Susanne Foitzik Wikipedia, Wiki, Ameisen

Susanne Foitzik Wikipedia, Wiki, Ameisen – Our research group uses an integrative strategy to study the development of social behaviour, ranging from behavioural ecology to genomics to epigenetics. We use ants and occasionally bees as our model organisms because their social conduct is very complex, highly chosen at several levels, and includes both cooperative and conflicting behaviours.

We look into how plasticity affects how genes are expressed differently to produce various phenotypes. We research the genomic evolution, ageing, and life history strategies of social insects. The way parasites impact and control social insects, as well as whether and how hosts can fend off these assaults, are of interest to researchers.

Susanne Foitzik Positions

Since 2010: Professor in Evolutionary Biology, Johannes Gutenberg University, (JGU), Mainz
2004 – 2010: Professor in Behavioral Ecology, Ludwig Maximilian University Munich
2000 – 2004: Scientific Assistant, University of Regensburg
1998 – 2000: Postdoctoral Fellow, Colorado State University, Ft. Collins, USA

Susanne Foitzik Education

1998: PhD in Biology, Julius Maximilians University Würzburg
1995: Diploma in Biology, Julius Maximilians University Würzburg

Susanne Foitzik Publications Selected

MA Negroni, MN Macit, M Stoldt, B Feldmeyer, and S Foitzik (2021) Lifetime extension in fertile ant workers is regulated at the molecular level. Negroni MA, Vogelweith F, Segers F, and Foitzik S (2020). Immune shock causes changes in gene expression that are fertility-dependent and lowers the diversity of gut bacteria in a social insect. 21 BMC Genomics.

In 2020, Libbrecht, Nadrau, and Foitzik Histone acetylation’s function in the control of ants’ circadian rhythm. It was published in 2019 by Kaur R, Stoldt M, Jongepier E, Feldmeyer B, Menzel F, Bornberg-Bauer E, and Foitzik S. The ecological viability of the intrusive social parasite depends on the ant behaviours and brain gene expression of the protecting hosts.

In ant workers, gene expression is more significantly correlated with behavioural specialisation than with age or fertility, according to Kohlmeier P, Alleman A, Libbrecht R, Foitzik S, and Feldmeyer B. Feldmeyer B, Foitzik S, and Kohlmeier P (2018) Vitellogenin-like A-associated changes in social cue responsiveness control the specialisation of behavioural tasks in ants.

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