drug-delivery devices / tumor site / refillable drug-delivery device / device site / immune systems / target site / drug delivery devices / drug-delivering device / disease site / cancer therapy / local drugdelivering device / injectable delivery device / control systems / treatment of a wide range of diseases / drug-delivering devices / chemical interactions / therapies for cancer / drug delivery technologies / refillable drug-delivery devices / imaging / target tissue site / local drug-delivering devices / long-sought solution / /
MedicalCondition
tumor / cancer / Tumors / disease / diseases / tumor growth / improved cancer / inflammation / breast cancer / autoimmune diseases / /
MedicalTreatment
invasive surgery / catheters / cancer therapy / /
Organization
Harvard University / Academy of Sciences Published / Wyss Institute for Biologically Inspired Engineering / National Academy of Sciences / /
Person
David J. Mooney / Stuart Mason Dambrot Schematic / Yevgeny Brudno / /
PublishedMedium
Proceedings of the National Academy of Sciences / /
Technology
pharmacokinetics / drug delivery / drug delivery technologies / drug-delivery / existing technologies / GPS / treating cancer / two technologies / /
Medicinal GPS: DNA nanotechnology-based approach allows injected drugs to find tumor sites