Dissecting centromere identity and epigenetic inheritance
Supervisors: Patrick Heun, Dr. A. Jeyaprakash Arulanandam
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Genomic approaches to understanding recombination in a wild population of Soay sheep (Ovis aries)
Supervisors: Dr Susan Johnston, Dr Konrad Lohse
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How are multiple adaptive genes affected by an organisms’ frequency of sex?
Supervisors: Dr Matthew Hartfield, Dr Jarrod Hadfield
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Using genetic tools to study evolution in a changing environment
Supervisors: Jarrod Hadfield, Albert Phillimore
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Evolution and development of a novel water conducting tissue in Marchantia polymorpha
Supervisors: Justin Goodrich, Gwyneth Ingram
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The role of Staphylococcus aureus RNA-binding proteins in regulating host adaptive responses
Supervisors: Sander Granneman, Ross Fitzgerald
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Understanding the effect of antibiotic combinations: a quantitative approach
Supervisors: Meriem El Karoui, Rosalind Allen
Project Description:
Our society is currently facing an important problem with the rise of multiple antibiotic resistant bacterial strains. As the development of new antibiotics has stalled in recent years, new strategies are urgently needed to supplement current available therapies. This involves increasing the efficiency of already available antibiotics as well as identifying new targets.
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Structural studies on DNA binding proteins required for mammalian limb development and fertility
Supervisors: Atlanta Cook, Philipp Voigt
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Investigating the role of chromosome segregation machinery during neuronal morphogenesis
Supervisors: Dr Dhanya Cheerambathur, Prof. Kate Storey
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Deep learning based analysis of DNA replication in primary mammalian cells
Supervisors: Sara Buonomo, Hakan Bilen
Project Description:
This ground-breaking research project aims to develop deep learning (and machine learning) techniques to the study of the temporal and spatial control of DNA replication in mouse embryonic stem cells. The goal is to design deep learning algorithms that can learn from large amounts of images to classify them ACCURATELY and EXPLAINABLY.
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