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Bachelor’s / Master’s Projects
- Comsol simulations of particles in peristaltic tube with periodic and closed boundary conditions
- Quantify steady-state radial particle distribution as a function of system parameters
- Reconcile findings in terms of potential lift forces
- Calculate flow fields in human vasculature recording
- Train image analysis to automatically identify sprouting or rupture events
- Correlate flow / resource availability and sprouting / rupture
- Actin-staining in small migrating Physarum
- Change in response to attracting food stimulus / aversive stimulus
- Reconcile findings with hypothesis of softening / stiffening universal to attracting / aversive stimuli
- Code network minimizing supply heterogeneity
- Constrain simulation by experimentally accessible parameters
- Select best network architecture for experimental implementation
- Establish that nuclei become inactive during nuclei division by dying and fixing micro-plasmodia
- Track timing and position when nuclei loose signal
- Check, if division time is nuclei history dependent
