Despite the smaller size and reduced number of neurons in insect brains compared to human brains, they exhibit a remarkable capability in rapidly processing multisensory inputs to execute complex behavioral responses. Moreover, these behaviors are influenced by both environmental factors and the internal state of the animal. How do neurons within sensorimotor circuits deal with such complexity? Mert leverages electron microscopy based connectomics approaches and two-photon imaging of neuronal populations combined with neuronal manipulations in behaving flies to uncover the structure and role(s) of sensorimotor circuits in controlling behavior.

After completing his Bachelor’s degree in Molecular Biology and Genetics at Boğaziçi University in Istanbul, Mert transitioned to Lisbon to pursue his PhD in neuroscience under the supervision of Eugenia Chiappe at Champalimaud Research. His doctoral research centered on the identification and characterization of visual feedback premotor circuits within the Drosophila brain.