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个人简介
DESCRIPTION OF RESEARCH
Dr. Karmonik’s research focuses on enhancing information in medical images by optimized acquisition techniques and advanced post-processing algorithms. Applications include visualization and quantification of hemodynamics in cerebral aneurysms to optimize outcome after flow diverter treatment using 4D phase contrast MRI and computational fluid dynamics together with 3D printing technology, understanding flow changes in the ascending aorta in patients with left ventricular flow devices and probing functional connectivity in the brain in health and disease.
AREAS OF EXPERTISE
functional Magnetic Resonance Computational Fluid Dynamics Computational Surgery Brain imaging Image Processing
Dr. Karmonik’s research focuses on enhancing information in medical images by optimized acquisition techniques and advanced post-processing algorithms. Applications include visualization and quantification of hemodynamics in cerebral aneurysms to optimize outcome after flow diverter treatment using 4D phase contrast MRI and computational fluid dynamics together with 3D printing technology, understanding flow changes in the ascending aorta in patients with left ventricular flow devices and probing functional connectivity in the brain in health and disease.
AREAS OF EXPERTISE
functional Magnetic Resonance Computational Fluid Dynamics Computational Surgery Brain imaging Image Processing
研究兴趣
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BMC Urologyno. 1 (2024): 1-12
THORACIC AND CARDIOVASCULAR SURGEONno. 02 (2024): 134-141
Neurourology and urodynamics (2024)
Journal of Vascular Surgeryno. 4 (2024): 33S
JOURNAL OF UROLOGY (2023): E26-E26
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