01 — Cells
Neural cell systems.
Human-relevant cultures form the foundation of our experiments.
Platform
One integrated stack, from donor material to interpretation
Our programmes share a single research platform. That is deliberate: shared instrumentation, shared data schema and shared quality standards make results comparable across studies and legible to collaborators.
Platform layers
- 01Cells
- 02Data
- 03Analysis
02 — Data
Structured, traceable data.
Every sample and result is recorded so findings can be audited and reproduced.
03 — Analysis
Quantitative readouts.
Imaging and analytics turn biology into decisions.
Capabilities
What the platform actually does
Cell engineering suite
Primary-cell culture, construct design and transduction workflows with donor-matched controls on every run.
High-dimensional profiling
Spectral cytometry and transcriptional panels resolving neuronal, glial and neuroimmune compartments in a single sample.
Computational stratification
Statistical models that cluster patients by neural mechanism and quantify uncertainty on every call.
Structured data layer
Every assay writes into a versioned schema, so any figure can be traced back to the run that produced it.
Quality systems
Documented SOPs, instrument qualification records, and reagent lot tracking across the bench.
Collaboration workflow
Partner teams receive raw datasets, method files and analysis notebooks — not just conclusions.
Architecture
Four layers, one audit trail
Each layer records provenance for the one above it. A conclusion at the top can always be walked back down to the consented sample it came from.
Layer 04
Interpretation
Stratification models, reporting, partner review
Layer 03
Measurement
Cytometry, transcriptomics, functional assays
Layer 02
Engineering
Construct design, delivery, expansion protocols
Layer 01
Biological input
Consented donor material, characterised cell lines