Katrin Vogt

This study investigates how Drosophila larvae navigate taste gradients by analyzing the role of different neural circuits in processing gustatory information.

This study shows Drosophila larvae adjust foraging behavior based on resource quality, valence, and prior experience, using a simple integration model.

This study shows that larval Drosophila modulate behavior based on social context, using multimodal sensory cues, and that this behavior is influenced by developmental social experience.

Drosophila melanogaster larvae balance attraction to dead conspecifics with social avoidance based on carcass condition, prior experience, and social context.

The paper identifies a neuron in Drosophila larvae that bi-directionally encodes valence and guides navigation based on sensory cues.

This study identifies age-related rewiring of type I IFN signaling in immune cells linked to increased inflammation and altered antibody responses in COVID-19.

This study shows how food deprivation alters olfactory behavior in Drosophila larvae by changing neural processing in the antennal lobe through state-dependent circuit dynamics.