This phase separation technique represents a very simple and straightforward approach to the formation of a monolith having a uniform nanoscale porous structure (mesoporosity) without assistance of any templates in comparison with conventional fabrication methods from monomers.
There was a marked inhibition of nucleosomal transcription by Pol I on the crosslinked nucleosomal templates, in comparison with the controls.
This is evident in a number of studies where reduced digestion with restriction enzymes was observed in nucleosomal templates in comparison to non-nucleosomal ("free") DNA [24], [25], [26], [27].
As demonstrated in Fig. 5, no further repair is seen of the SSB resulting from AP site cleavage within nucleosomal templates, in comparison to efficient repair of the resulting SSB within free DNA.
The peaks of the TiO2 crystals appeared stronger in the pattern of the 50SiO2·50TiO2 template [50Ti] in comparison with those of 20Ti.
In addition, avoiding of dissolving the template materials in comparison with wax masking method was also benefit for environment and recycling.
Interestingly, KlenTaq wild-type exhibits a more sterically crowded environment close to the relevant template site in comparison to KOD exo-.
By the systematic survey of template-prepared metal oxide electrode materials, we aim to stress the structural and morphological merits of the template-directed materials in comparison with their traditional bulk forms.
Table 4 Criteria for clone types detection Clone type Standardized source code Template code Metrics comparison Textual comparison Template comparison Type-1 Same Same - Type-2 Same Difference in Parameters Same Type-3 Range1 >=90% - Range2 >=85% Type-4 Same No match Same.
