▪ Abstract Retinal prostheses represent the best near-term hope for individuals with
incurable, blinding diseases of the outer retina. On the basis of the electrical activation of …

Retinal prosthesis has been translated from the laboratory to the clinic over the past two
decades. Currently, two devices have regulatory approval for the treatment of retinitis …

This paper presents an implant-based wireless pressure sensing paradigm for long-range
continuous intraocular pressure (IOP) monitoring of glaucoma patients. An implantable …

The development of polymer micromachining technologies that complement traditional
silicon approaches has enabled the broadening of microelectromechanical systems (MEMS) …

This paper presents an implantable parylene-based wireless pressure sensor for biomedical
pressure sensing applications specifically designed for continuous intraocular pressure …

Parylene C, an emerging material in microelectromechanical systems, is of particular
interest in biomedical and lab-on-a-chip applications where stable, chemically inert surfaces …

A new fabrication method of enclosed parylene microchannel, so-called 'parylene
micromolding'is presented in this paper. The conventional fabrication method based on …

This paper reports the influence of thermal annealing on the residual stress in parylene-c
thin-films on silicon. Although recently others have used the diaphragm bulge testing …

As lab-on-a-chip devices aim to incorporate complex and multi-step microfluidic workflows,
active fluid control within these platforms is critical. We use a splay aligned liquid crystal …

Freezing of water flowing through a small channel can be used as a nonintrusive flow
control mechanism for microfluidic devices. However, such ice valves have longer response …