Monica Marini
Papers
1
Total Citations
65
H-Index
1
About
Monica Marini is a leading figure in DNA nanotechnology, whose work bridges the gap between molecular engineering and biomedical applications. Her primary research focuses on the design and control of DNA-based nanodevices, with a particular emphasis on DNA origami structures that can perform precise mechanical tasks at the nanoscale. Her most cited work, "A DNA Origami Nanorobot Controlled by Nucleic Acid Hybridization" (2014, 65 citations), introduced a groundbreaking prototype: a cylindrical nanorobot just 14 nanometers in diameter and 48 nanometers long. This device featured a switchable flap that could transition from a disarmed to an armed configuration in response to external nucleic acid stimuli, demonstrating a programmable, physical switch for targeted cargo delivery. This innovation represents a major contribution to the field of smart nanomaterials, offering a versatile platform for controlled drug release and molecular sensing. Marini’s work has been instrumental in advancing the practical utility of DNA origami, inspiring subsequent research in nanorobotics and synthetic biology. Her achievements highlight the potential of DNA as a programmable material for building dynamic, functional nanoscale machines.
Research Focus
Key Achievements
Top Papers
- 1A DNA Origami Nanorobot Controlled by Nucleic Acid Hybridization65 citations · 2014