Eva chose to intern in the field of neuroscience because it is rapidly developing. Learning more about fundamental research was important to her: “In our studies, we learn the basics of research, but we aren't directly exposed to it. We receive the results from studies, but we don’t fully understand how the research is conducted. Doctors need input from research, so I was eager to learn more about this intersection,” Eva explains.
During her internship, Eva was introduced to fundamental research and benchwork, including viral production, perfusion, tissue cutting, staining, and microscopy analysis. She had the opportunity to engage in lab work related to spinal cord injury research. “I was able to work on my own protocols and experiments. For example, I repeated one experiment three times to determine which antibodies best stain mitochondria under various conditions,” she says.
Her most significant insight was the sheer volume of data generated during experiments. “I had no idea how much data could be produced. I quickly learned that maintaining focus is essential, but it can be challenging not to get distracted by other interesting results that aren't directly related to your research question. Additionally, I was pleasantly surprised to see that even though each researcher focuses on their projects, there is a strong emphasis on teamwork. The expertise of different individuals is necessary to correctly obtain and analyze the data.”
Eva's advice for future interns is to ask questions and experiment. “Often, you think you need extensive background knowledge to conduct an experiment, but I found that basic knowledge is sufficient. You can learn the rest along the way.” Yi-Heng Tai, a postdoctoral fellow at the Kerschensteiner lab, supervised her and agrees: “asking questions and experimenting is crucial for conducting effective science. That's why we expose our interns to all aspects of lab work, introduce them to all team members, and encourage them to work on their own projects. There are plenty of opportunities to ask questions and learn.”
About Jugend forscht
Jugend forscht is Germany's best-known competition for young scientists. It encourages and supports talented achievers in the areas of science, technology, engineering, and mathematics (STEM). It seeks to inspire young people to become involved long-term and, after the contest, to help them with their careers. Students from the 4th grade up to the age of 21 can participate. More information: www.jugend-forscht.de.
