… applications in controlled drug delivery microsystems. The next generation of drug delivery
systems—fully integrated and self-regulating—would not only improve drug administration, …

… In recent years, microfabrication technologies have been applied in drug delivery … drug
delivery microsystems. These microfabricated drug delivery devices enable tailored drug delivery …

… Micro- and nano-electromechanical systems (MEMS or NEMS)-based drug delivery devices
… of these technologies may create totally new drug delivery paradigms. MEMS technologies …

… drug delivery, including micropump-based devices, reciprocating systems, and cochlear
prosthesis-mediated delivery, … for the first generation of technologies suitable for human clinical …

… the breadth of microsystem technology applications in medicine … Drug delivery systems that
make use of MEMS technology … microsystems aspects of technologies for systemic and local …

… other drug delivery MEMS … ) technology to produce microdevices for drug delivery have
expanded recently. We present several different approaches to the use of microdevices for drug …

… As such, while microsystems can assist in drug delivery, clearly these devices cannot by
themselves address all the issues associated with developing a clinically successful therapy. …

… drug delivery systems that incorporate microtechnology, with an emphasis on oral, dermal,
and implantable systems. Key features of each technology … of microfabricated drug delivery …

… market research report from the Network of Excellence in Multifunctional Microsystems (NEXUS),
a marketing organization for the Microsystems industry [28]. Most recently, the biotech …

… for use in tissue engineering, drug delivery, diagnostic, and therapeutic applications. This …
technologies that can be used towards the development of novel oral drug delivery devices. …