.

Traditional systems can provide useful insights, but they often have limited ability to reflect the structure, activity and functional dynamics of human neuronal networks. This can reduce the translational relevance of early-stage research and make it harder to understand disease progression, target biology or compound response.

AxCellerate supports neurodegenerative disease modelling through Brain-on-Chip technology and three-dimensional human-derived neuronal models. The platform is designed to help research teams investigate disease-related mechanisms, observe neuronal activity and generate preclinical evidence in a more human-relevant experimental environment.

AxCellerate technology capabilities

AxCellerate’s Brain-on-Chip platform enables the study of neuronal function and disease-related responses in advanced three-dimensional models.

The technology can help by providing:

Advantages

Key advantages for neurodegenerative disease research

AxCellerate provides a specialized approach for organizations working on complex neurological and neurodegenerative conditions.

By integrating Brain-on-Chip technology into neurodegenerative disease research, AxCellerate helps research teams generate more relevant evidence and strengthen early-stage decision-making.

Key advantages include:

  • advanced three-dimensional human-derived neuronal models
  • functional readouts of neuronal activity
  • support for disease-related mechanism investigation
  • application to CNS and neurodegenerative research programs
  • evaluation of compound response in disease-relevant contexts
  • support for target validation and translational research
  • project-specific model design and experimental planning
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