Healthcare, food and chemical companies increasingly need reliable tools to assess the biological impact of compounds, ingredients, substances and formulations.
Conventional testing methods can provide useful information, but they may have limitations when it comes to understanding potential effects on human neuronal systems. For organizations working with products that may influence health, safety or biological response, more relevant preclinical models can help strengthen early assessment strategies.
AxCellerate provides Brain-on-Chip technology based on three-dimensional human-derived neuronal models, supporting the evaluation of potential neurotoxic effects, neuronal activity and safety-related biological responses in a controlled in vitro environment.
AxCellerate’s platform helps companies investigate safety-related questions using advanced human-relevant neuronal models.
Evaluate potential adverse effects of compounds, ingredients or substances on neuronal systems.
Study responses in three-dimensional human-derived neuronal models designed to better reflect key aspects of human biology.
Identify potential concerns earlier in the development or evaluation process, before moving to further testing stages.
Use electrophysiological recording capabilities to observe how neuronal networks respond to tested substances.
Support the use of advanced in vitro systems that can complement existing safety assessment workflows.
Design studies around the type of compound, assessment objective, required outputs and industry context.
AxCellerate works with companies that need advanced scientific support to evaluate safety, biological response and potential neurotoxicity.
Our Brain-on-Chip platform can be integrated into broader testing strategies, helping organizations generate additional evidence for internal decision-making, product development, research programs or regulatory-oriented assessments.
By combining human-relevant models, functional readouts and a collaborative service approach, AxCellerate helps companies explore complex safety questions with greater scientific confidence.
