How males lose their father’s genes: Genomic imprinting in insects
Supervisors: Laura Ross, Michael Ritchie
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Dynamic changes in the RNA-protein interactome during stress, development and disease
Supervisors: David Tollervey, Tony Ly
Project description:
Functional interactions between RNAs and proteins underpin gene expression and defects in RNA-protein interactions form the basis of numerous human diseases. RNA binding proteins have important functions at all steps in gene expression, including transcription, RNA processing and mRNA translation, as well as in viral defence mechanisms.
Other:
Growing on the edge: The genomic basis of coastal adaptation in eyebrights (Euphrasia)
Supervisors: Alex Twyford, Richard Ennos
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Other:
Structure and mechanism of motors moving chromosomes in cell division
Supervisors: Julie Welburn, Tony Ly
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Other:
Mechanism and inhibition of the DNA repair enzyme Tdp1
Supervisors: Dr Julia Richardson, Dr Heidrun Interthal
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The ‘little brain’: Error detection by the cerebellum and its role in motor learning
Supervisors: Maarten F Zwart, V Anne Smith
Project Description:
Olivocerebellar system-dependent motor learning
Other:
Adaptive introgression and cold tolerance in British Rhododendron ponticum – a genomic approach
Supervisors: Richard Milne, Frank Wright, Catherine Kidner, Prof Jianquan Liu
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Other:
Sonification of biological sequences
Supervisors: Dr Daniel Barker, Professor Thomas Meagher
Project Description:
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Circadian regulation of engineered minimal metabolic pathways
Supervisors: Dr Gerben van Ooijen, Prof. Rosalind Allen
Project Description:
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A quantitative approach to understanding regulation of developmental genes by bivalent promoters
Supervisors: Philipp Voigt, Guido Sanguinetti
Project Description:
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