RNA DESIGNCoding New Medicines

We employ computational and combinatoric approaches to RNA design to deliver sophisticated biological functions to the cell

ENCODING COMPLEXITYTranslating the Code of Life

Efficient delivery enables a range of applicaitons from vaccines to therepeutics

Tiba’s biodegradable nanoparticle has a payload capacity which is an order of magnitude greater than traditional LNPs.  This allows our scientists to design more complex data structures that express a desired protein content at a well-defined ratio.  Tiba is developing novel algorithms and a database of annotated nucleic acid structures that allow us to rapidly develop candidate applications.  While our first focus is on prophylactic vaccines against infectious diseases, we are expanding the platform to:

  • Auto-immune diseases and allergenic diseases
  • Gene delivery and antibody expression
  • Complex RNA circuits
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Multiple Antigens
Broad protection, several targets
Gene Editing
CRISPR/Cas9
Viral Processing Factors
Specific expression in target cell

SOFTWARE DESIGNComputation Meets Immunology

The Tiba team goes beyond the code, identifying new tools and techniques to hack the code of life.

The therapeutic impact of an RNA molecule is determined not just by its nucleic acid sequence, but also by other factors such as secondary structure, translation co-factors and neighboring molecules.  We are developing in-house tools and leverage a range of computational systems to rapidly predict and score potential candidates, in silica.

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For more on this hardware - software interface go to: