Postdoc: Virus-Driven Membrane Remodelling

Umeå University; Sweden; Vor Ort; SEK 300.000 - 450.000; Vollzeit

Zusammenfassung

Umeå University in Sweden is offering a full-time fixed-term position for a postdoctoral researcher in virology. The role involves investigating the mechanisms by which viruses create membrane-enclosed spaces for genome replication, with responsibilities including cell culture, model design, and advanced microscopy techniques.

The ideal candidate should hold a doctorate in cell biology or virology, possess strong skills in fluorescence microscopy, and have a solid background in biochemistry. The application is due by August 1st, 2026.

Qualifikationen

• Extensive practical experience in real-time fluorescence microscopy and quantitative image analysis.
• Practical experience in cloning, protein and lipid biochemistry, and work with viruses.
• Good knowledge of both written and spoken English.

Aufgaben

• Culturing and analysing mammalian cell models for infection.
• Designing and developing infection models of flavivirus and alphaviruses.
• Generating and analysing reconstituted membrane model systems.
• Conducting lipid and protein biochemistry.
• Performing advanced live cell fluorescence microscopy including TIRF and SIM.
• Establishing analysis workflows for image analysis.
• Conducting correlative light and electron microscopy analysis.

Kenntnisse

Real time fluorescence microscopy

Quantitative image analysis

Cloning

Protein biochemistry

Lipid biochemistry

Work with viruses

Electron microscopy

Ausbildung

Doctorate in cell biology or virology

Jobbeschreibung

Umeå University in Sweden is offering a full-time fixed-term position for a postdoctoral researcher in virology. The role involves investigating the mechanisms by which viruses create membrane-enclosed spaces for genome replication, with responsibilities including cell culture, model design, and advanced microscopy techniques.

The ideal candidate should hold a doctorate in cell biology or virology, possess strong skills in fluorescence microscopy, and have a solid background in biochemistry. The application is due by August 1st, 2026.