The Fantastic Voyage of Nanoswimmers
A team of researchers led by Joseph Wang of the University of California at San Diego demonstrated a template electrosynthesis that allows for large-scale and low-cost preparation of magnetically driven tailored nanoswimmers that display efficient propulsion behavior and hold considerable promise for future miniature devices in the human body.
Representation of the template electrosynthesis of magnetically-driven helical nanoswimmers. (Image courtesy of Dr. Joseph Wang, University of California at San Diego)
Previous routes for fabricating helical micro/nanoswimmers required specialized and expensive instrumentation, and dimensions were commonly limited by the resolution of optical lithography.
This new synthesis employed a method, template-directed electrodeposition, which cost less, was more readily scalable to mass produce and was not limited by optical resolution.
It is possible that such disruptive approaches to medical countermeasures will impact, for example, DTRA’s Nanostructured Active Therapeutic Vehicles and Bioscavenger programs.These nanoswimmers hold promise for advanced targeted drug delivery systems and biocompatible catalytic countermeasures to ensure the warfighter remains protected from within against biological and chemical attacks.
Story and information by John Davis
Defense Threat Reduction Agency’s Chemical and Biological Technologies Department
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This entry was posted in Articles and tagged biological threats, Bioscavenger, chemical and biological threats, defense threat reduction agency, electrodeposition, electrosynthesis, Fantastic Voyage, Joint Science and Technology Office for Chemical and Biological Defense, Joseph Wang, medical countermeasures, Nanostructured Active Therapeutic Vehicles, nanoswimmers, optical resolution, template-directed, University of California at San Diego. Bookmark the permalink.