Photo: Mikael Wallerstedt
I am fascinated by the chemistry of the brain and how the basic metabolic processes of cells affect brain health. My research group investigates how seemingly small changes, such as those caused by infections or imbalances in metabolism between brain cells, can contribute to brain disease. We aim to understand how these changes affect the function and communication of nerve cells, and how we can eventually intervene in these processes in a cell type-specific manner.
To support this work, we are developing stem cell-based models that recreate human brain tissue in a laboratory environment. These models, often referred to as organoids, make it possible to study neurochemical and metabolic mechanisms in biological environments that resemble those of humans, which has previously been difficult to achieve. Our hope is that this basic research will pave the way for new strategies to understand and treat brain diseases across different stages of life, from early development to aging.
Born: 1992
Interests: Preferably spend time with family, often by taking long walks with the family dog, swimming in the summer, and skiing in the winter. I also love to exercise (it’s great for brain health too!)
Other: Traveling and meeting people from very diverse backgrounds.
I am a member of the Young Academy of Sweden to amplify the voices of young research leaders on issues of teaching, collaboration, and socially relevant research initiatives. Through the Young Academy, I want to contribute to scientific knowledge reaching out – to young people, decision-makers, and society at large – and strengthen the links between academia and society through projects that promote brain health and a scientific mindset in schools.
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