Revolutionary Needle-Free mRNA Vaccines for Flu!

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🌟 Ethris and Lonza are partnering to create room-temperature stable, spray-dried mRNA vaccines.

💉 These vaccines will target respiratory diseases and allow needle-free nasal administration.

🌍 The collaboration aims to simplify production, lower costs, and enhance vaccine distribution.

🚀 Their first focus is an mRNA vaccine against influenza to improve mucosal immunity, potentially transforming respiratory disease prevention globally.

📢 Revolutionary Needle-Free mRNA Vaccines for Respiratory Diseases!

Introduction:

The article discusses the partnership between Ethris and Lonza aimed at developing innovative spray-dried mRNA vaccine formulations for the prevention of respiratory diseases, with a specific emphasis on enhancing stability and ease of administration.

Main points:

  1. Ethris and Lonza’s collaboration focuses on creating mRNA vaccines that are stable at room temperature, addressing key supply chain challenges related to vaccine storage.
  2. The spray-dried formulation aims to facilitate needle-free nasal administration, which could enhance mucosal immunity and lead to improved vaccine efficacy against respiratory viruses.
  3. The first target for this collaboration is developing a novel mRNA vaccine candidate against influenza, intended to deliver localized immune responses comparable to those of traditional intramuscular vaccines.
  4. Lonza will employ its expertise in spray-drying and particle engineering to optimize the delivery of Ethris’ stabilized non-immunogenic mRNA and lipid nanoparticle platforms.
  5. This innovative approach, while highly complex due to the introduction of lipid nanoparticles, represents a significant advancement in the formulation and delivery of mRNA therapeutics.

Conclusion:

The collaboration between Ethris and Lonza marks a pivotal step toward revolutionizing respiratory disease prevention through mRNA-based vaccines. By addressing storage and delivery challenges, this partnership has the potential to transform vaccine accessibility and effectiveness on a global scale, paving the way for future advancements in mRNA therapeutics.

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