A1

Calcium dynamics in synapse-to-nucleus communication and network function

A1/A4

Calcium dynamics in synapse-to-nucleus communication and network function

A2

Geometry of calcium waves and calcium induced signals

A3

Interaction between network, intracellular, and gene expression dynamics via VG Ca2+ channels

A4

Interactions of psychiatrically relevant molecules in synaptic transmission

B1

Effects of interneuron-specific NMDA receptor knockout on HC network dynamics

B2

Effects of NR1 gene knockouts on PFC network dynamics

B3

Mechanisms underlying fast switches between oscillatory network states in HC

B4

Dopaminergic regulation of PFC network dynamics revealed by optogenetic methods

B5

Genetic regulation of network dynamics in biophysical PFC/ HC models

B6

Impact of psychiatric-disease-related genetic variations on PFC network function

C1

Computational models for generating LFP/ EEG and BOLD signals

C2

Minimal models for oscillations, assembly formation, and transitions in PFC and HC-networks

C3

Dependency of inter-areal functional connectivity as assessed by fMRI on network oscillations

C4

Cognitive flexibility vs. stability: Imaging genetics studies of the dual-state model

C5

Altered brain activation and connectivity and its genetic modulation in depression and ageing

C6

Neural correlates of intact and impaired PFC-HC interactions during HC-dependent cognitive
functions

C7

PFC-HC coupling in schizophrenia and related polymorphisms in working memory

C8

Analysis of higher cognitive functions in rodent models of schizophrenia and depression

D1

Developing and validating models for an in-silico neuropharmacology

D2

Dynamical indicators of physiological conditions for clinical assessment

M

Biophysically realistic network models of prefrontal cortex (PFC) and hippocampus (HC)