The expression of COL7A1 template was increased by ATRA exposure, resulting in similar comparable expression.
The XRD pattern shows that the main phase is still anatase, however, when the template concentration is increased, minor peaks of the rutile phase appear and the crystallite size decreases to 8 nm.
Remarkably, the specificity constant for dCMP insertion across from template dG is increased over 400-fold when saturating concentrations of Mn2+ and Mg2+ are compared (Table 4).
Intense green fluorescence has been observed for nanofibers with nominally submonolayer (ML) coverage of 6T, whereas red emission could be attributed to 3-dimensional (3D -6T crystallites which have nucleated on top of the p-6P templates when the 6T coverage is increased (sketched in the first row of Figure 1 ).
Among these three catalysts, the performance order is Fe-NX/MPC50 > Fe-NX/MPC35 > Fe-NX/MPC22, showing the effect of template size on the ORR activity of the catalyst, i.e., the ORR activity increases when the template size (or MPC pore size) is increased.
One possibility that explains our data is increased polymerase dissociation from the primer-template.
In addition, updating templates after domain changes becomes easier, human mistakes are reduced, and portability is increased.
(gamma _{k,i}^+ >gamma _{k,i}^-) means that the utility is decreasing strongly when the template size is increasing.
Accordingly, the effective density of a free-stranding graphite foam grown on the high-surface area templates can be increased by an order of magnitude relative to one grown on a reticulated nickel foam template.
It was found that the average TM-score [31] of the first identified templates can be increased by 2.5% with the introduction of the torsion angle restraints, where the difference between ANGLOR-predicted angles and the experimental angles in templates was added to the profile-profile alignment scores.
