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Lundberg Foundation grants open new doors for research

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Advanced microscopes, instruments for analyzing cells, and technologies that can reveal previously unknown disease mechanisms. When the IngaBritt and Arne Lundberg Research Foundation brought together this year's grant recipients at Medicinareberget in Gothenburg, the presentations showed how much new research equipment can mean—not just for individual projects, but for entire research environments.

At the ceremony at Academicum, researchers from the University of Gothenburg, Chalmers University of Technology, Lund University, Örebro University, and other institutions presented their projects and described the new opportunities the grants will provide.

This year, the foundation is awarding SEK 56.76 million to 27 research projects. Of these, 24 were represented at the ceremony, which attracted more researchers than in previous years. The foundation has also broadened its support to include research on intestinal and lung diseases, alongside its established priority areas of cancer, kidney disease, and orthopedics.

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Group picture of researchers
24 projects were represented at the ceremony, which attracted more researchers than in previous years
Photo: Hannes Almeräng

A closer look at the airways

Among the researchers presenting their projects was Kristina Johansson of Sahlgrenska Academy. She recently established a research group focused on respiratory diseases and is investigating, among other things, how the airway mucosa and immune cells contribute to disease development.

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Kvinna med ros i samtal med två andra personer
Kristina Johansson.
Photo: Hannes Almeräng

The grant will allow her group to purchase an advanced cell sorter that can isolate and analyze specific cell types with high precision. The technology can be used to study immune cells as well as goblet cells, which produce mucus in the airways.

The new equipment will enable researchers to isolate and study intact cells, including cells from clinical samples collected from patients with asthma and chronic obstructive pulmonary disease (COPD). This will help them investigate how different cell types interact within the airway mucosa and what roles they play in disease development.

Gut bacterial metabolism

Robert Caesar, representing Fredrik Bäckhed's research environment at Sahlgrenska Academy, described a new mass spectrometer that will make it easier and more efficient to analyze metabolites produced by gut bacteria.

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Man presenterar inför publik
Robert Ceasar.
Photo: Hannes Almeräng

The researchers are investigating, among other things, how bacterial metabolism affects human health. Some of the metabolites produced in the gut enter the bloodstream and may play a role in the development of metabolic diseases.

The research group has found that certain microbial metabolites occur at substantially higher levels in people with diabetes than in healthy individuals. Similar associations have also been observed with cardiovascular disease. The new equipment will make these analyses more efficient and could eventually help researchers identify people at increased risk of developing these diseases.

Equipment that benefits many researchers

A recurring theme throughout the afternoon was how the new equipment will be shared among researchers and research groups. Several instruments will be housed in shared research facilities, where they can be used in a wide range of projects.

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Kvinna presenterar inför publik
Christina Backman
Photo: Hannes Almeräng

Christina Backman, Chair of the Board of the IngaBritt and Arne Lundberg Research Foundation, welcomed this year's grant recipients to the ceremony. Founded in 1982, the foundation has since awarded approximately SEK 1.2 billion to medical research. This year's allocation of SEK 56.76 million is one of its largest in several years.

The presentations made clear that investments in advanced equipment can have an impact far beyond the individual projects receiving funding. Making these instruments available to more researchers can enable new collaborations and strengthen research across many different fields.