LifeMoonshot

LifeMoonshotLifeMoonshotLifeMoonshot
Home
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

Science and technology:

From removing pathology to restoring connectivity

Why mRNA

•Transient expression, no risk of gene integration

•Rapid design and manufacturing for multi-target combinations

•Cost-controlled and globally scalable

Differentiated Innovation

•Focus on 'functional restoration' rather than Aβ/Tau removal only

•Controlled immune activation favoring B-cell responses, reducing autoimmunity risk.

•Taking on DNA vaccine lead evidence, upgrading to mRNA generation.

Past evidence (animal models, DNA vaccine phase)

DNA vaccines encoding NOIs epitopes reduced amyloid burden, preserved cognition, and enabled axonal regeneration in AD mouse models. These studies validate NOIs antigens as therapeutic targets.

Copyright © 2025 LifeMoonshot - All Rights Reserved.


Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept