Lukas Endler


My current research focuses on using pooled DNA sequencing data in genome wide association studies (Pool-GWAS). Pool-GWAS is a powerful and cost-effective approach to identifying association of genetic variation with specific phenotypes. The phenotype I am concerned with right now is chill coma recovery in Drosophila melanogaster.

For my PhD  at the University of Vienna I investigated dynamical models of biological networks. Afterwards, I worked for BioModels Database at the European Bioinformatics Institute in Cambridge, UK.


Kathrin Otte


I am interested in the connection of the genotype and to the phenotype in changing environmental conditions and in the evolution of genotype-phenotype maps. In my current research, I am studying temperature adaptation in experimental evolved populations of Drosophila simulans at the genome level. In addition, I am developing a Drosophila proteomic approach to study protein response to novel temperature regimes and connect them to changes in the genome.

During my PhD I worked on predator-induced phenotypic plasticity in the crustacean Daphnia magna. Using proteomic approaches, I was able to characterise proteins involved in the response to the predator and to relate them to well-studied predator-induced traits concerning e.g. morphological changes of the cuticle or life-history changes. Furthermore, I was able to find genotype-specific protein responses in  D. magna  originating from different habitats.



Schlötterer Lab
Institute of Population Genetics

1210 Vienna, Veterinärplatz 1

T +43 1 25077-4301
F +43 1 25077-4390

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