Marie Bønnelycke

Marie Bønnelycke serves as a Clinical Associate Professor in the Department of Clinical Medicine within the Faculty of Health and Medical Sciences at the University of Copenhagen. Her clinical affiliation with Region H (Copenhagen University Hospital) positions her at the intersection of academic research and clinical practice in pathology. Her institutional address is Blegdamsvej 3, 2200 København N, and she maintains research activity through the university's Institute of Clinical Medicine (ikm.ku.dk).

Dr. Bønnelycke's research spans two primary domains: gynecological oncology (particularly endometrial cancer pathology) and biomedical engineering applications for surgical complications. Her work on lymphovascular space invasion has significantly contributed to endometrial cancer staging criteria, with multiple high-impact publications in journals like Gynecologic Oncology and International Journal of Gynecological Pathology. Simultaneously, she pioneers translational research on autologous blood-derived patches for preventing surgical adhesions and enhancing hemostasis, with innovative animal model studies published in journals including Journal of Materials Science: Materials in Medicine and Heliyon.

Her publication portfolio demonstrates strong collaborative networks, particularly with researchers Eskildsen, Kalliokoski, and Loekkegaard. Several of her endometrial cancer studies have been referenced in clinical guidelines and have accumulated substantial citations (up to 75 in Scopus), indicating significant clinical impact. Her surgical biomaterials research shows promising translational potential, with studies demonstrating effectiveness in porcine and rat models across multiple organ systems.

Dr. Bønnelycke maintains an active research trajectory with publications spanning 2022-2025, including a forthcoming 2025 study in Heliyon. Her work bridges laboratory research, animal models, and clinical application, reflecting a comprehensive approach to improving gynecological surgical outcomes and cancer diagnostics.