After this process, the Al substrates presented a mirror-like finished surface, what indicates that the surface was suitable for homogenous growth of NAA.
While PelA, D and E showed an activity limited to substrates presenting a low degree of methylation, PelB and PelC were most active towards partially methylated pectin.
Our results show that some regions, responsible for entrance and exit of substrate, present a conformational variability, which is dissected by dynamics simulation analysis.
Towards this end, ribozymes (i.e. RNA enzymes) that specifically recognize and subsequently catalyze the cleavage of their RNA substrate present an attractive molecular tool.
For biological applications, the thick, heavy substrate presents a serious hurdle for interfacing with single cells.
For biological applications, however, the thick, heavy substrate presents a serious hurdle for interfacing with single-cells.
The hardness distribution from the outmost coating to the substrate presented a gradient high-to-low variation; the hardness of the outmost coating reached 820 830 HV.
The semi-crystalline substrate presents a brittle cracking damage from a given strain, whereas when covered by the semi-conducting thin film, the sample exhibits a more ductile behaviour.
The surface of the electrode substrate presented a homogeneous and flat morphology (Fig. 5C, D).
We have observed that the TiO2 film formation affects the stability of the SiO2 layer cracking the layer and giving rise to the formation of 'micro-shavings' dispersed on the glass substrate, presenting a granular surface morphology with grain diameter of about 50 nm.
