Florian Aymanns

LiLiTTool enables real-time tracking of multiple regions of interest in growing embryos using deep learning and sensor fusion, improving long-term imaging reliability.

The paper identifies ascending neurons in Drosophila that encode high-level behaviors and project to brain regions involved in sensory integration and action selection.

The paper records descending neuron activity in Drosophila during limb-dependent behaviors to understand their role in motor control.

This paper develops microfabricated tools for long-term, minimally invasive imaging of the Drosophila ventral nerve cord in behaving adults, enabling longitudinal studies of neural circuit dynamics.

The paper introduces a method for 2-photon functional imaging in Drosophila ventral nerve cord during behavior and identifies activity patterns in specific neurons.