PhD student to study the influence of temperature on cell division - Belgium
- Cold-blooded and warm-blooded animals adapt toenvironmental temperature changes in a very different way.
- While warm-blooded animals, such as us, have evolved to maintain a high and constant body temperature by metabolic means, cold-blooded animals largely adopt their ambient temperature.
- In this project, we ask ourselves the deceivingly simple,yet fundamental, question of how each cell responds to changes in temperature.
- We focus on understanding using how the timing of mitosis (cell division) is influenced by changes in temperature.
- We will address this question using live-cell(fluorescence) imaging in a wide range of celllines, spanning from normal cells to cancer cells.
- We expect our findings to shed light on how the most fundamental processes, such as mitosis, are influenced by temperature; and we believe that these new insights will be useful to improve cancer thermotherapy.
- The position is available immediately and applications will be considered until the position is filled.
- MSc degree in biology, (bio)chemistry, or (bio-)engineering
- Ambitious, motivated, creative and practically skillful
- A strong interest in the cell cycle and dynamical systems biology
- We offer a doctoral position in a stimulating, interdisciplinary environment andscientific development opportunities in an international and dynamic team.
- You will have access to state-of-the-art research facilities and will be registered in a specific program of the doctoral school.
- You will be supervised by well-trained scientists and receive thorough training in conducting research, presentations and writing.