PRODUCTS
We offer optimized protocol-ready high throughput screening solutions
for a range of pre- and post-clinical applications in neuroscience, oncology and infectious diseases.
NeuroHTS™
- The first-in-class high-throughput in vitro platform for neuronal network formation and screening
- 3000 neurons and 120 single axon replicates per sample
- Generate high-quality, reproducible results faster
- Compatible with industrial automation solutions such as liquid handlers and plate imagers
- Improve standardization, efficiency, reproducibility, and reliability
- Reduce and replace animal experiments with more human-relevant models
Compatible with various cell and spheroid types from both human and animal origin.
NeuroHTS™ gives you perspective on the clinical viability of your therapeutic candidates by facilitating growth of a cell culture microenvironment that is more representative of a clinical context.
What you can do with NeuroHTS™
Pre-clinical assays:
- Viral transport and MoA analyses
- Drug screening assays
- Neurotoxicity assays
Human disease modelling:
- Parkinson’s Disease
- Spinal cord injury
- Multiple sclerosis
- Alzheimer’s Disease
- ALS
Clinical/translational assays with personalized neuronal response analyses
Additional Applications
- Receptor ligand interaction
- Synapse formation
- Network formation
- Microglia formation
- Neuronal cell-to-cell communication with other cell types (e.g. microglia, astrocytes, etc.)
- Virus transport in neurons (e.g. Herpes virus, rabies virus, etc.)
- Axonal growth
- Axonal degeneration and regeneration
- Axonal transport
High throughput, automation compatible, scalable imaging and biochemistry analyses with no additional equipment needed
Step 1
- Grow and differentiate neuronal cells using NeuroHTS™, and
conduct experiments
Step 2
- Collect results using standard plate reader and microscope
Step 3
- Analyze results
Our high throughput products offer:
Improved Clinical Relevance
Neuronal networks organization that is similar to
human physiology
Standardization
All neuronal networks are grown, tested, and analyzed
under standardized conditions
Reproducibility
Parallel axon organization pattern for easy comparison
within the same test and between tests
Ease of Analysis
Clear neuronal organization lower barrier for complex
neuronal network analysis
Lower Costs
Requires fewer cells, less reagents, fewer animals, and less time
NeuroHTS™ is an ANANDA trademark.