PhD – Engineering Sulfiredoxin to Enhance Plant Oxidative Stress Tolerance
University of Oxford
United Kingdom
7 January 2027; no exact cutoff time was verified.
About This Opportunity
University of Oxford offers this PhD project on plant sulfiredoxin and oxidative-stress tolerance, with research based in Oxford.
The project studies plant sulfiredoxin, an antioxidant enzyme that reverses protein S-sulfinylation, and asks how substrate recognition and catalytic activity can be engineered to strengthen stress tolerance. Research connects protein biochemistry with plant molecular biology and oxidative-stress signalling.
plant sulfiredoxin and oxidative-stress tolerance biochemistry & molecular biology
Level PhD
Attendance On-campus
Time Commitment Full-time
Field Plant Sulfiredoxin and Oxidative-Stress Tolerance
Specialization Biochemistry & Molecular Biology
Organization Type University
Funding & Compensation
Amount Scholarship
Funding Type Scholarship
Requirements
- Education
- Applicants should meet the host programme's doctoral-entry requirements and have a relevant degree background for the project.
- Experience
- Technical Skills Protein biochemistry Plant molecular biology Oxidative-stress biology
- General Skills Independent research Scientific communication Interdisciplinary collaboration
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PhD – Engineering Sulfiredoxin to Enhance Plant Oxidative Stress Tolerance in Oxford employer: Laplace Expert Ltd
The University of Exeter is an exceptional employer, offering a vibrant work culture that fosters innovation and collaboration in the field of Digital Humanities. With a strong commitment to employee development, you will have access to numerous growth opportunities and resources to enhance your skills while working on impactful projects like the reconstruction of Florence's Palazzo Medici. Located in a beautiful and historic city, the university provides a stimulating environment for research and creativity, making it an ideal place for those seeking meaningful and rewarding employment.
