Two Fully Funded PhD Positions: Aarhus University, Denmark, is offering two fully funded PhD positions in the field of Retinal Metabolism starting August 2025 or later. These exciting opportunities are based at the Zoophysiology section and involve groundbreaking research into retinal function and metabolic adaptations in zebrafish and birds.
Two Fully Funded PhD Positions in Retinal Metabolism at Aarhus University
📊 Summary Table
| Position | Title | Research Focus | Model Organism | Start Date | Location |
|---|---|---|---|---|---|
| 1 | Retinal Antioxidant Defense | Antioxidant mechanisms under extreme oxygen and proton levels | Zebrafish | August 2025 or later | Aarhus University, Denmark |
| 2 | Glucose and Lactic Acid Metabolism | Nutrient and metabolite exchange in avascular tissue | Bird retina | August 2025 or later | Aarhus University, Denmark |
🎯 Designation
PhD Research Fellow (Fully Funded)
🔬 Research Area
- Retinal Metabolism
- Antioxidant Defense Mechanisms
- Mitochondrial Function
- Metabolite Shuttling
- Oxygen Measurement and Spatial Omics
📍 Location
Zoophysiology, Aarhus University, Denmark
✅ Eligibility / Qualification
- Master’s degree (or equivalent) in Biology, Biochemistry, Physiology, Neuroscience, or a related field
- Strong interest in metabolism, physiology, or retinal biology
- Experience in laboratory techniques related to mitochondrial studies, metabolite analysis, or in vivo imaging is a plus
- Excellent written and spoken English skills
📝 Job Description
Position 1: Retinal Antioxidant Defense in Zebrafish
- Study how zebrafish retina tolerates extreme oxygen and proton levels
- Investigate molecular, mitochondrial, and cellular antioxidant mechanisms
- Utilize cutting-edge techniques to measure reactive oxygen species (ROS) production and antioxidant responses in isolated mitochondria and in vivo
Position 2: Glucose and Lactic Acid Metabolism in the Bird Retina
- Explore metabolic adaptations in avascular bird retina tissue
- Perform in vivo oxygen measurements and spatial omics
- Use radiolabelled metabolite techniques to understand intra-retinal metabolite shuttling and energy homeostasis
📩 How to Apply
- Visit the project-specific links to apply:
- Contact cd@bio.au.dk for further details about the project or research group
- Visit phd.nat.au.dk for PhD program details and application procedures
⏳ Last Date to Apply
Applications are open — Early applications are encouraged as positions will remain open until filled. Start date from August 2025 or later.
Don’t miss this chance to dive into advanced retinal metabolism research at one of Europe’s leading universities!
