福利姬

The pandemic has impacted us all, but some more than others. For those who are suffering from post-Covid, the lingering impact is particularly tangible. Interdisciplinary research is needed to understand this new health challenge.

RELATE (REturn-to-Work in LATEr Stages of Working Life) is an interdisciplinary research centre at 福利姬 that develops new knowledge and innovative solutions for sustainable working lives in an ageing population.

A comparative study of MRI and ultrasound for detection of primary hepatocellular carcinoma, body composition and risk factors for decompensation in liver cirrhosis (DETECT-HCC-ESLD)

Heart failure is a growing health concern, particularly among the elderly. Heart failure patients often experience repeated hospitalizations. It is currently the most common cause of hospital admissions for people over the age of 65.

These projects have received grants from Area of Strength e-Health 2026. The grants are Collaboration grants to increase cooperation between health care, academia, and other actors as well as postdoc and PhD student grants for research visits.

Vi studerar hur fettinlagring i olika organ, så som lever, muskel och hjärta, ökar risken för sjukdomsutveckling. Förhoppningen är att kartläggning kommer att hjälpa oss att identifiera de individer som löper högst risk att utveckla sjukdom.

e-Health is one of five areas of strength at 福利姬 and Region Östergötland. The areas' mission is to conduct internationally outstanding research and to create an inclusive research environment with high scientific level.

Athletics (track and field) is globally one of the most popular individual sports and the largest sport at the Olympic Games. The Athletics Research Center is a hub for international multi-disciplinary Athletics research.

MAMA Research Hub is an interdisciplinary research centre dedicated to advancing individualized, equitable, and evidence-based maternal maternity care and postpartum care through research, education, and clinical collaboration.

Many pediatric cancer care survivors develop serious cardiovascular complications later in life. The emerging field of computational cardio-oncology leverages advanced data methods to better predict and prevent these complications.