A new type of biosensor device is here presented which is fabricated using the same processes used for the fabrication of integrated electrical circuits to enable tighter integration and further sensor/biosensor miniaturization.
The paper addresses technological challenges one is faced when the here presented device structure is scaled to minimum device dimensions.
We here present the concept of an inexpensive PDMS-based point-of-care device for CD4-count.
A design methodology of current sources for nanoelectronic devices is presented here for the first time.
Although the photoelectrochemical devices presented here do not present all the properties of inorganic-based devices, we discuss some strategies to enhance the photoelectrochemical properties and response time of conducting polymers used in these type of systems.
The devices presented here are pumped at frequencies ranging from 4 to 24 kHz.
The devices presented here are designed and fabricated using the thin film transistor (TFT) display technology at the Arizona State University Flexible Electronics and Display Center.
This includes both devices presented here.
A new experimental device is presented here: It is comprised of a rotating tunnel and a rotating-beam controlled by computer which can be used for multiple visuo-idiothetic and kinesthetic sensory conflict situations during active locomotor behaviour by mice.
Aiming for the simulation of colloidal droplets in microfluidic devices, we present here a numerical method for two-fluid systems subject to surface tension and depletion forces among the suspended droplets.
