Home PhD BBSRC North East England PhD Studentships, UK

BBSRC North East England PhD Studentships, UK

Postdoctoral Position in UK United Kingdom

East England PhD Studentships: The NEEDL Partnership is offering up to 20 four-year BBSRC-funded PhD studentships starting in October 2026, providing an excellent opportunity for candidates interested in diverse bioscience research themes. Applications are invited from eligible candidates eager to contribute to innovative projects across various institutions.

Designation

PhD Studentships

Table

CategoryDetails
Number of PositionsUp to 20
FundingBBSRC-funded
StipendTax-free stipend at UKRI rate (£21,383 in 2026-27)
Research CostsCovered
Tuition FeesPaid on behalf of the student
Application Deadline5 PM (GMT) on February 27, 2026

Research Area

  • Engineering Biology, Computational Biology, and Industrial Biotechnology
  • Structural Biology, Chemical Biology, and Anti-Microbial Drug Discovery
  • Microbes, Microbiomes, and Host-Microbe Interactions
  • Agriculture, Food Security, and Nutrition
  • Regenerative Biology, Neuroscience, and Aging

Location

Newcastle University (applications managed centrally) – Projects available across Durham, Northumbria, and Teesside Universities.

Eligibility/Qualification

  • Candidates must possess or expect to attain at least an upper second class (2.1) honours degree (or equivalent) in a relevant biosciences subject.
  • Applications are also welcome from students with physical science and mathematical backgrounds.
  • Open to Home (UK) candidates; a limited number of awards for outstanding International applicants (up to 30% of total).

Description

The NEEDL PhD studentships aim to support high-caliber research in biosciences through a multidisciplinary approach. Candidates will engage in cutting-edge research, contributing to vital projects significant for the advancement of science and technology. Suitable candidates are those who show passion for research and possess the qualifications needed to thrive in a competitive environment.

Here’s a table summarizing the various research projects, their respective supervisors, and contact information:

InstitutionProject TitleSupervisorEmail
Durham UniversityWatering the Flowers: Gene x Environment Control of Water Use During Brassica Napus Inflorescence DevelopmentDr. Jo Hepworthjo.a.hepworth@durham.ac.uk
How Does RNA Modification Affect Ageing Process?Dr. Ting-Yu Linting-yu.lin@durham.ac.uk
Metals, Microbes, and Mathematics: Understanding Coexistence with Toxic NutrientsDr. Denis Pattersondenis.d.patterson@durham.ac.uk
The Ageing Brain’s Window: Subiculum Circuitry and MemoryDr. Steven Poultersteven.poulter@durham.ac.uk
Cic Structures; Hungry Cells or Suicidal Cells?Dr. Patricia MullerPatricia.Muller@durham.ac.uk
Dissection of the Mode-of-Action of Miltefosine – A Potent Anti-Fungal and Anti-Leishmanial ChemotherapeuticProf. Paul Dennyp.w.denny@durham.ac.uk
Understanding Ageing-Related Deficits in Hippocampal Boundary and Object Spatial CodingProf. Colin Levercolin.lever@durham.ac.uk
The Role of Mitochondria in Age-Related Decline of the Diet-Microbiota-Gut-Brain AxisDr. Rebecca Clarkrebecca.clark2@durham.ac.uk
Nutrient Uptake in Commensal Bacteria: Exploring Uncharacterised TonB-Dependent TransportersDr. Karrera Djokokarrera.djoko@durham.ac.uk
Angry and Alone: How Social Experience Shapes Female Aggression in FliesDr. Eleanor Batheleanor.bath@durham.ac.uk
Newcastle UniversityControl of Top-Down and Bottom-Up Information by Serotonin: A Combined Experimental and Computational ApproachDr. Srikanth RamaswamySrikanth.Ramaswamy@newcastle.ac.uk
Dissecting Gram-Negative Envelope Biogenesis to Understand Drug Delivery in Gram-Negative PathogensDr. Manuel Banzhafmanuel.banzhaf@newcastle.ac.uk
Characterising Antibacterial Toxins in the Food-Borne Pathogen Listeria MonocytogenesProf. Tracy Palmertracy.palmer@newcastle.ac.uk
Understanding Structure, Dynamics, Formation and Properties of Complex Sphingolipid-Asyn Proteolipid FibrilsDr. Agnieszka Bronowskaagnieszka.bronowska@ncl.ac.uk
RNA Sensing at the Powerhouse: Mitochondrial Drivers of Innate ImmunityProf. Gavin HudsonGavin.Hudson@newcastle.ac.uk
Climbing the Ladder: Establishing the Biosynthetic Origin of Ladderane LipidsProf. Paul Racepaul.race1@ncl.ac.uk
Energy for Life: Cardiac Metabolic Adaptation from Development to AgeingDr. Helen PhillipsHelen.Phillips@newcastle.ac.uk
Exploiting the Bacterial DNA Damage Response as an Alternative AntimicrobialDr. Charles WinterhalterCharles.Winterhalter@newcastle.ac.uk
The Impact of the RNA Exosome on Ribosome Specialisation in Different Cell TypesDr. Claudia SchneiderClaudia.Schneider@newcastle.ac.uk
Project Graviage: The Gravity of Aging – Using Microgravity as a Model for Metabolic AgingDr. Adam Wollmanadam.wollman@newcastle.ac.uk
Mechanisms of Chromosome Alignment and Error Correction in Bovine OocytesDr. Suzanne Madgwicksuzanne.madgwick@newcastle.ac.uk
Structural and Functional Investigations into a Putative Cobalt Transporter Conserved in MycobacteriaDr. Kate Beckhamkate.beckham@ncl.ac.uk
Forged by Iron: Synthetic Protein Binders to Decode Bacterial Iron Transport MechanismsDr. Kesha Jostskesha.josts@newcastle.ac.uk
Microbial Metal-Head: The Integrated Roles of Metal Homeostasis in Host-Pathogen InteractionDr. James ConnollyJames.Connolly2@newcastle.ac.uk
Northumbria UniversityFrom Polymorphism to Phenotype: Integrative Analysis of Retrotransposon Insertions in Human PopulationsDr. Ruchi Shuklaruchi.shukla@northumbria.ac.uk
The Molecular Basis of Age-Related Changes to Lumbosacral Spinal Autonomic and MotoneuronsDr. Rachel Ransonrachel.n.ranson@northumbria.ac.uk
Resistance, Resilience, and Redundancy in the Human Gut MicrobiomeProf. Christopher van der Gastchris.vandergast@northumbria.ac.uk
Novel Bacterial-Host Stress Pathway Interactions: Targets for both Novel Anti-Microbial Resistance and Anti-Inflammatory TherapeuticsDr. Antony Antoniouantony.antoniou@northumbria.ac.uk
Unravelling the Molecular Basis of Phenotypes Resulting from Deletion of NAD(P)H Quinone Oxidored reductase in Pseudomonas AeruginosaDr. Ali Ryanali.ryan@northumbria.ac.uk
Teesside UniversityDissecting the Molecular Mechanisms of Toxoplasma Gondii ROP Kinases in Host Cell InvasionDr. Kalesh Karunakarank.karunakaran@tees.ac.uk
Autophagy-Driven Stemness Landscape in Stressed Brain Organoids (ATLAS)Dr. Sreejith RaveendranSreejith.r@tees.ac.uk
Engineering and Optimisation of Actinobacterial Petases Using AI ApproachesDr. Hong Gaoh.gao@tees.ac.uk
Investigating the Roles of mtDNA Mutations in Healthy AgeingDr. Tora K. Smulders-Srinivasant.smulders@tees.ac.uk
CASE ProjectsSUMO Code: Deciphering How Sumoylation Enables Plants to Adapt to Their EnvironmentProf. Ari Sadanandomari.sadanandom@durham.ac.uk
Phytoimage: Next-Generation Plant Bioimaging Technology for Cytoskeletal Coordination, Signalling and Stress-Responsive MorphogenesisDr. Tim Hawkinst.j.hawkins@durham.ac.uk
Novel Behavioural Assays to Study Mosquito Pheromone SignallingDr. Olena Riabininaolena.riabinina@durham.ac.uk
Synthetic Biology for Light-Activated Smart MaterialsDr. Thomas HowardThomas.Howard@newcastle.ac.uk
Harnessing Genome Engineering, Structural and Computational Biology to Discover How an RNA Binding Preserves Transcriptome IntegrityProf. David Elliottdavid.elliott@ncl.ac.uk
The Effect of Stress on Pollinator BehaviourDr. Vivek Nityanandavivek.nityananda@newcastle.ac.uk
Establishing a Glyco-Enzyme Toolkit for Designer GlycoproteinsDr. Tom McAllistertom.mcallister@newcastle.ac.uk
Survival of the Oldest: Mitochondrial Remodelling and Stress Resistance in Pathogenic YeastDr. Alessandra da Silva Dantasalessandra.da-silva-dantas1@newcastle.ac.uk
Developing High Content Imaging Technologies to Capture the Complexity of the Innate Immune SystemDr. Kate Harriskate.harris@newcastle.ac.uk
Can Natural Feed Supplements Improve Stress Resilience in Commercial Laying Hens?Dr. Tom Smulderstom.smulders@ncl.ac.uk
Understanding How Management Drives the Virulence of Varroa Destructor in the European Honey Bee (Apis Mellifera)Dr. Giles Budgegiles.budge@newcastle.ac.uk
Investigating How Ageing Affects Host-Pathogen Interactions in a C. Elegans Model of Fungal InfectionDr. Elizabeth Veale.a.veal@ncl.ac.uk
Northumbria UniversityDesign and Evaluation of a New Class of Fluorescent Cellular Probes for High Content ImagingDr. Jonathan Knowlesjonathan.p.knowles@northumbria.ac.uk
Cholinergic Function and Ageing: Establishing Normative Data and Associations with Gait and CognitionDr. Rodrigo Vitoriorodrigo.vitorio@northumbria.ac.uk
Skin Microbiome Reporter Models for Studying the Effects of Consumer Good Actives on Healthy MicrobiomesDr. Paul Jamespaul.b.c.james@northumbria.ac.uk
Harnessing Bacteria as Green Chemical Factories: Engineering Surface-Display Systems in Rhodococcus for Efficient Cell-Based BiocatalysisDr. Lynn Doverlynn.dover@northumbria.ac.uk
How Does Replacing Meat with Alternative Sources of Protein Affect Colonic Genotoxicity?Dr. Daniel Commanedaniel.commane@northumbria.ac.uk
Teesside UniversityInterpretable Precision Phenotyping for Sustainable Livestock SystemsDr. Mengyuan Wangmengyuan.wang@tees.ac.uk
Unlocking Mangiferin: Engineering Ultraviolet (UV) Protection for Skin and HairProf. Muhammad Safwan Akramsafwan.akram@tees.ac.uk
Digestibility and Health Impacts of Ultra-Processed FoodsDr. Jibin Hejibin.he@tees.ac.uk

Feel free to ask if you need more information or modifications!

How to Apply

The application process consists of two steps:

  1. Complete the online Google Form.
  2. Email supporting documents to needl@newcastle.ac.uk, including:
  • CV with references
  • Cover letter outlining project choice and relevant information
  • Relevant degree transcripts and certificates
  • IELTS/TOEFL certificate (if applicable)
  • Passport copy

Last Date for Apply

5 PM (GMT) on February 27, 2026

For more details and to access the application form, please visit the NEEDL website.

Link

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