Skip to content
Visualization of mRNA strands replicating inside a lipid nanoparticle
Pharmaceuticals & Life Sciences

mRNA Vaccine Platforms

Uncovering technologies to unlock global-scale, thermostable self-amplifying mRNA (sa-mRNA) vaccines for rapid response to emerging pathogens.

Client

Multinational Vaccine Alliance

Objective

Overcome Supply & Cold-Chain Hurdles

Timeline

10-Week Sprint

Key Focus

Thermostability & Scalability

The Challenge: Three Intertwined Bottlenecks

Self-amplifying mRNA (sa-mRNA) vaccines are ideal for rapid pandemic response, yet three bottlenecks impede their global deployment and equitable distribution.

LNP Supply-Chain Constraints

The industrial supply of critical ionisable lipids, PEG-lipids, and high-purity cholesterol depends on a very limited number of specialized manufacturers.

Ultra-Cold Logistics

Many LNP formulations require storage at $-20$ to $-80$ °C, a major barrier to distribution in regions with limited cold-chain infrastructure.

Public & Regulatory Scrutiny

Booster frequency can fuel public hesitancy, while regulators demand robust "correlates of protection" as viral variants constantly evolve.

Key Outcomes: A Roadmap to Thermostable Vaccines

Our 10-week sprint identified and scored innovative excipients, carriers, and analytical platforms to overcome the core hurdles.

10 Priority Solutions

Spanning novel biodegradable ionisable lipids, solid-nanodispersion sa-mRNA tablets, and thermostable spray-dried LNP powders.

Supply-Chain Stress-Test Model

Demonstrated how dual-sourcing two new lipid families could cut lead-time risk by 50% under pandemic-scale demand.

Three Scalable CMOs

Identified three contract manufacturers capable of a 5x scale-up in ionisable-lipid production by 2026.

Advanced Analytics Platform

Introduced a platform linking sa-mRNA expression kinetics with antibody titres, offering a clear path to accepted correlates of protection for regulators.

Strategic Impact

"The client initiated negotiations with a lipid-polymer startup for a room-temperature-stable nanoparticle and funded a pilot lyophilisation line. This roadmap advances variant-agile sa-mRNA vaccines that travel without ultra-cold freezers, de-risking supply and expanding global access."