AMIBM PostDoc wins Science and Technology German Dissertation Prize

Julia Jansing, PostDoc in the group Molecular and Applied Biotechnology in AMIBM, was recently awarded the renowned German Dissertation Prize by the Körber Foundation (“Deutscher Studienpreis”, 2nd place in the section Science and Technology).

Epidemics present the problem to the pharmaceutical industry that many doses of a certain medicine are needed within a short time. For otherwise seldom used medicines, however, there are often no production processes or production capacities available. Plants are the ideal solution to this problem: they are flexible, well scalable and fast.

Julia Jansing

Julia Jansing received her doctorate at the RWTH Aachen University in Molecular Biotechnology.

In just 4-5 days, they can produce considerable quantities of a pharmaceutical protein. So far, however, there have been concerns from the regulatory side, because plant proteins contain two sugars that are not found in human proteins. These sugars can impair the efficacy of a plant-made drug and can possibly cause unwanted immune reactions.

Therefore, Jansing used genome editing to switch off the responsible genes in a tobacco variety that is popular for protein production. The result is a plant line that is optimally suited for the rapid production of emergency medications.

Also read

  • Lee Bouwman, a vascular surgeon and endowed professor of Clinical Engineering, specialises in the implementation of groundbreaking healthcare technologies. The key to success, he says, lies in the collaboration between engineers and clinicians. This approach has already resulted in a range of...

  • Researchers from across the world have mapped the genetic relationships of the majority of flowering plant genera. Maastricht University helped with this massive effort, which completes the evolutionary tree of life of plants like never before. The famous scientific journal Nature published their...

  • On April 19, during her inaugural lecture, Anna Wilbik explained how we can squeeze out the whole potential of data to the last drop.