The chip consists of a biocompatible substrate comprised of an electrochemical cell with two gold electrodes (working and counter) and an Ag/AgCl quasi-reference electrode.
A low-cost noble metal-free substrate comprised of annealed graphene oxide (GO)/ZnO composites is prepared to demonstrate an efficient chemical surface-enhanced Raman scattering effect.
In this study, we proposed a novel cell culture substrate comprised of silicon nitride bridges whose structure stiffness can be regulated by altering the axial residual stress without changing material and geometry properties.
For these experiments, we utilized a synthetic oligonucleotide substrate comprised of 20-mer template bearing either dG, or 8-oxo-dG positioned immediately downstream of the 3'-OH of an annealed complimentary 13-mer oligo (see legend to Table 3 for oligo sequences).
Automated classification (band calculation) methods were found to be most effective on quartzitic sandstone and siliceous crystalline bedrock, whereas, semi-automated (supervised classification) techniques were most successful on substrates comprised primarily of carbonate lithologies.
This chapter describes the importance of using bone morphogenetic proteins in bone tissue engineering and the development of new Calcium Phosphate (Ca-P) coatings, used on substrates comprising polymers of natural origin, as a vehicle to deliver critical organic bone components that affect tissue response, such as growth factors to initiate osteo-induction.
Specifically, using laser precision 3D micro/nano fabrication techniques, silicon substrates comprising arrays of parallel oriented elliptical microcones (MCs) were fabricated to investigate whether a discontinuous geometry comprising anisotropic features at the subcellular level could influence the alignment of peripheral nervous system cell populations.
A flexible strip is attached at its ends to a substrate comprised of two rigid plates connected with a hinge.
One of promising substrates for controlled cell growth is a solid substrate comprised of synthetic one-dimensional nanostructures such as polymer nanofibers, carbon-based nanotubes/nanofibers, and inorganic nanowires.
In this system the method of Pelham and Wang [24] has been adapted to generate a multiwell plate in which the substrate is comprised of polyacrylamide gels of varying stiffness that have been functionalized to provide a binding surface for extracellular matrix proteins, e.g., collagen.
