Magdalena Kubik

Magdalena Kubik serves as a Clinical Associate Professor in the Faculty of Medicine at Aalborg University, where she works as an Overlæge (Senior Physician) in the Department of Nuclear Medicine at Aalborg University Hospital, Denmark. Her dual role bridges clinical practice with academic research in nuclear medicine and related medical specialties.

Dr. Kubik's research spans multiple medical disciplines with particular expertise in Nuclear Medicine applications for cancer surveillance and rare disease diagnosis. Her work demonstrates significant contributions to understanding imaging techniques for non-small cell lung cancer monitoring, unusual manifestations of hyperparathyroidism, IgG4-related diseases, and advanced diagnostic approaches for prosthetic joint infections. She employs sophisticated methodologies including PET/CT imaging, molecular diagnostics, and case-based analysis of rare conditions.

Her publication trends reveal a consistent focus on improving diagnostic accuracy through nuclear medicine techniques, with emphasis on differentiating between similar conditions (like Brown tumors versus metastases) and developing standardized protocols for cancer surveillance. Her research often addresses challenging diagnostic scenarios where imaging findings can be misinterpreted, requiring careful clinical correlation.

Dr. Kubik maintains active collaborations across medical specialties as evidenced by her multi-center studies involving numerous researchers from different institutions. Her work has garnered citations and attention across academic platforms, with some publications receiving notable readership on Mendeley and mentions in academic discussions.

Her clinical and research activities demonstrate commitment to advancing diagnostic precision in nuclear medicine, particularly in challenging cases where accurate differentiation between disease processes is critical for appropriate patient management. She contributes to both the technical aspects of medical imaging and the clinical interpretation of complex cases across multiple organ systems.