What's the Problem?
Diseases such as hemophilia, arthritis or cancer are well known. The key to their treatment lies in glycosylated proteins. However, the traditional method of using mammalian cells for production faces three main obstacles: low productivity, scalability challenges, and low glycosylation quality. Unfortunately, this compromises the efficacy and safety of treatments. Yeast offers a viable alternative for producing these proteins. However, their application in the pharmaceutical industry has been limited mainly due to the glycosylation they perform, which can compromise the effectiveness and safety of treatments. Previous attempts to improve glycosylation by humanizing yeasts have proven to be unstable, resulting in reduced production yields and the emergence of undesirable modifications. This is precisely where Dogma comes in to provide a solution.
How are they Solving it?
We developed a game-changing CRISPR-edited yeast. Instead of humanizing yeast, we found the sweet spot of genetic modification to produce recombinant proteins with high-quality glycosylations. Our yeast offers a 30% increase in productivity, a 40% improvement in scalability, and superior glycosylation quality, ensuring protein homogeneity. We have already achieved remarkable results, successfully developing the protein for the treatment of a genetic disease. The optimized structure of the glycosylated protein enhanced its therapeutic effects without any adverse effects. Our innovative technology has attracted the attention of a pharmaceutical company. They have licensed this protein and validated production at a scale of 10L.