Department of Molecular Biology and Genetics

Aarhus University Seal
 Department of Molecular Biology and Genetics Studies PhD PhD defences

PhD defences

Popular description of the PhD students' research in connection with the defence of the PhD dissertation

Eoghan Thomas Oleary: Investigating the contribution of RNA binding proteins in circular RNA production

- PhD defense

PhD defence, Friday, 11 March 2022. Eoghan Thomas Oleary

Sha Zhang: Understanding the roles of bacterial exopolysaccharides in shaping root-associated microbiota assembly

- PhD defense

PhD defence, Thursday, 24 February 2022. Sha Zhang.

Patrik Polák: Targeting nuclear RNA for decay

- PhD defense

PhD defence, Friday, 4 February 2022. Patrik Polák.

Marjan Omer: Improving binding interactions with multivalency

Marjan Omer
- PhD defense

PhD defence, Wednesday, 12 January 2022, Marjan Omer.

Søren Kirk Amstrup: Understanding how glyphosate is microbially degraded – Investigating the enzyme machinery for phosphonate degradation

- PhD defense

PhD defence, Thursday 25 november 2021. Søren Kirk Amstrup

Maria Stenum Hansen: When the milk man brings parcel post: biological properties of extracellular vesicles in milk

- PhD defense

PhD defence, Tuesday 2 November 2021. Maria Stenum Hansen.

Michelle Møhlenberg: The influence of the innate immune system in disease development - IFNL4 and the investigation of its functionality

- PhD defense

PhD defence, Thursday 28 October 2021, Michelle Møhlenberg.

René Lysdal Bærentsen: Bacterial Defence Mechanisms or how bacteria keep surviving

- PhD defense

PhD defence, Friday, 15th of October, 2021. René Lysdal Bærentsen.

Simon Boje Hansen: Knowing friends from enemies – new insights in plant-microbe interactions

Simon Boje Hansen
- PhD defense

PhD defence, Tuesday 12 October 2021. Simon Boje Hansen.

 

Henriette Sylvain Thomsen: Circular RNAs and their protein partners-in-crime

Henriette Sylvain Thomsen
- PhD defense

PhD defence, Monday 11 October 2021. Henriette Sylvain Thomsen.

Page 6 of 14.

Revised 24.11.2022
-
Lisbeth Heilesen