Research projects

Project 1

How does the cell cycle control the diatom generation clock?

Role of TOR and tRNA mediated translational regulation as coupling factor between multiscale clocks

Subcellular oscillations during syncytial cleavage divisions in Drosophila melanogaster

Localization and interaction of PDF neuropeptides with other members of the circadian clock in representatives of Tardigrada (water bears)

Analysis of coupling factors controlling multiscale behavioral rhythms in Drosophila melanogaster

Diamond-based platforms for biochemical measurements of time-resolved clock cell signaling in response to external zeitgebers and coupling factors

Analysis of plasma membrane-dependent multiscale oscillations of hawkmoth olfactory receptor neurons

second messenger oscillations of cAMP and calcium control biological clocks

Models & simulations for new insights into physiology of clocks and ways of adapting it

Multiscale-multicomponent theoretical description of biological oscillators and clocks: from subcellular-level simulations to network modeling

Model reduction via symmetries and conservation laws for systems on multiple time scales

System-Theoretic Analysis of Feedback Mechanisms in Biological Clocks Using Hierarchic Networks of Oscillators

Dynamic multiscale regulation of the central carbohydrate metabolism in cyanobacteria

Biophysics of the Pigment dispersing factor receptor (PdfR)