Supervised Theses

Phd theses

Abella Guerra, Marc (2020)
Force required for endocytic vesicle formation analyzed by FRET-based force sensors

MSc theses

Pohl, Emma (2019)
FRET-based mapping of rearrangements of endocytic coat proteins during endocytosis in Saccharomyces cerevisiae.

BSc theses

Lipińska, Katarzyna (2021) FRET-based mapping of WASP/Myo complex during clathrin-mediated endocytosis

Yohana, Marlyne (2020)
FRET proximity mapping of WASP/ Myo complex during endocytosis in yeast

Milani, Sara (2019)
Investigating evolutionary homology of yeast endocytic protein Pan1 and Intersectin family proteins.

Hocke, Marie-Luise (2019)
Effects of temperature on force transmission during endocytosis.

Nguepkam, Larry (2019)
Genetic engineering of Sla2 and Ent1 constructs for FRET-based endocytic force measurements.

Andruck, Lynell (2018)
FRET-based analysis of actin generated forces applied during endocytosis in yeast.

Gnoth, Sandina (2017)
Analysis of the protein dynamics and topology of the yeast endocytic machinery by FRET and FRAP microscopy.