Ulrik Winning Iepsen

Clinical Associate Professor Ulrik Winning Iepsen is affiliated with the Department of Clinical Medicine at the University of Copenhagen, where he conducts research at the intersection of pulmonary medicine, cardiovascular physiology, and exercise science. His work primarily focuses on chronic obstructive pulmonary disease (COPD) and its systemic manifestations, with particular attention to skeletal muscle dysfunction and vascular adaptations.

Dr. Iepsen's primary research interests encompass three major domains: (1) the systemic effects of COPD beyond the lungs, particularly skeletal muscle blood flow regulation and adaptation to exercise training; (2) lactate metabolism as a biomarker for mitochondrial function in sepsis, challenging conventional clinical interpretations; and (3) the role of T-type calcium channels in vascular function among elderly populations. His work bridges basic physiological mechanisms with clinical applications, particularly in rehabilitation strategies for COPD patients and reinterpreting lactate dynamics in critical care settings.

Analysis of his recent publications reveals a strong emphasis on exercise physiology in respiratory disease, with multiple studies examining skeletal muscle adaptations to training in COPD patients using advanced methodologies like Doppler ultrasound. His work demonstrates growing interest in microbiome research in respiratory conditions and expanding applications of exercise physiology principles to diverse clinical populations including athletes and critically ill patients. The publications show consistent collaboration with researchers at the University of Copenhagen and Copenhagen University Hospital.

Dr. Iepsen has established a productive research program with multiple ongoing projects, including investigations into skeletal muscle adaptations following lung transplantation in end-stage COPD patients and further exploration of lactate dynamics in sepsis. His work appears to be supported by institutional resources at the Department of Clinical Medicine, with evidence of active collaborations across multiple research groups focusing on respiratory physiology and critical care medicine.