We have 27 University of Leeds, Yorkshire Bioscience Doctoral Training Partnership PhD Projects, Programmes & Scholarships
University of Leeds, Yorkshire Bioscience Doctoral Training Partnership PhD Projects, Programmes & Scholarships
We have 27 University of Leeds, Yorkshire Bioscience Doctoral Training Partnership PhD Projects, Programmes & Scholarships
Virus modification of nuclear condensates: understanding their role during infection
The nucleus is a highly organised yet dynamic environment containing distinct membraneless nuclear bodies. Viruses can sequester, reorganise, or degrade nuclear bodies to enhance their replication. Read more
Unravelling the mechanisms of cardiac myosin function in health and disease through molecular dynamic simulation and electron microscopy
Unravelling the mechanisms of cardiac myosin function in health and disease through molecular dynamic simulation and electron microscopy. Read more
Unravelling the mechanical function of the leg muscles during running
The anatomy of the legs is complex with multiple muscles that are (anatomically) capable of flexing and extending the limb joints. Read more
Understanding the molecular and physiological basis for crop-weed interactions for sustainable agriculture
Feeding our growing global population in a sustainable way that reduces inputs is a critical challenge for modern plant science. The major biological threat to a plant’s existence is neighbouring plants, since they directly compete for water, nutrients and light. Read more
Understanding protein aggregation in human pancreatic tissue
Type 2 diabetes (T2D) is a chronic disorder, characterised by high blood glucose, resistance to insulin, and loss of pancreatic β-cells. Read more
Understanding how force is sensed in cells by the Piezo2 mechanosensitive channel
The ability of many organisms to sense mechanical forces is of vital importance for many of their functions e.g., control of blood pressure, respiration, and sexual behavior. Read more
Translating the chemical cross-talk between plants and root symbionts through application of novel microfluidics devices
Plants associate with multiple symbionts. Some, such as arbuscular mycorrhizal fungi (AMF), can offer important nutritional benefits to their host whereas others, e.g. Read more
The seminal fluid extracellular matrix: a new paradigm in reproductive biology?
In many animals, females store sperm from multiple males for weeks, months or years. This enhances female reproductive choice but can also create a “war of the sexes”, where males rapidly evolve reproductive traits that promote paternity and reproductive success. Read more
Superselective targeting of perineuronal nets in the brain
Ever wondered how our neurons maintain synaptic connections stable over time? Perineuronal nets (PNNs) are one of the key reasons. Read more
Structural studies of DNA double-strand break repair in plants
Our research aims to understand and manipulate plant DNA-repair pathways. This project elucidates the molecular mechanism of non-homologous end joining (NHEJ) for double-strand break (DSB) repair in Arabidopsis. Read more
Probing covalent mechanisms of regulation and inhibition in mitotic kinases
PhD Opportunity. Probing Covalent Mechanisms in Mitotic Kinases. Read more
Piezo1 as a novel mechanosensor regulating skeletal muscle fatigue and adaptation to exercise
Skeletal muscle is a vital organ supporting many physiological processes, most notably physical activity. Muscle fatigue is a physiological event defined by the inability to sustain force, but can be improved following regular exercise training. Read more
Multisensory decision-making in the developing and aging human brain
Imagine driving your car on a rainy night. You see an object moving sideways towards you. Your visual information is ambiguous due to the poor light and rain, thus you may also try to hear any sound this object may be making to help you identify what it is and its exact trajectory. Read more