PhD Projects

Our students are studying diverse areas of mechanistic biology in the following BBSRC strategic themes:

Advancing the frontiers of bioscience discovery:

1) Understanding the rules of life (formerly World Class Underpinning Bioscience)

2) Transformative technologies (formerly Exploiting New Ways of Working)

Tackling strategic challenges:

3) Bioscience for sustainable agriculture and food (formerly Agriculture and Food Security)

4) Bioscience for renewable resources and clean growth (formerly Industrial Biotechnology and Bioenergy)

These are the new BBSRC priority areas, taken from strategic document, “Forward look for UK Bioscience”, available on the BBSRC website:

https://bbsrc.ukri.org/documents/forward-look-for-uk-bioscience-pdf/

NameProject title
Catherine Russell

Investigating Bromodomain Proteins as Targets for anti-Leishmanial Drug Discovery
Amy Brown

The role of the stress kinase MLTK7 in muscle disease
Liam Maddison headshotLiam Maddison

Probing the function of RNA methylation through chemical biology (iCASE)
Rachel Greenhill

Identification and functional validation of effector genes in the parasitic weed Striga asiatica
Maria Nikolova

Mechanism and structure of the PACE family of transport proteins
Josh Lee

Probing the epitranscriptome with nanopore sequencing (iCASE)
Alice Seleiro

Uncovering underlying cellular mechanisms at work under high cell density E. coli protein production conditions in biotechnology (iCASE)
Evie Farnham

Evolution, virulence and dispersal of bacterial plant pathogen, Ralstonia solanacearum (iCASE)
Amber Emmett

Machine Learning to Predict Genetic Regulation in Blood Cells
Adam Casey

Improving pest management in coffee plantations (iCASE)
Katie West

Understanding long non-­coding RNA function
Savvas Ioannou

Engineering extracellular vesicles derived from human mesenchymal stem cells
James Forsythe

How does the circadian clock regulate disease resistance?
Ashley Hayes

Investigating How Nematodes Manipulate the Plant Secretory Pathway
John Armstrong

Borrowing building blocks from bacteria and eukaryotes: a three-component DNA segregation machinery in archaea
Rachael Cooper

How do repetitive bacterial surface proteins avoid inter-domain aggregation?
Rhianna Rowland

Imaging agents for genetic disease: structural, chemical and cellular dissection
Sarah Tindall

Structural analysis of acyltransferase proteins involved in O-antigen modification
Sarah Thorne

Improved wheat yield with silicon
Kirstin Spence

Investigating the molecular machinery that controls autophagy during Leishmania spp. Differentiation
Edward Nay

Regulation of gene expression in Leishmania parasites: structure, function and post-transcriptional modification of RNA binding proteins
Jessica Dobson

Mechanisms of palladium uptake and nanoparticle formation by plants
Grace Dobbs

Role of CIZ1 in X chromosome inactivation
Grace Cowen

Role of DNA methylation in brain function
Ana Almeida Jones

Ahead of the curve: imaging and computational analysis of shape and form in the developing zebrafish ear
Amy Tooke

Seeing is believing, observing bacterial biofilm formation in vivo
Emily Guest

Linking metabolomics and metagenomics to resolve plant-microbial interactions involved in soil aggregation
Amber Shun-Shion

Elucidating the role of STX19 in tissue morphogenesis using advanced bioimaging
Ben Stevenson

The Dystroglycan LINC
Ash Griffin

Application of high-resolution phosphoproteomics to reveal novel metabolic control mechanisms in Campylobacter jejuni
Stella Christou

Elucidating the role of Endocytosis in Candida survival and proliferation in host cells
Ben Scales

Neural bases of honeybee visual information processing and locomotion control
Daniel Green

Neural circuit mechanisms of adaptation or sensitisation to neonicotinoid insecticides
Lorna Malone

Structural role of photosystem II supercomplexes in thylakoid membrane stacking
Shauni McGregor

The Mechanics of Stomatal Function
Sarah Stevenson (nee Gratton)

Generating distinct actin networks in a single cytoplasm: Structural studies to determine the impact of actin nucleators on filament structure
Ivaylo Yonchev

How does DNA damage alter nuclear mRNA export in humans?
Ankur Patel

CASE - Development of an automated, high-resolution analysis pipeline for bacterial peptidoglycan structural analyses
Laurence de Lussy-Kubisa

CASE - High-throughput genetic analysis of a butanol-producing Clostridia
Thomas Grand

CASE - The Mechanism of Cell Cycle Repression in Tubers
Alice Thomas

More Sustainable Crop Production by Using Better Fertilisers (CASE)
Oliver Noble

MCMs: a novel nanopore (CASE)
Maria Markham

CASE - Cell Stress and How to Prevent It
Luke Trask

CASE - Probing the functions of NEK family kinases using allosteric inhibitors
Jonathan Dolan

CASE - Orthogonal ligation strategies for making well defined glycoconjugate vaccines
Bethan Cole

CASE - Function and pharmacology of human Na+-activated K+ channels
Jessica Boakes

CASE - Structural characterisation of the equilibrative nucleoside transporter, a cancer drug target
Jenny Hayes

CASE - Metabolic oligosaccharide engineering (MOE) using Sortases
Nicola Burns

CASE - Genetic and environmental effects on virulence of European foulbrood, a bacterial pathogen of honey bees
Patrick Shire

CASE - Mechanisms of endosomal permeability and release: a route for enhancing cytoplasmic delivery of endocytosed therapeutics