Integrative Circulation

Bentzen Group

Our group works to understand the role of ion channels in health and disease. Our main focus is to understand the mechanism of cardiac arrhythmia and to find new opportunities for treatment of these.

Biering-Sørensen Group

Our aim is to test and merge new research methods that provide rapid responses to potential effect for the benefit of the patients. The vision for the research is to develop treatments which in the long term will make…

Brustad Group

The Brustad Group investigates early-life disease patterns of infectious and atopic diseases including eczema, allergy and asthma for better prevention in childhood.

Christoffersen Group

The overall theme of our research is basic and clinical aspects of lipid and lipoproteins and how it can affect cardiovascular disease and diabetes.

Davies Group

The Protein Oxidation group works to understand the mechanisms of protein modification by reactive species (radicals, two-electron oxidants, glycation reactions), the biological consequences of such reactions, and the…

EL ALi Group

Translational research on lung function, integrating physiology, modeling, and omics to bridge animal and human respiratory studies.

Hartvig Group

Using translational research model systems ranging from isolated organelles to cells to mice, rats, sheep and humans coupled with state of the art as well as classical biochemical and molecular biology methods our…

Hawkins Group

Our focus is to gain a better understanding of the role of innate immune cell dysfunction in the development of chronic inflammatory disease, particularly atherosclerosis and the development of cardiovascular…

Jacobsen Group

Research in the Vascular Modeling Laboratory is focused on integrative models of the microcirculation. We apply multiple-scale computational models to investigate basic mechanisms operating in the microcirculation in…

Jepps Group

The overarching theme of the group's research is to reveal and investigate new mechanisms that regulate arterial tone in order to improve our understanding of how vascular diseases develop, such as hypertension and…

Jespersen Group

In the Cardiac Physiology Laboratory, we aim at elucidating the physiological function of membrane embedded and associated proteins, through molecular, biochemical, pharmacological, and electrophysiological…

Kanters Group

The research group is concerned with signal analysis of electrocardiographic signals and inherited arrhythmias. We has specialized in the study of Long QT syndrome and has an outpatient clinic in cooperation with…

Linz Group

In the Cardiac Physiology Laboratory, we aim at elucidating the physiological function of membrane embedded and associated proteins, through molecular, biochemical, pharmacological, and electrophysiological…

Lubberding Group

Our group aims to find novel treatment strategies for cardiometabolic disease. We do this by investigating the molecular mechanisms of cardiometabolic disease and probing possible novel targets for the treatment of thes…

Lundby Group

In the Lundby group cardiac proteomics is applied to gain molecular insights into regulatory processes in the heart. The efforts undertaken aim at uncovering a deep molecular understanding of the changes in hearts…

Lundegaard Group

The Lundegaard Group is interested in understanding the role of genes involved in cardiac development and function, and how mutations in these genes can lead to cardiac disease in patients.

Mandrup-Poulsen Group

The Immuno-endocrinology laboratory works to prevent and cure type 1 and type 2 diabetes by targeting the inflammatory and metabolic pathways leading to pancreatic beta-cell failure. Ongoing projects define the…

Nielsen Group

The research focus of the Gap Junction Group is the regulation of cardiac conduction. We are particularly interested in the role of gap junctions and their use as anti-arrhytmic target.

Ochala Group

Our group focuses on the understanding of muscle cell function in health, evolution, and disease with a specific focus on the motor protein, myosin and its binding partners.

Schmitt Group

Our group focuses on the impact of mutations, molecular regulatory mechanisms and accessory subunits on the function of ion channel complexes with special focus on cardiac arrhythmia. Because we can observe many of the…

Sosnovtseva Group

We combine innovative experimental techniques, new methods of data analysis and mechanism-based modeling to unravel complex relationships between structure, dynamics, and function of cellular and vascular networks in…

Sørensen Group

Our aim is to understand how the renal vasculature functions during normal conditions and during disease-states such as hypertension and diabetes. We investigate the mechanisms regulating the excretory function of the…

Thomsen Group

The lab wants to contribute significantly to understanding HFpEF through the use of relevant animal models for HFpEF. Cardiac electrophysiology is the science related to the investigation, diagnose, treatment,…