Research Topic 1

How can discoveries in selective translation inform the development of RNA therapeutics?

Beyond basic science questions in ribosome biology, we aim to “translate” ribosome- and RNA-centric technologies into RNA biotechnology and therapeutic applications. We have generated, in a massive collaboration involving academics, industry leaders and citizen scientists, a platform to systematically improve mRNA therapeutics called PERSIST-seq (Leppek, Byeon, Kladwang, Wayment-Steele, Kerr et al., 2022) (also see Inceptive Inc). We also recently developed and patented improvements of the use of IRESes in circRNAs (Koch, Zhang, Genuth et al., 2025), a new generation of mRNA therapeutics.

A central question is: What regulatory principles from basic science studies can we transfer and apply to mRNA therapeutics?

More fields of Research

How is translation regulated by the ribosome?

We unravel how ribosomal RNA of the ribosome recognizes specific mRNAs for selective translation. ⟶

How is translation regulated in the innate immune response?

We decipher the impact of selective translation in key regulatory processes such as innate immunity.

Development of versatile RNA-centric technologies and ribosome engineering

We develop and optimize RNA-based strategies to answer difficult questions in fundamental biology. ⟶