Hermann Riecke

The paper develops a computational model showing that adult neurogenesis in the olfactory bulb enables flexible yet stable memory formation by balancing plasticity and stability through neuron maturation.

The paper compares ChIP-seq and ChEC-seq2 methods to study yeast RNA polymerase II transcription kinetics, finding that ChEC-seq2 better captures promoter and enhancer-bound RNAPII and enables kinetic modeling.

The paper presents a computational model of structural plasticity in the olfactory bulb that explains odor-specific subnetwork formation and differential learning effects during odor exposure.

This study shows that interleaved electrical and chemical synapses between V2a-I and V2a-II neurons in zebrafish spinal cord enable efficient intersegmental coordination during undulatory locomotion.

This paper shows that neuronal heterogeneity can cause gamma rhythms to synchronize more effectively by paradoxically delaying collective oscillations in response to external inputs.

The paper shows that odor experience correlates individual GC activity with spine stability, driven by MC activity, and models how this supports odor discrimination and memory.

The paper presents a Hebbian-type model of structural synaptic plasticity in the olfactory bulb that explains how learning enhances discriminability of similar stimuli while reducing that of dissimilar ones.

The paper develops a computational model to explain how orientation selectivity in mouse visual cortex matches between the two eyes during development, revealing dependencies on ocular dominance and orientation selectivity.

The paper develops a computational model of olfactory network rewiring and predicts how top-down inputs enhance sensory processing through granule cell plasticity.