A delivery platform built to de-risk genetic medicines
Why delivery matters commercially, where our programmes stand and the ways we work with pharma, biotech and investors.
- Programmes
- 8
- IND-enabling or later
- 3
- Co-development case studies
- 3
Why delivery is where the value is
Nucleic acid medicines are proven
Approved siRNA, antisense and mRNA products have shown that genetic medicines work at scale. The next wave of programmes depends on getting them to new tissues.
Delivery is the bottleneck
Most approved lipid nanoparticle products act in the liver or are injected into muscle. Reaching tumours, the CNS or immune cells efficiently remains largely unsolved.
Escape efficiency is the lever
Only a few per cent of internalised cargo typically reaches the cytosol. Modest gains in escape can translate into lower doses, wider safety margins and lower cost of goods.
Where the programmes stand
- 2019
Company founded
Spun out of the Cambridge Nanolab with seed backing and three founding scientists.
- 2021
BrilliantCore™ validated
First peer-reviewed demonstration of pH-tuned endosomal escape in vivo.
- 2023
GMP suite opened
Continuous-flow manufacturing line commissioned for clinical-scale supply.
- 2025
First clinical readout
BB-510 diagnostic panel entered clinical evaluation with a hospital network.
- 2026
Two IND filings
BB-101 and BB-207 progressing through IND-enabling toxicology.
BB-101 · Oncology
IND-enabling
BB-114 · Oncology
Preclinical
BB-207 · Vaccines
IND-enabling
BB-233 · Immunology
Lead opt.
BB-318 · Neurology
Preclinical
BB-402 · Rare disease
Lead opt.
BB-510 · Diagnostics
Clinical
BB-604 · Diagnostics
Preclinical
Four ways to work with us
Feasibility study
We formulate your payload in a focused carrier panel and report size, encapsulation, potency and tolerability against agreed criteria.
Co-development
Joint programme from candidate selection to IND-enabling studies, with shared governance and milestone and royalty economics.
Technology licence
Licence to BrilliantCore™ lipids and process know-how for a defined payload, target or indication.
GMP supply
Continuous-flow manufacturing and release testing for clinical material, with the same process used in development.
Co-development in practice
Moving an siRNA payload beyond the liver into solid tumours
A charge-shifting carrier that stays near-neutral in blood and becomes cationic in the acidic tumour microenvironment.
VaccinesA self-amplifying RNA vaccine that tolerates refrigerator storage
Formulation and lyophilisation work that removed the need for frozen shipping in a low-resource setting.
NeurologyMaking a CNS oligonucleotide programme measurable earlier
A biosensing readout that tracks oligonucleotide exposure in cerebrospinal fluid, so dose decisions no longer wait for tissue analysis.
Let's engineer the next delivery breakthrough together
We co-develop nanocarrier and biosensing programmes with pharma, biotech and academic groups — from target selection through GMP supply.
Prefer to talk it through? Book a 30-minute discovery call
