LifeMoonshot

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Mission and Vision
Science and technology
DeSci Integration
Roadmap
Novelty and Impact
Core Team
Market
Contact & Cooperation

LifeMoonshot

LifeMoonshotLifeMoonshotLifeMoonshot
Home
Mission and Vision
Science and technology
DeSci Integration
Roadmap
Novelty and Impact
Core Team
Market
Contact & Cooperation
More
  • Home
  • Mission and Vision
  • Science and technology
  • DeSci Integration
  • Roadmap
  • Novelty and Impact
  • Core Team
  • Market
  • Contact & Cooperation
  • Home
  • Mission and Vision
  • Science and technology
  • DeSci Integration
  • Roadmap
  • Novelty and Impact
  • Core Team
  • Market
  • Contact & Cooperation

Innovative Research Foundation

Compared to monoclonal antibodies/recombinant proteins, the mRNA platform offers faster design and lower cost; multi-target combinations aim at 'regenerative brakes' for long-lasting and functional benefits.

Mechanistic Innovation

•Monoclonals (Leqembi): slow amyloid toxicity but do not restore plasticity.

•Proposed mRNA vaccine: first AD immunotherapy to directly target neurite outgrowth inhibitors, shifting focus from “debris clearance” to endogenous regeneration.

Design Advantages

Design Advantages

•Multi-epitope, B-cell-focused construct engineered for safety.

•In silico optimization avoids autoreactive epitopes.

•Builds on validated MultiTEP and NOI vaccine precedents..

Global Impact

Design Advantages

•Manufacturing cost projected <$100/dose (vs. >$26,000/year for monoclonals).

•Synthetic, cell-free production scalable to millions of doses within weeks.

•Compatible with decentralized, open manufacturing models for equitable access.

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