Join us in exploring the crucial role of zinc in the adaptation and evolution of diatoms thriving in the challenging conditions of polar oceans. This fully-funded ARIES PhD studentship offers an immersive opportunity to delve into molecular genetics and biochemical research aimed at unraveling the mysteries of zinc’s impact on cold-adapted diatoms.

The main objective of this project is to produce the first molecular genetics and biochemical data on the role of zinc in the physiological adaptation of cold-adapted diatoms. The research involves utilizing the latest reverse genetics tools in combination with sequencing and photosynthesis measurements to characterize the role of zinc-binding domains in supporting photosynthesis in polar marine microalgae.

The successful candidate will work in the laboratory with a cold-adapted model diatom, applying the latest reverse genetics tools such as CRISPR-Cas, sequence analyses, algal cultivation, protein biochemistry, and bioinformatics. The research will involve gaining skills in algal cultivation, photosynthesis measurements, and evolutionary biology.

Qualifications 

1. Bachelor’s degree in Biological Sciences or equivalent with a minimum 2:1
2. Enthusiasm for applying diverse techniques from the field of molecular microbiology to understand the adaptation and evolution of microalgae in polar oceans