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Funded PhD Opportunity in Genomics and Aquaculture: Sea Lice Resistance in Salmonids – University of Exeter, UK

πŸ“ Location: Streatham Campus, University of Exeter, England
πŸ“… Application Deadline: 20 June 2025
πŸ•’ Start Date: 22 September 2025 or as soon as possible thereafter
πŸ’Ό Type: Fully Funded PhD Studentship (Full-Time / Part-Time)
πŸ’° Funding: Home tuition fees + Β£20,780 annual stipend (tax-free) + Β£21,000 research budget over 3.5 years


πŸ”¬ About the PhD Studentship

The Department of Biosciences at the University of Exeter, in collaboration with CEFAS and the Faculty of Health and Life Sciences, invites highly motivated candidates to apply for a fully funded PhD position focused on genomics, aquaculture, and disease resistance.

This exciting PhD project aims to investigate the molecular and genetic basis of sea lice resistance in salmonids using advanced genomic technologies and bioinformatics tools. The research is a vital contribution to tackling one of the aquaculture industry’s most pressing challengesβ€”sea lice infestations.


🧫 Research Background: Tackling Sea Lice in Salmon Aquaculture

Sea lice are parasitic copepods that severely impact both wild and farmed salmonid populations, causing:

  • Significant animal welfare concerns
  • Physiological stress and skin damage
  • Increased vulnerability to secondary infections
  • Economic losses amounting to hundreds of millions globally

Climate change and growing resistance to existing treatments are worsening the problem. This project supports a shift from reactive chemical treatments to proactive, genetic-based solutions.


🧬 Project Overview: Genomics Meets Aquaculture Innovation

The core objective of this PhD research is to:

  • Identify genetic and molecular mechanisms of sea lice resistance
  • Compare immune responses in resistant vs. susceptible salmonid species
  • Apply bioinformatics and high-throughput sequencing techniques
  • Support the development of biotechnological tools for improving fish health and resistance

The research findings will directly support sustainable aquaculture, reduce dependence on chemical treatments, and enhance animal welfare in salmon farming.


πŸ“š What the PhD Studentship Covers

Eligible candidates will receive:

  • Full coverage of Home (UK) tuition fees
  • Annual tax-free stipend of at least Β£20,780 (for 3.5 years)
  • Research support budget of Β£21,000 for:
    • Lab and fieldwork
    • Conferences and travel
    • Research consumables

🏫 Study Environment

You’ll be based in the Faculty of Health and Life Sciences, located at the University of Exeter’s Streatham Campusβ€”a top-ranked research university in the UK known for excellence in environmental science, aquaculture research, and life sciences.


🌐 How to Apply

Interested in applying? Visit the official job posting page for full application details and submission guidelines:

πŸ‘‰ Apply Now on jobs.ac.uk


πŸ“ Summary: Why You Should Apply

This PhD studentship offers:

  • A fully funded opportunity in a high-impact area of aquaculture biotechnology
  • The chance to work with leading researchers and government-backed institutions like CEFAS
  • Hands-on training in genomic technologies, molecular biology, and bioinformatics
  • A meaningful contribution to sustainable fish farming and global food security

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