News Detail Page

Uni Osnabrück: Biologist Prof. Bartscherer receives funding from the Volkswagen Foundation

Researching how skin can regenerate without scarring

Biologist Prof. Dr. Kerstin Bartscherer was selected for the Volkswagen Foundation's "Momentum" program. The program is aimed at scientists in an early phase after taking up their first lifetime professorship.

The aim is to provide them with opportunities to further develop the content and strategy of their professorship. "Receiving this funding is really recognition of a great research achievement, for which I would like to congratulate Prof. Bartscherer," explains Prof. Dr. Kai-Uwe Kühnberger, Vice President for Research, Social Dialog and Outreach at Osnabrück University.

The "Momentum" program is open to all subject areas and is aimed at university professors three to five years after taking up their first lifetime professorship. Funding is provided for "concepts for the strategic and content-related further development of the professorship", according to the Volkswagen Foundation's website. Prof. Bartscherer will receive a total of € 930,000 from the funding pot over four years. The funding can also be extended for a further two years and €250,000.

Kerstin Bartscherer studied biotechnology and molecular biology in Mannheim and Göttingen and conducted research as a junior scientist in Heidelberg, New York and Barcelona. Before moving to Osnabrück University as Professor of Animal Physiology in 2021, she led a research group on tissue and organ regeneration at the Max Planck Institute in Münster and the Hubrecht Institute in Utrecht. Her research focuses on finding answers to the question of why some animals can regenerate tissue, organs or entire body parts without scarring and others cannot.

With the help of Momentum funding from the Volkswagen Foundation, Prof. Bartscherer will now establish a new branch of research on scar-free skin regeneration at the School of Biology/Chemistry: "The funding will enable me and my team to establish a laboratory platform with which we can grow complex, hair-forming skin from human stem cells," says the Heidelberg native. "We will then use these '3D skin organoids' to test active ingredients and research how scarring can be prevented - without animal testing."

 Information on the program

Further information for the media:
Prof. Dr. Kerstin Bartscherer, Osnabrück University
School of Biology/Chemistry
 kerstin.bartscherer@uos.de

Related news

A writing hand in a seminar room or classroom.
© Chinnapong/stock.adobe.com

Consciously shaping boundaries in a digital world

Since April 2025, scientists in the DigiBound joint project have been working on empowering children and young people in dealing with their digital environments. The project team is now giving an outlook on the next steps.

Eine Werbefahne mit dem Slogan "Schön dass ihr da seid" vor dem Eingang des Schlosses.
© Simone Reukauf

LeLa Annual Conference: Student labs between sustainability, democracy and society

From March 8 to 10, the LeLa Annual Conference will bring together stakeholders from school laboratories, subject didactics, science communication and educational research.

© Rohan/adobe.stock.com

23rd Linguistics Conference

On March 13 and 14, the 23rd Linguistics Conference for Doctoral Students (STaPs) will take place at Osnabrück University. Doctoral students of linguistics will discuss methodological questions and challenges in the dissertation.

An agricultural machine drives across a field.
© Kara

Do we need complex models for a risk assessment of plant protection products?

New research from Osnabrück University shows: For the assessment of pesticide risks in water bodies, simple models are often just as accurate as complex ones.