Advanced Brain-on-Chip models for neuroscience research and translational discovery.
Research institutions play a fundamental role in advancing the understanding of neurological disorders, disease mechanisms and new therapeutic strategies.
To explore complex biological questions, researchers increasingly need experimental systems that can better reflect human neuronal biology and provide functional insights beyond conventional in vitro models.
AxCellerate supports research institutions with Brain-on-Chip technology and three-dimensional human-derived neuronal models designed to study neuronal activity, disease-related mechanisms, neurotoxicity, target biology and translational research questions in a more human-relevant environment.
AxCellerate’s platform can help research teams access advanced preclinical models without the need to develop dedicated Brain-on-Chip technology internally.
The platform can be used to investigate neurological and neurodegenerative disease mechanisms in three-dimensional human-derived neuronal models.
Electrophysiological recording capabilities provide valuable insights into neuronal activity and network response
Human-relevant models can help strengthen the connection between experimental findings and biological relevance for future therapeutic development.
When appropriate models are available, the technology can support studies involving specific mutations, biological profiles or disease-related mechanisms.
AxCellerate works with research teams to define experimental strategies around specific scientific objectives and required outputs.
Institutions can integrate Brain-on-Chip capabilities into their research programs without building the full technological infrastructure in-house.
AxCellerate collaborates with research institutions as a scientific and technological partner.
Our role is to support the design and execution of advanced preclinical studies, helping researchers translate complex scientific questions into structured experimental workflows.
Through its Brain-on-Chip technology, AxCellerate can contribute to research programs focused on neurological disorders, drug discovery, disease modelling, neurotoxicity assessment and translational neuroscience.
