Sentence examples for device coatings from inspiring English sources
These films were also successfully applied to several medically relevant substrates, including intraocular lenses, bandages, and sutures, demonstrating potential for use as medical device coatings.
Optically clear gels that are homogeneous on the microscale can be fabricated in a scalable manner to create flat, large-area thick films, making these systems favorable for applications in wound healing, soft tissue repair, and biomedical device coatings.
Although multifunctional device coatings have long been considered a promising strategy, their development is hindered by difficulties in integrating biocompatibility, anti-infective activity and antithrombotic properties within a single grafting agent.
Today, we depend on livestock animal tissues for the isolation and the annual commercial production of hundred ton quantities of heparin used in the manufacture of anticoagulant drugs and medical device coatings.
Cell-specific adhesion properties were induced via an adhesion peptide derived from laminin-5 coupled to native or cross-linked PLL/PGA multilayered polyelectrolyte films (MPFs), which are used for biomedical device coatings.
The thermal, tensile, and rheological properties of all of the functionalized arb-PIB materials were studied and compared to their linear analogues in order to gain insight into the effects of polymer architecture on these properties as well as to determine their suitability as potential medical device coatings.
Hammond's lab is also working on medical-device coatings that could secrete useful drugs, hormones or growth factors.
Preventing biofilms: Bacteria don't adhere well to soft polymer films like those in the petri dishes shown here, so the films could be used as antibacterial medical-device coatings.
With the increased use of sensors in automobiles and in implanted medical devices, coatings have had to play a new role in meeting diverse requirements.
The unique properties of thin diamond layers make them perspective candidates for producing advanced micro-electronic devices, coatings for cutting tools and optics.
Polymer micro- and nano-particles are fundamental to a number of modern technological applications, including polymer blends or alloys, biomaterials for drug delivery systems, electro-optic and luminescent devices, coatings, polymer powder impregnation of inorganic fibers in composites, and are also critical in polymer-supported heterogeneous catalysis.
