Professor Rikard Landberg
Associate Professor Carl Brunius
Postdoc Lin Shi
Postdoc Izabela Biskup
Postdoc Marie Palmnäs
Postdoc Mohsen Mazidi
PhD-student Kia Nøhr Iversen
PhD-student Agnetha Rostgaard-Handen (Danish Cancer Society Research Center)
PhD-student Adila Nor MhD Omar (Karolinska Institutet)
PhD-student Rui Zheng (Uppsala University)
PhD-student Elise Nordin
Annette Almgren (Senior research engineer)
Janicka Nilsson (Research technician; SLU)
Carina Fredriksson (Research nurse; Uppsala University)
Increased evidence suggest that individuals may respond different to diet and lifestyle. However, it is yet largely unknown to what extent different lifestyle factors such as diet, medication, gut microbiota, physical activity along with genetic factors interact explains this difference. To make a shift towards healthier diet for all, there is a need to develop strategies for adaptations to meet the needs of the individual for optimal health. The aim of our research is to develop such strategies and evaluate them in human trials.
Diet plays a major role for health and is the main risk factor for development of non-communicable diseases (NCDs) which cause more than 60% of deaths globally according to WHO. Improving global health and well-being is one of the 17 Global sustainability goals (https://www.un.org/sustainabledevelopment/health/). The target to reduce premature mortality from NCDs by one third by 2030 will require large efforts to change to healthier dietary patterns.
Despite existing knowledge on what represents healthy eating at a population level, up to 9 out of 10 consumers do not eat according to dietary recommendations. More efficient dietary strategies to promote health and wellbeing are urgently needed. Evidence is accumulating that individuals have different responses to dietary exposures. To make a shift towards increased consumer motivation to healthy eating, we are investigating approaches for personalized nutrition, suitable for different metabolic phenotypes, i.e. metabotypes, identified from integration of diet, metabolomics and gut microbiota data.
Figure. The concept of metabotyping using metabolomics to find biomarkers of responders and non-responders to specific (dietary) intervention.
Our overall aim is to identify determinants of differential responses to diet and develop methods to identify responders/non-responders using metabolite biomarkers. Our aim is further to dissect the mechanisms underlying response/non-response to specific foods and diets. This will allow us to develop tailored strategies to improve the health outcome of foods for personal and public health. Metabotype-guided responses and diets also need to be tested against general nutritional advice in randomized controlled trials. Our vision is to develop tools which can be integrated in clinical practice to guide specific dietary advices as well as result in tailored foods for groups of individuals with similar needs within a 10 year perspective.
- New strategies for prevention of life-style related dieases through alterations of diet and microbiota. 2018-2020. Funding: The Swedish Research Council. PI: Prof. Rikard Landberg
- Diet x gut microbiome-based metabotypes to determine cardio-metabolic risk and tailor intervention strategies for improved health. EU JPI-INTIMIC project. 2018-2020. Funding: FORMAS. PI: Prof. Rikard Landberg
- Molecular profiling of the Central Swedish Cohorts & Biobank: Entering precision medicine for healthy ageing. 2018-2021. Funding: The Swedish Research Council. PI: Prof. Karl Michäelsson (Uppsala University).
- Swedish Infrastructure for Medical Population-based Life-course and Environment Research (SIMPLER, called Swedish Central Cohorts and Biobank). 2018-2022. Funding: The Swedish Research Council (VR-RFI). PIs Prof. Prof. Karl Michäelsson (Uppsala University) and Prof. Alicja Wolk (Karolinska Institutet)
- Proteomics and metabolomics in a prospective cohort study- towards precision medicine. 2017-2020. Funding: Olle Engkvist Foundation. PI: Prof. Karl Michäelsson (Uppsala University).
- Microbiome-centered strategies to promote development of the immune system in suckling pigs. 2018-2020. Funding: Formas. PI: Assoc. Prof. Johan Dicksved (SLU)
- Optimal diet guided by metabotype for health & wellbeing. 2016-2020. Funding: Formas. PI: Rikard Landberg.
- Whole Grain Rye Foods for Weight and Body Fat Reduction- The RyeWeight Study. 2015-2017. Funding: Formas. PI: Prof. Rikard Landberg
- ELIN- The effects of enterolignans in chronic disease. 2013-2018. Danish Strategic Research Fund. PI: Dr Anja Olsen (Danish Cancer Institute Research Center, Copenhagen)
- The MedGICarb-study: Long-term effects of a low GI diet on glucose and insulin responses an cardiometabolic risk factors. MultiCenter-study. 2017-2019. PI of the Swedish Center: Prof. Rikard Landberg. Funding: Barilla.