Plants are a primary source of nutrients, chemicals, and materials for humans. Our program aims to generate fundamental knowledge on plant physiology and metabolism and to use this knowledge to improve crops through plant synthetic and metabolic engineering approaches. We are interested in deciphering the control of primary and secondary metabolism for the production of high-quality bioproducts and the enhancement of plant performance and yield. Furthermore, by using a synthetic biology framework, we aim to contribute to the advancement of basic plant research and provide novel biotechnological tools.
We are looking for a Master level student in biochemistry, biotechnology or biomedicine to help with the characterization the effect of the co-culture of microalgae and E. coli on the generation of a bioluminescent signal. We are currently developing a bioluminescent E. coli strain containing the lux operon and want to test the effect that several strategies have in the improvement of the bioluminescent signal. One of these strategies is the co-culture of these bacterial strain with algae under different growing conditions. The selected candidate will learn about synthetic biology and transformation techniques in E. coli, vector design, molecular cloning (GoldenGate) and will work with bacteria and with algae, optimization of bioluminescence and bacteria and algae co-culture. English proficiency will be highly valued.
From June 9 to August 31, 2025 (adjustable at the discretion of the organisation)