Neuroscience
Academy Denmark

All NAD Fellows

NAD Fellow 2026 · Germany

Laurence Vince Riesselmann

MSc in Molecular Biomedicine, University of Münster

Interested in how astrocytes influence brain states and contribute to neuropsychiatric disorders, Laurence Vince Riesselmann hopes to explore how these cells shape neuronal network activity.

Laurence holds a master’s degree in Molecular Biomedicine and conducted his thesis research at the Center for Translational Neuromedicine, where he investigated neuromodulator and ion homeostasis across sleep and disease conditions using in vivo approaches. He continued work in the lab as a research assistant after completing his thesis and developed a particular interest in how astrocyte–neuron interactions affect circuit dynamics and metabolic balance in the brain.

The structure of the NAD PhD programme attracted him as an opportunity to approach these questions from multiple experimental perspectives before defining a project:

“My previous research experience has shown me that good science rarely comes from a single idea or technique alone. It emerges through discussion, critical feedback and collaboration. I applied to the programme because it gives a unique opportunity to exchange ideas with different researchers, learn how they approach problems and then design a project grounded in both theory and experiment,” Laurence explains.

During his first rotation in the Berg Lab at the University of Copenhagen, Laurence will work with tissue clearing and light-sheet imaging and perform the associated analyses.

Outside the lab, Laurence enjoys cooking and kitesurfing.

Lab rotations - pre-PhD year

  1. Rotation 1

    Berg Lab, Department of Neuroscience, University of Copenhagen w/PI Associate Professor Rune Berg

    The Berg Lab is interested in combining quantitative approaches of mathematics and physics with experiments using electrophysiology, genetics, tissue clearing and other biological tools to better understand the nervous system, with a special focus on the motor system.

    Laurence will be involved in a project focused on the theory of concurrent excitation and inhibition, i.e. a balanced network structure in the spinal cord. To this end, he will use fiber photometry and subsequently utilise tissue clearing and 3D imaging using light sheet microscopy to quantify the recorded cell subpopulation and map their projections.

    This rotation will enable him to learn how to perform tissue clearing, light sheet imaging and corresponding analyses.

  2. Rotation 2

    Hirase Lab, Center for Translational Neuromedicine, University of Copenhagen w/PI Professor Hajime Hirase

  3. Rotation 3

    Protein Research Group, Department of Chemistry and Molecular Biology, University of Southern Denmark w/PI Professor Martin Røssel Larsen