The designs range from the most structurally efficient at the top to the most operationally efficient at the bottom.
Branching Porites colonies were notably more structurally complex at the 4 cm scale, relative to massive Porites colonies of the same size, though relatively high contour distances were also observed in the latter (Fig. 5; Supplementary Table S5).
The potential for such conformational adaptability is supported by our observations that, even though structurally distinct at the atomic level, [hu] and [mo] amyloids formed under the q25 conditions exhibit similar secondary structures consistent with similar overall β-core folds.
The morphologies of ZnO films deposited appear to be largely deposition surface-independent for these substrates as the substrate materials remain chemically and structurally stable at the growth conditions and process temperature of 330°C.
We applied our model to functionally characterized proteins that were not structurally solved at the time of model induction.
Figure 6A shows the colocalization in the nucleus of IN-EGFP labeled PICs with neo-synthesized cDNA, proving that the fluorescent recombinant virus is indeed structurally intact at the nuclear level.
In the same laser-writing step, a volume region defining the microchannel is structurally modified at the surface of the chip.
