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Research Assistant in Cell and Developmental Neurobiology at the University of Edinburgh

Posted by , on 25 November 2024

Location: University of Edinburgh

Closing Date: 31 January 2025

We are seeking a highly motivated and dedicated research assistant to join an innovative project investigating the novel roles of kinetochore proteins in brain development. This project builds on a pioneering discovery made by the Cheerambathur Lab, which revealed that kinetochore proteins, traditionally known for their role in chromosome segregation, also have a cell division-independent function during neurodevelopment (Cheerambathur et al., Ouzounidis et al., Domingos et al.).

The Opportunity:

As a member of our multidisciplinary research team, you will have the unique opportunity to work with a diverse range of model systems, including C. elegans and in vitro mammalian cell cultures, and employ cutting-edge techniques in genetics, fluorescence microscopy, quantitative image analysis and biochemistry. This is a fantastic opportunity for candidates who are eager to expand their expertise and to thrive in a stimulating and inclusive academic environment equipped with state-of-the-art facilities.

We are based at the School of Biological Sciences, University of Edinburgh and you will have access to a wealth of resources, including training courses and conferences, to support your growth as a scientist and work on your own professional development. Additionally, UK-based candidates looking to pursue a PhD will have the opportunity to do so within our group.

Candidates with a degree in cell biology, biochemistry, genetics, or neuroscience and knowledge or experience in cell culture and/or biochemical techniques are strongly encouraged to apply.

The start date for this position is flexible and will be funded through a Wellcome Trust grant. Requests for informal enquiries should be sent to Dr. Dhanya Cheerambathur (dhanya.cheerambathur@ed.ac.uk).

Closing Date: 31 January 2025

Scientific fields: Cell biology, Morphogenesis, Development and disease, Neural development, Patterning, Regeneration

Model systems: C. elegans, Other vertebrate

Duration: Permanent