Dmitry Grishenkov

Dmitry Grishenkov is an Associate Professor at KTH Royal Institute of Technology, working at the Division of Biomedical Imaging within the Department of Biomedical Engineering and Health Systems. He serves as Program Director of the M.Sc. Programme in Innovative Technology for Healthy Living (TIHLM) and is Vice Director of the Jonasson Centre for Medical Imaging. His research lab is located at KTH Campus Flemingsberg.

Dr. Grishenkov's research focuses on Contrast Enhanced Medical Imaging and Therapy, with particular emphasis on characterization of structural and physical properties of multimodal contrast agents, investigation of sonoporation and cavitation mechanisms, and understanding dynamics of multiphase media in biomedical applications. His recent work has been dedicated to high frequency ultrasound imaging and photoacoustic imaging in vivo using small and medium laboratory animals, developing novel methods for visualization and quantification of multimodal contrast agents.

His publication record shows a strong focus on microbubble and droplet-based contrast agents, with recent articles exploring hydrodynamic cavitation-on-a-chip platforms, cellulose nanofiber-coated droplets, and advanced ultrasound imaging techniques. The research spans biomedical engineering, fluid dynamics, and nanotechnology with applications in thrombolysis, drug delivery, and environmental remediation.

As an educator, Dr. Grishenkov teaches and examines courses including Artificial Intelligence within Biomedical Engineering, Medical Engineering Advanced Course, Ultrasound, and Medical Technologies in Digital Healthcare Transformation. He has been instrumental in establishing the KTH-SJTU Summer School in Interdisciplinary Biomedical Research.

His research group collaborates extensively with the Karolinska Institute on novel contrast agents for tissue-specific diagnostics and localized drug delivery, and with KTH's Department of Applied Physics on microfluidic studies of microbubble behavior. This interdisciplinary approach has positioned his work at the forefront of innovative medical imaging technologies with both diagnostic and therapeutic applications.