Re-thinking the future of drug discovery and disease modeling
Recapitulating the brain in the lab is no easy task, especially since it involves complex vasculature and the Blood-Brain Barrier (BBB). Frontier Bio can reproduce these complexities.
NeuroTraX™: Blood-Brain-Barrier Chip
The Neuro-Vascular-Unit (NVU) is the building block of the brain made of neurons, endothelial cells, astrocytes, pericytes, and microglia. NeuroTraX creates the NVU in an easy-to-use, easy-to-image format, featuring a continuous Blood-Brain-Barrier (BBB) unlike other chips that require posts or membranes that disrupt tissue continuity.
NeuroDots™: Vascularized Neurospheres
Our NeuroDots™ can be used for applications such as drug screening, toxicity screening, and even bio-hybrid computation / intelligence. NeuroDots™ are created with human cells and can save precious time and resources in drug development. Vascularization allows delivery of oxygen and nutrients to the entire tissue, enhancing tissue function and improving translational value.
We can help answer your questions pertaining to:
Drug Transport (Can our drug cross the BBB?)
Neurological Effects (How does our drug affect the brain?)
Drug Toxicity (Is our drug toxic to the brain or BBB?)
Drug Efficacy (Does our drug improve the features of a neurological disease?)
Disease Modeling (What are the mechanisms of disease?)
This figure shows NeuroTraX™ BBB cell-selectivity as a model for cancer metastasis. MB-231Br, a brain-seeking cancer line, extensively invades the NVU as compared to the wild-type MB-231 which does not cross the BBB.
NeuroTraX™ could be used to monitor several disease states. The figure above shows its application in ischaemic stroke modeling. Other diseases applications include traumatic brain injuries, Alzheimer's disease, viral infection, and mutation-specific familial diseases among others.
STEM CELL THERAPY
NeuroTraX™ BBB cell-selectivity screens for effectiveness of cell-based therapies and screen non-BBB-crossing cell therapies out of the pipeline.
Reach out to explore collaboration & partnership possibilities