Research Overview: We invite a master student to participate in an exciting research project aimed at understanding the relationship between light, endophytic bacteria, and plant defense mechanisms against pests through a comprehensive metagenomic analysis. Leaf samples for a metagenomic study have been collected from two distinct regions, spanning 69.6° North and 50.9° North, representing the artic and temperate zones.
Project scope
Metagenomic Analysis: Explore the microbial communities inhabiting plant leaves from diverse geographical locations through advanced metagenomic techniques.
Experimental Validation: Conduct hands-on experiments to validate findings, investigating the influence of light conditions on endophytic bacteria distribution and its impact on plant resilience against pests (insects or pathogens).
Key responsibilities
- Utilize molecular biology techniques for DNA extraction, PCR, and sequencing.
- Design and execute controlled experiments to assess the effects of varying light conditions on endophytic bacteria and plant response to pest challenges.
- Analyze data and contribute to the interpretation and presentation of results.
Requirements
- Enrolled in a master’s program in Biology, Microbiology, or a related field.
- Proficiency in molecular biology techniques and data analysis.
- Strong enthusiasm for interdisciplinary research and a keen interest in plant-microbe interactions.
Your application
Interested candidates are encouraged to submit their CV along with a brief statement of interest highlighting their relevant experience and motivation for this research opportunity. Please apply via our application portal.
Dr. Clabe Wekesa
Postdoc Researcher
MIT Group
Max Plank Institute for Chemical Ecology
cc PD. Dr. Axel Mithöfer
Application deadline is December 14, 2023.