CV Professor Marju Orho-Melander (19661205)
- A. Education/Training
- PhD (“Dr.Med.Vet”), experimental endocrinology, Dep. of Endocrinology, Lund University, Sweden, 1999. “Human glycogen synthase genes: role in insulin resistance and hypoglycaemia” Supervisor Prof Leif Groop
- Master of Science (“Fil Mag”), biochemistry, Dep. of Biochemistry, University of Helsinki, Finland, 1995
- B. Positions and Honors
- 2015-2020 Holder of an ERC-Consolidator grant
- 2013-2018 Distinguished Younger Researcher (Swedish Research Council
- 2010- Professor of genetic epidemiology, Faculty of Medicine, Dep. of Clinical Sciences in Malmö, Lund University, Sweden 2010-
- 2010-2015 Senior scientist by the Swedish Scientific Council University lecturer, Dep. of Clinical Sciences in Malmö, Lund University, 2008-2010, 80% research
- 2010 Fernström prize for young successful scientist, Lund University
- 2013 Novo Nordisk Foundation Lecture 2013 (Nordic prize in diabetes research)
- 2013 DPLU/LUDC Nordic prize for outstanding young diabetes investigator
- 2006-2008 Senior Researcher, Dep. of Clinical Sciences in Malmö, Lund University,
- 2004-2010 Associate professor (“docent”) of experimental endocrinology, Dep. of Clinical Sciences in Malmö, Lund University
- 2001-2004 Research Assistant (VR Forskarassistent), Lund University
- 1995-1999 PhD-student, Dep. of Endocrinology, Lund University
- C. Publications
Orho-Melander has published >240 papers in international peer reviewed scientific journals and these have been cited >20,000 times (h-index 64). She has received several prestigious prizes and grants as the Fernström Prize for younger investigator at Lund University 2010, the Distinguished Younger Researcher Grant by the Swedish Research Council 2013-2018 and an ERC-Consolidator grant 2015-2020.
The current main research interests of Orho-Melanders´research group are related to prediction and prevention of cardiometabolic diseases with main focus in genetic and circulating biomarkers, diet, gut microbiota and causal risk factors in population based cohorts.
The role of gut microbiome in cardiometabolic diseases: with focus on diet, bacteriophages and causal inferences in two large longitudinal Malmö cohorts
BACKGROUND: Despite evidence supporting a role for the gut bacteria in multitude of human diseases including type 2 diabetes (T2D) and cardiovascular disease (CVD), causal- and mechanistic evidence in humans is limited, and prospective studies are lacking. The gut bacterial composition can be modified by environmental factors as probiotics and dietary changes, and by gut bacterial viruses, bacteriophages/prophages (phages). Therefore, it is important to understand how dietary factors and phages regulate the gut bacterial equilibrium, and connect to cardiometabolic risk.
OBJECTIVES: We challenge the question of interrelationships between bacteria and phages in human fecal samples and investigate their connection to dietary intakes and the future risk of T2D and CVD. For this purpose, we will integrate clinical phenotype data with multi-omics data of human (genomic, metabolomic, proteomic) and gut origin to clarify connections between dietary patterns/intakes, host genetic factors, circulating metabolites and inflammatory proteins and gut microbiota composition, diversity and functional capacity, and how such connections relate to risk of cardiometabolic disease (CMD).
WORKPLAN: In two large population cohorts, the SCAPIS-Malmö (N=5008) and Malmö Offspring Study (N=3700), we investigate how gut microbiota composition, diversity and functional capacity are related to diet and associate with cardiometabolic risk traits and incidence of T2D and CVD. We perform novel type of shotgun metagenomic analysis with precision and coverage far beyond the classical reference -based approaches, enabling detection and quantification of all bacterial species to strain level, and phages. By Mendelian Randomization we study causal connections and directions between gut microbiota, metabolites and risk of T2D and CVD. By Machine Learning we elucidate hidden connections and hierarchies in the multi-omic data in relation to CMD.
SIGNIFICANCE: Our study will determine interrelationships between gut bacteria and phages and provide prospective evidence for the role of the gut bacteria and their virus in CMD. Further, we expect to identify individual bacterial species/strains and phages that via dietary patterns relate to risk of CMD. Our study will identify risk groups for future interventions, and has the capacity to detect potential new probiotic bacterial strains and to evaluate the potential of phage in future diagnostic and therapeutic applications.
GRANT SUPPORT: Our studies are supported by the European Research Council (consolidator grant 649021) the Swedish Research Council, the Region Skåne University Hospital), the Swedish Heart and Lung Foundation, the European Foundation for Study of Diabetes (EFSD 2015/338), the Novo Nordic Foundation, the Albert Påhlsson Foundation and the Swedish Diabetes Foundation.
Recent research outputs
Research output: Contribution to journal › Article
Research output: Contribution to journal › Article