By scholarshipswithaakash@gmail.com 
Fully Funded PhD in Microbiota and Ageing at the University of Glasgow and University of Strathclyde (2025). Learn how gut microbes influence brain and ageing. Apply by 21 November 2025.
📅 Application Deadline: 21 November 2025
📍 Location: University of Glasgow & University of Strathclyde, Glasgow, Scotland
💰 Funding: Full studentship (up to 3.5 years)
🔬 Field: Microbiota, Gut-Neuron Signalling, and Healthy Ageing
🌟 Introduction: Exploring the Gut-Brain Connection for Healthy Ageing
The Fully Funded PhD in Microbiota and Ageing at the University of Glasgow and University of Strathclyde offers an exceptional opportunity for aspiring scientists to investigate one of the most fascinating frontiers in biology — the gut-neuron signalling and its impact on ageing.
🧬 How do bacteria in our gut influence the brain and overall health?
💡 How do microbial communities communicate with neurons to regulate hormones and ageing processes?
This groundbreaking PhD opportunity funded by the NorthWestBio Doctoral Training Partnership (supported by the UK Biotechnology and Biological Sciences Research Council) aims to answer these vital questions and unlock the secrets of the microbiome’s influence on life and longevity.
🔍 Project Overview: Understanding Gut Microbiota, Neurons, and Ageing
🦠 What is the project about?
The research project focuses on studying how gut microbiota affects host tissues and overall health. Specifically, it explores how microbes living in the gut send signals to neurons, influencing hormone regulation, metabolism, and ageing.
Using Drosophila (fruit flies) as a model organism, you will:
- Identify neurons that receive signals from the gut 🧠
- Study microbial hormone signalling pathways
- Characterize how these processes affect life history, metabolism, and healthy ageing
This PhD will use state-of-the-art genetic, microbiological, and imaging techniques to reveal new insights into the microbe-gut-brain axis — a vital area of modern bioscience research.
🎓 Training and Supervision
This PhD is supervised by renowned researchers:
👨🔬 Dr. Adam Dobson
👩🔬 Prof. Julia Cordero
👩🔬 Prof. Gail McConnell
Throughout this fully funded studentship, you will gain skills at the intersection of:
- Genetics & Genomics (including single-cell studies) 🧬
- Microbiology & Bioimaging 🔬
- Neurobiology & Bioinformatics 💻
- Data Science & Statistical Modelling 📊
In collaboration with the NorthWestBio Doctoral Training Partnership, this program will also prepare you to tackle global scientific challenges in health, food security, and ageing societies.
🌍 Why Study at the University of Glasgow & University of Strathclyde?
Both universities are internationally recognized for their cutting-edge research and innovation.
🏛 University of Glasgow:
- Ranked among the world’s top 100 universities (QS Rankings)
- Leading expertise in neuroscience, microbiology, and ageing research
- Access to world-class facilities and collaborative research networks
🏛 University of Strathclyde:
- Known for interdisciplinary collaboration and innovation
- Strong focus on biomedical engineering and data-driven research
- Vibrant, diverse academic community in the heart of Glasgow, Scotland
Studying in Glasgow means joining a thriving research hub filled with culture, technology, and opportunity — the perfect environment for scientific discovery.
💰 Funding & Duration
This is a Fully Funded PhD in Microbiota and Ageing covering:
- Full tuition fees (Home & International students)
- Annual stipend for living costs
- Research and training expenses
📅 Duration: Up to 3.5 years
The funding ensures that you can focus entirely on your research without financial burden.
🧑🔬 Eligibility Criteria
The program seeks enthusiastic, dedicated, and collaborative students with strong scientific backgrounds.
✅ Ideal Candidates Should Have:
- A Bachelor’s or Master’s degree in a relevant field (Biology, Neuroscience, Genetics, Microbiology, or Bioinformatics)
- Interest in neurobiology, microbiota, and ageing research
- Strong motivation to pursue independent scientific investigation
- Excellent analytical and problem-solving skills
🌍 International students are welcome to apply!
If you are passionate about exploring how the microbiome shapes the ageing process and human health, this PhD could be your ideal path forward.
🧾 Application Process for this Fully Funded PhD in Microbiota and Ageing
📥 How to Apply
Interested applicants should send inquiries or apply directly to:
📩 adam.dobson@glasgow.ac.uk
🗓 Deadline for Applications: 21 November 2025
For more information, visit:
🔗 tinyurl.com/mtntahrv9
💡 Research Impact: Why This PhD Matters
The connection between the gut and the brain — often called the gut-brain axis — has become a cornerstone of modern biology.
Scientists are discovering that gut microbes influence mood, cognition, metabolism, and longevity. This PhD will help uncover how these microbial signals are transmitted to the nervous system, opening doors for:
- New therapies for neurodegenerative diseases
- Improved metabolic and hormonal treatments
- Strategies for healthy ageing
Your contribution could shape the future of medicine and ageing research 🌱.
🧠 Skills You’ll Gain During the PhD
This program offers comprehensive research and transferable skills training, including:
- Advanced genetic manipulation and genomic analysis
- Microscopy and imaging techniques
- Data interpretation and bioinformatics
- Scientific writing and communication
- Presentation and publication preparation
Through workshops, seminars, and research collaborations, you’ll also develop professional skills crucial for both academic and industry careers.
🔗 External Link to Learn More
Visit the official project background here:
👉 https://tinyurl.com/2s8n3ywh
📢 Frequently Asked Questions (FAQs)
❓ 1. What is the focus of the Fully Funded PhD in Microbiota and Ageing?
The project investigates how gut bacteria communicate with neurons to influence hormone regulation, metabolism, and ageing processes using Drosophila fruit flies as the main research model.
❓ 2. Who can apply for this PhD position?
Applicants with a background in biology, microbiology, neuroscience, or bioinformatics — from the UK or overseas — are encouraged to apply.
❓ 3. How long is the funding duration?
The studentship provides funding for up to 3.5 years, covering tuition, living stipend, and research costs.
❓ 4. Where will the research take place?
The research will be conducted at both the University of Glasgow and University of Strathclyde, located in the vibrant city of Glasgow, Scotland.
❓ 5. What skills will I gain from this PhD?
Students will gain expertise in genetics, microbiology, neurobiology, bioimaging, bioinformatics, and data science — preparing them for research and industry careers.
❓ 6. What is the application deadline?
The application deadline is 21 November 2025.
🧭 Why Choose This PhD?
Choosing this PhD means becoming part of a world-leading research community tackling one of the most important challenges of our time — understanding ageing and health at the cellular and microbial level.
With expert supervision, top-tier facilities, and full financial support, this program offers everything you need to thrive as a researcher.
📩 How to Contact
For inquiries or informal discussions, email:
📧 adam.dobson@glasgow.ac.uk
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