Fully-Funded 4-Year PhD Studentships : Embark on a journey of discovery in bioscience! We invite applications for fully-funded 4-year PhD studentships starting in September 2024. Explore projects addressing fundamental questions in biology through creative, curiosity-driven frontier bioscience. The application deadline is midnight, Monday, December 4, 2023.
Designation: PhD Student
Research Area: Various bioscience projects as listed below
| PROJECT TITLE | MAIN / ROTHAMSTED / LEAD SUPERVISOR(S) | HOST INSTITUTION | KEYWORDS |
| A combined experimental and in silico modelling study of pigment pattern formation in zebrafish | Dr Kit Yates | University of Bath | Mathematical biology, zebrafish pigmentation, pattern formation, experimental biology, mathematical modelling |
| A synthetic biology magnetic toolkit for detecting bacteria | Prof Jim Spencer | University of Bristol | Biophysics, detection, microbiology, synthetic biology, engineering biology |
| AAV-Factory: Synthetic viral nanosystem for highly efficient AAV production for gene therapy | Prof Imre Berger | University of Bristol | Synthetic biology and DNA assembly, viral vector, genome engineering, gene therapy, steroid resistant nephrotic syndrome SRNS |
| ADDomer: Thermostable synthetic self-assembling multiepitope virus-like particle for next-generation vaccines *CASE | Prof Imre Berger | University of Bristol | Infectious disease, next-generation vaccines, synthetic biology, cryo-electron microscopy, bench-to-bedside |
| Beyond AlphaFold: Experimental and computational folding of a de novo membrane protein | Dr Paul Curnow | University of Bristol | Biophysics, protein folding and design, in vitro transcription/translation, molecular dynamics |
| Bioinformatics and machine learning/AI based approaches to understanding the mechanism by which long non-coding RNAs regulate the inflammatory response | Prof Mark Andrew Lindsay | University of Bath | Long non-coding RNA, inflammation, innate immune response, bioinformatics, machine learning |
| Characterising the role of in vivo cell-to-cell communication in the stress system | Prof Soojin Ryu | University of Exeter (Streatham) | Neuroscience, mathematical modelling, stress, zebrafish, cell network |
| Combining artificial intelligence based drug discovery and automated patch clamping to revolutionise our understanding of lysosomal ion channels | Dr Emyr Lloyd-Evans | Cardiff University | Supercomputing, artificial intelligence, electrophysiology, pharmacology |
| Coral venom in the era of climate change | Dr Maria Sachkova | University of Bristol | Coral, venom, evolution, protein, molecular clock, climate change |
| Decoding secret conversations inside cells: Understanding how organelle interactions in human cells are regulated during the cell cycle | Dr Joe Costello | University of Exeter (Streatham) | Molecular cell biology, membrane contact sites, cell cycle, CRISPR TurboID |
| Design of new fluorescent sensors for measuring heme in cells | Prof Emma Raven | University of Bristol | Synthetic and engineering biology |
| Designing light harvesting proteins and photoactive enzymes for artificial photosynthesis | Prof Ross Anderson | University of Bristol | Biomolecular design, photosynthesis, electron transfer, synthetic biology, computational protein design |
| Determining the regulatory control of prokaryotic antiviral defence systems | Prof Tiffany Taylor | University of Bath | Evolution, CRISPR, AMR, bacteria, phage |
| Developing a multimodal analysis pipeline for the assessment of cardiac dysfunction in aged and diseased adult zebrafish | Dr Beck Richardson | University of Bristol | Cardiovascular disease, zebrafish, cardiac function, techniques development, In vivo imaging |
| Development of a fungal platform for the expression of high-valuable natural products *AP | Prof Chris Willis / Dr Claudio Greco | University of Bristol (apply here) / Swansea University | Fungal biotechnology, natural products, biosynthesis, metabolomics, synthetic biology |
| Distilling bacteriophage-host webs: methods to characterise and combine phages for agricultural biocontrol | Dr Remy Chait | University of Exeter (Streatham) | Phage, EPEC, biocontrol, AMR |
| Divergent sleep behaviour – An evolutionary approach to understand why we sleep | Dr Alice French | University of Bristol | Sleep, drosophila, fertility, physiology, neuroscience |
| DrESS: A biocatalytic approach for targeted degradation of oncogenic transcription factors | Dr Louis Luk | Cardiff University | Transcription factors, “undruggable” targets, enzyme engineering, high-throughput screening, targeted protein degradation |
| Dynamic protein design | Dr Jonathan Phillips | University of Exeter (Streatham) | Protein design, molecular dynamics, AI, mathematical modelling, structural proteomics |
| Enhancing MITF transcription factor activity using protein engineering to investigate melanocyte development and improve melanoma treatment | Dr Keith Vance | University of Bath | Peptide library screening, transcription factor agonists, gene regulation, stem cells, melanoma |
| Establishing evolutionary timescales | Prof Philip Donoghue | University of Bristol | Molecular clock, evolution, timescale, phylogenetics, metabolism |
| Evolution of learning and memory circuits | Dr Stephen Montgomery | University of Bristol | Behaviour, evolution, learning, memory, neuroscience |
| Exploring the combinatorial roles for transcription factors in fate decisions in the neural crest | Prof Robert Kelsh | University of Bath | Stem cells fate, choice transcription factors, developmental biology, genetics |
| Exploring the Potential of Light-Driven Biocatalysis – Electrifying the engineered redox enzymes for biotransformations | Prof Frank Vollmer | University of Exeter (Streatham) | Opto-enzymology of biotransformations single-molecule electrochemistry optoplasmonic sensors and nano-reactors |
| Eye-cyt: Improving our understanding of endocytosis within complex in vitro cell models of the eye | Dr Peter Watson | Cardiff University | Cell biology, 3d cell models, microscopy, drug delivery, endocytosis |
| Harnessing the power of synthetic biology to engineer novel lytic bacteriophages | Dr Tobias Bergmiller | University of Exeter (Streatham) | Bacteriophage, synthetic biology, bacterial genetics, CRISPR, bioinformatics |
| How do GluD1 glutamate receptors in the hippocampal CA2 region control social behaviours and related mental health conditions? | Prof Zafar Bashir | University of Bristol | Schizophrenia, autism, social behaviours, hippocampus, CA2 region |
| Imaging analysis of muscle progenitor and stem cell activation in differentiation and repair | Dr Michael Taylor | Cardiff University | Muscle progenitor and stem cells, imaging, CRISPR, tissue repair, cell differentiation |
| Investigating the impact of neuroactive drug exposure on the developmental and functional neurobiology of the vertebrate brain | Dr Matthew Winter | University of Exeter (Streatham) | Zebrafish, pharmacology, toxicology, in vivo, neuroscience |
| Investigating the role of neuronal metabolism in excitation/inhibition balance *AP *JD | Dr Kevin Wilkinson / Dr Tim Craig | University of Bristol (apply here) / University of the West of England; UWE | Neurons, synapse, metabolism, endosomal sorting, neuroscience |
| Mass spectrometry imaging of enzyme activity in brain and beyond *AP | Dr Josie Parker / Prof William Griffiths | Cardiff University (apply here) / Swansea University | Mass spectrometry imaging, enzymology, brain, cytochrome P450s, cholesterol |
| Modelling the effect of ageing in silico and on Drosophila and mouse clock neurons | Prof James Hodge | University of Bristol | Drosophila, electrophysiology, computational modelling, circadian rhythms, ageing |
| Precision imaging of hypoxia-induced cellular mRNAs with an advanced cellular penetrating and near infrared emitting molecular probes toolkit | Prof Sofia Pascu | University of Bath | Near-infrared quantitative fluorescence imaging, hypoxia-specific chemical probes, cellular penetrating biosensors, synthetic chemistry of peptide nucleic acids, hypoxia specific mRNA quantification. |
| Spindle orientation in the developing fly embryo: a joint mathematical-experimental approach | Dr David Richards | University of Exeter (Streatham) | Drosophila development, spindle orientation, mathematical modelling, computer simulation, image analysis |
| Studying early human embryo development using stem cell models | Dr Ge Guo | University of Exeter (Streatham) | Human embryogenesis, stem cell models, cell lineage segregation, bio-mimetic culture, high-resolution imaging, |
| Targeting subcellular proteins and processes with designed peptides | Prof Dek Woolfson | University of Bristol | Biodesign, cell biology, coiled coils, protein-protein interactions, engineering biology |
| The arthropod megaphylogeny and the origin of Earth’s biodiversity | Prof Davide Pisani | University of Bristol | Phylogenomics, arthropoda, molecular clocks, adaptive radiations. |
| The cellular and molecular responses of diatoms to warming temperatures *AP | Dr Vinod Kumar / Dr Glen Wheeler | University of Exeter (Streatham) (apply here) / Marine Biological Association | Algae, photosynthesis, temperature, oxidative stress, marine biology |
| The curious case of Turritopsis dohrni jellyfish – elucidating epigenetic principles of immortality | Dr Tomasz Jurkowski | Cardiff University | Biological immortality. epigenetics. aging. omics. rejuvenation |
| The evolutionary and mechanistic basis of virus host range | Dr Ben Longdon | University of Exeter (Penryn) | Phage, virus, bacteria, host-range, host-shifts |
| The molecular basis of host manipulation by a parasitic worm | Dr Vicky Hunt | University of Bath | Parasite, host behaviour, entomology, nematomorph |
| The structural-functional basis for long-lived DNA diffusion by a helicase-nuclease | Prof Mark Szczelkun | University of Bristol | Prokaryotic defence systems, restriction-modification, single molecule enzymology, Cryo-EM |
| Tissue specific gene expression in Drosophila ‐ dissecting promoter architecture | Prof Helen White-Cooper | Cardiff University | Drosophila, genetics. transcription, spermatogenesis |
| Towards new biologic drugs: In silico design of T-cell receptor affinity and specificity with biomolecular simulation *CASE | Dr Marc van der Kamp | University of Bristol | Synthetic biology, molecular dynamics, biomolecular design, immunotherapy, protein biophysics |
| Tracing and shaping the evolutionary paths of engineered biology | Dr Thomas Gorochowski | University of Bristol | Evolution, synthetic biology, nanopore sequencing, gene regulation, genome engineering |
| Will climate change worsen the problem of antibiotic resistance? | Dr Daniel Padfield | University of Exeter (Penryn) | Antibiotic resistance, climate change, plasmids, pathogens, microbiome |
Location: Multiple institutions (University of Bath, University of Bristol, University of Exeter, Cardiff University, Swansea University, Marine Biological Association)
Eligibility/Qualification:
- Applicants with relevant educational backgrounds in bioscience, molecular biology, genetics, and related fields.
- Specific requirements vary by project; please refer to individual project details.
Job Description:
Fully-Funded 4-Year PhD Studentships in Bioscience Discovery
Explore a diverse range of bioscience projects, including but not limited to:
- Mathematical biology, zebrafish pigmentation, pattern formation
- Synthetic biology for bacterial detection
- Synthetic viral nanosystem for efficient AAV production for gene therapy
- Biophysics, protein folding, and design
- Bioinformatics and machine learning for understanding non-coding RNA regulation
- Neuroscience, stress, mathematical modeling, zebrafish
- Supercomputing, artificial intelligence, electrophysiology, pharmacology
- Coral evolution, venom, protein, molecular clock, climate change
- Molecular clock, evolution, timescale, phylogenetics, metabolism
- Stem cells, fate decisions, developmental biology, genetics
…and many more! Please refer to the specific project details for comprehensive information.
How to Apply:
- Review the list of available projects and associated details.
- Visit our official website for the online application portal.
- Submit your application by midnight, Monday, December 4, 2023.
Last Date for Apply: Midnight, Monday, December 4, 2023
Disclaimer: This job post is based on information from a reliable source. Applicants are advised to verify details and check for updates or additional information on the official website of the Bioscience Discovery Program. For inquiries, contact the provided contacts or relevant program coordinators.
Join us 