The culture substrates were assembled before seeding of the cells.
To assess templated mononucleotide ligation, minimal substrates were assembled from sets of upstream, downstream and bridging oligonucleotides.
Annealed substrates were assembled as follows: splayed duplex, DNA50+DNA50Y; 5′ overhang, DNA50+DNA25H; 3′ overhang, DNA50+DNA25X; duplex with bubble, DNA50+Bubble7; RNA DNA hybrid, DNA40+RNA25.
Typically, only 5% of the substrate molecules were labeled with P. All DNA substrates were assembled at room temperature by mixing primer, template, and downstream oligomers in a 1 1.1 1.2 molar ratio.
A HT-PEMFC GDE composed of a catalyst layer (sprayed in-house), MPL, and fibrous substrate was assembled, and its three-dimensional (3D) geometry was imaged using synchrotron X-ray microcomputed tomography.
Yet, many synthetic scaffolds and substrates in which such materials are assembled, the foundation, are designed at a single scale.
Of particular interest is how the substrate on which the CNT networks are assembled also influences on the applicational aspects of the CNT network.
Perhaps the most significant feature to emerge from such structures is the very large number of functional groups that are assembled near the substrate(s) binding site(s), with a capacity to participate in acid/base, H-bonding, dipolar, and hydrophobic interactions, etc.
From the AFM analyses, polystyrene nanospheres with diameter of 220 nm are assembled regularly on glass substrates.
Using 69% of all available building blocks, 2597 length-four pathways are assembled, starting from 245 substrates.
