Essen
Faculty of Biology, CCAC Algal Cultures
Research Assistent/PhD (f/m/d, No. 413-25)
EG 13 TV-L
As soon as possible
36 months
26 hours, 41 minutes (67%)
Project "Evolutionary trajectories of nitrogen utilization across distant phylogenetic groups of microalgae" in the group of Dr. Olga Matantseva co-supervised by Prof. Dr. Daniela Beisser and Prof. Dr. Bánk Beszteri.
This project will be conducted at the Central Collection of Algal Cultures (CCAC), one of the largest living collections of micro-algal cultures in the world. Embedded in UDE's profile focus on water research, the CCAC team maintains this resource and serves research and teaching activities at UDE and beyond through the supply of algal cultures, collaborations and consultancy. The algae collection is also actively involved in research projects.
The project investigates the adaptive evolution of key nitrogen utilization components in microalgae. Nitrogen, a crucial element in biomolecules, is assimilated by photoautotrophic eukaryotic organisms in organic and inorganic forms. Anthropogenic activities are reshaping nutrient dynamics, altering both the load and the prevalent form of nitrogen entering freshwater and coastal marine ecosystems thus affecting the structure and dynamics of primary producers. Understanding how microalgae respond to these shifts is vital for predicting their role in primary productivity, biogeochemical cycling, and the long-term sustainability of aquatic ecosystems under global change.
The goal of this research is to systematically identify core components involved in the uptake and assimilation of organic and inorganic nitrogen, as well as cellular signalling pathways regulating these processes in distant phylogenetic groups of microalgae: green algae, dinoflagellates, diatoms, and euglenophytes, and to trace their evolutionary trajectories.
The study employs a multidisciplinary approach at the interface of physiology and evolutionary biology. It integrates comparative genomic analyses of both established and novel algal genomes with experimental studies using stable isotopes and transcriptome sequencing to investigate nitrogen uptake and gene expressional responses to various nitrogen supply scenarios. This is an exciting opportunity to work at the crossroads of evolutionary biology, ecophysiology, and environmental change.
2025-08-20
413-25
Please send applications with reference code 413-25 electronically to olga.matantseva@uni-due.de.
Please note that applications cannot be returned.
For more information please visit:
https://udue.de/ccac
https://ww.uni-due.de/biology/
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