About Us
About Us
Our Mission
At Mimerigen we are revolutionizing the future of Precision Medicine and RNA Therapeutics with our Biomimetic RNA Platform. Our goal is to deliver a foundational molecular toolkit to help companies significantly advance their development and treatment of protein-linked diseases. We aim to solve the critical issues of scalability, cost, and stability in RNA production, enabling more effective and accessible treatments for everyone in need.
Our Story
This story isn’t about us, it’s about you: a mother who wants to grow old and watch her children and grandchildren grow up healthy, a father who dreams of walking his daughter down the aisle, or a friend who hopes for many more moments of laughter and joy. You fuel our passion and drive us to push the boundaries of what’s possible.
At the heart of our journey is a simple yet profound belief: no life should be lost to diseases we can fight. Imagine a world where ALS isn’t a death sentence, Alzheimer’s can be reversed, and cancer eradicated without chemotherapy. Our mission is to accelerate toward that world.
At Mimerigen, we are developing a breakthrough technology that has the potential to be a step change in the field of precision medicine. This technology offers new and existing companies the opportunity to rapidly design and develop cures for protein-linked and genetic disorders—cures tailored to fit you, your loved ones, and their loved ones.
Our Team
We are creating a sustainable platform with targeted applications
Application
- Therapeutics: CNS, cancer, auto-immune, ophthalmic, etc.
- Nanomaterials: Capsules, nanowires, photonic crustals, etc.
- Diagnostics: Ag, Microbiomem precisiondiagnostics, etc.
Modules
- Gene augmentatation: ASOs, siRNA, Crispr guidesm RNAI, etc.
- Macromolecular: Aptamers, ribozymes, origami, “mRNA”, etc.
- Probes: Primers, molecular beacons,m FISH probes, etc.
Platform
- Polymer: Length, chemical modification, & protein interfaces
- Methods: Synthesism monomer production, bioprocess, & scale
- Computaitonal: Structure prediction, Primer design, etc.