NeuroFluidics
NeuroFluidics™ devices reproduce in vitro neuronal networks of every complexity up to connectome-on-chip. Neurofluidics™ devices allow to explore several mechanisms of action at the molecular and functional levels on any neuronal circuit.
Industries
Nr. of Employees
small (1-50)
NeuroFluidics
Menlo Park, California, United States, North America
Patents
Products
NeuroFluidics™ Line
A series of organs-on-chip devices designed for various applications, enabling the study of human organ physiology and drug effects.
NeuroFluidics™ MEA Line
Devices integrating microelectrode array technology for recording neural activity, developed in collaboration with Axion BioSystems.
UpLink
Software for interpreting data recorded by neurons in devices, facilitating access to a digital library of compound signatures.
Innervated Skin Model
A model targeting the dermo-cosmetics market, co-culturing sensory neurons and keratinocytes to study skin responses.
Pain-on-Chip Model
A model for studying pain mechanisms, particularly in oncology, using microfluidic technology.
DuaLink
A device using compartmentalization to study chemotherapy agents and their effects on neurons.
NeuroFluidics™ Line
A series of organs-on-chip devices designed for various applications, enabling the study of human organ physiology and drug effects.
NeuroFluidics™ MEA Line
Devices integrating microelectrode array technology for recording neural activity, developed in collaboration with Axion BioSystems.
UpLink
Software for interpreting data recorded by neurons in devices, facilitating access to a digital library of compound signatures.
Innervated Skin Model
A model targeting the dermo-cosmetics market, co-culturing sensory neurons and keratinocytes to study skin responses.
Pain-on-Chip Model
A model for studying pain mechanisms, particularly in oncology, using microfluidic technology.
DuaLink
A device using compartmentalization to study chemotherapy agents and their effects on neurons.