Press Coverage

Gastrointestinal-resident, shape-changing microdevices extend drug release in vivo (Science Advances, 2020)

• A Mechanical Parasite for Extended Drug Release, American Society of Mechanical Engineers

• 9 Bioinspired Medical Technologies, American Society of Mechanical Engineers

• Hookworms: Tiny Teeth for Futuristic Drug Delivery, Medium.com

• Microdevices that deliver drugs into the body, ECplanet

• Parasite-inspired drug delivery system could be the future of medicine, BBC Science Focus

• Researchers engineer tiny, shape-changing machines that deliver medicine to the GI tract, National Science Foundation

• Gastrointestinal-resident, shape-changing microdevices for extended drug delivery, Phys.org

• Inspired by Parasitic Worms, Researchers Engineer Tiny Machines That Deliver Medicine Efficiently, Sci Tech Daily

• Scientists Develop Mini Machines That Deliver Medicine By Latching Onto The Intestine, Unilad

• DOZENS OF TOOTHY DRUG DELIVERY DEVICES FIT ON A Q-TIP, Futurity

• Star-shaped device for more efficient drug delivery, Al Khaleej Today

• Theragripper for efficient drug delivery, DE24 News

• Theragrippers Engineered for Efficient Drug Delivery, Genetic Engineering & Biotechnology News

• Gut-grabbing drug-delivery device is inspired by the hookworm, New Atlas

• Tiny, shape-changing machines that deliver medicine efficiently to the GI tract developed by researchers, Signs of the Times

• Researchers engineer tiny machines that deliver medicine efficiently, Advanced Science News

• Parasite-inspired theragrippers deliver controlled doses, The Engineer

• Star-Shaped Device Designed To Release Drugs More Efficiently, Technology Networks

• Johns Hopkins researchers design tiny, star-shaped microdevices to deliver drugs, News Medical

• Johns Hopkins Researchers engineer tiny machines that deliver medicine efficiently, 7^th Space

• Researchers engineer tiny machines that deliver medicine efficiently, Medical XPress

• Johns Hopkins Researchers Engineer Tiny Machines That Deliver Medicine Efficiently, SCIENMAG

• Johns Hopkins Researchers engineer tiny machines that deliver medicine efficiently, Bioengineer.org

• Researchers engineer tiny machines that deliver medicine efficiently, ScienceDaily

• Johns Hopkins Researchers Engineer Tiny, Shape-Changing Machines That Deliver Medicine Efficiently To The GI Tract, Newswise

• Tiny shape-changing machines deliver medicine efficiently to the GI tract, NanoWerk

• Johns Hopkins Researchers Engineer Tiny, Shape-Changing Machines That Deliver Medicine Efficiently To The GI Tract, Sciencenewsnet.in

• Johns Hopkins Researchers engineer tiny machines that deliver medicine efficiently, EurekAlert

• Johns Hopkins scientists create parasite-inspired microdevice to gradually deliver drugs in the GI tract, Fierce Pharma

Helical Nanomachines as Mobile Viscometers (Advanced Functional Materials, 2018)

• Helical Nanomachines Map Viscosity, Technology.org

• IISc team develops novel diagnostic probe, Biospectrum India

• IISc develops microscopic probes which enter blood, detect diseases fast, New Indian Express

• Helical nanopropellers to measure local viscosity in a fluid, Nanowerk

• IISc study on nanoscience makes a splash, Bangalore Mirror

• Nanobots glide through living cells, IEEE spectrum

• A journey to the center of the cell, The Wire

Design, characterization and control of thermally-responsive and magnetically actuated micro-grippers at the air-water interface (PLOS One, 2017)

• Micro-grippers Steered Through Pacman-like Virtual Maze, Technology Networks

• Micro-grippers may be able to navigate unstructured environments, NanoWerk

• Micro-grippers may be able to navigate unstructured environments, Phys.org

• Micro-grippers may be able to navigate unstructured environments, EurekAlert