Eduarda Streit Morsch

- Investigated how neural circuits develop and adapt to shape behavior using calcium imaging, behavioral experiments, and quantitative analysis. - Designed and executed reproducible experimental studies, from hypothesis development and protocol optimization through data collection, analysis, and interpretation. - Integrated multimodal experimental datasets using Python and statistical analysis to identify biologically meaningful patterns. - Coordinated research activities and communicated findings acro

Course: Learning in Deep Artificial and Biological Neuronal Networks Primary instructor: Prof. Benjamin Grewe - Designed and led interactive exercise sessions for students - Aided students in reading and interpreting literature - Supported instruction in deep artificial and biological neural networks for an interdisciplinary student cohort. - Explained complex computational and neuroscience concepts during tutorials and homework sessions. - Provided structured feedback to assignments.

Course: Introduction to Neuroinformatics Primary instructor: Prof. Valerio Mante - Designed and led interactive exercise sessions for students

- Literature review for social behaviors and the implications of the prefrontal cortex

- Title: "Morphometric evaluation of in vitro growth cone morphology related to CNP-induced cGMP signaling” - Studied cellular mechanisms relevant to neural development by quantifying primary neuronal growth-cone morphology using confocal microscopy. -  Performed immunostaining, standardized in vitro assays, and controlled pharmacological experiments; documented procedures and results in detailed laboratory reports. - Department of Signal Transduction and Transgenic Models, AG Feil (Lab of Prof. Dr. Robe

- Title: "An investigation of neurotransmitter types of eye-movement-associated neurons in the zebrafish hindbrain using 2-photon calcium imaging in BAC-transgenic zebrafish” - Investigated neurotransmitter identities of eye-movement-associated neurons in the zebrafish hindbrain. - Applied two-photon calcium imaging in a transgenic zebrafish model to study neural activity and circuit organization. - Conducted the project within the Systems Neurobiology Lab and presented the findings to the research team.

- Title: "Isolating deterministic, stochastic and directional persistence elements in migrating neurons: time-lapse analysis of GABAergic and glutamatergic cell cultures” - Investigated neuronal migration and neuroplasticity using time-lapse confocal microscopy, establishing a real-time in vitro imaging pipeline. - Coordinated an interdisciplinary project across physics and biomedical teams, aligning methods, communication, and technical deliverables. - Neuroplasticity Lab, Prof. Dr. Roberto Lent