Papers
2
Total Citations
11
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2
About
Marina Ntika is a pioneering researcher at the intersection of nanotechnology and multi-agent systems, with a primary focus on computational modelling for targeted cancer therapy. Her work explores the theoretical design and simulation of nanorobotic drug delivery systems, where she conceptualizes nanorobots as autonomous, collaborative agents capable of navigating complex biological environments. Ntika’s major contributions include developing formal models and multi-agent simulations to study how nanorobot swarms can precisely deliver drugs to tumors in body tissues, offering a promising future alternative to conventional treatments. Her most-cited papers—"Formal modelling and simulation of a multi-agent nano-robotic drug delivery system" (6 citations) and "Multi-agent system simulation of nano-robotic drug delivery in tumours of body tissues" (5 citations)—have laid foundational groundwork in this emerging field, demonstrating how agent-based approaches can capture the emergent, cooperative behaviors of nanorobots. Though still largely theoretical, Ntika’s research is notable for bridging computer science and biomedical engineering, providing critical insights that could one day revolutionize cancer treatment. Her work stands as a compelling example of how interdisciplinary simulation can advance futuristic healthcare solutions.
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