The longest products were obtained with polymerases bearing a proofreading activity (3′→5′exonuclease activity), and we recommend preferential usage of these polymerases when amplifying difficult IGS templates, in general.
Although considerable care is invested in ensuring the diligent use of electronic templates in general practice, much less attention is paid to how these are actually used by clinicians, or to the possibility that incorporating a template might profoundly change the way in which care is 'enacted' by professionals, and experienced by patients.
Nanoimprint lithography (NIL) templates are in general costly, especially for large area and small feature sizes.
Processivity is defined as the number of nucleotides added by a DNA polymerase per one binding to the template DNA, and in general, replicative DNA polymerase has a high processivity value, and repair polymerase has a low processivity value.
In general, a generic or a specific craniofacial template with similar shape attributes is chosen.
In addition, a large number of the remaining reads did not align in known genes, resulting in a net loss of usable reads for digital expression analysis and for template-switching-based methods in general.
In general, the template for getting progress should be the political world; the courts should be a last resort, an exception, and not the rule.
In our view, the provision of both is preferable to each one by itself, since it allows the linkage of theoretical and practical information, conforming to the template for undergraduate medical education in general.
In general, protected templates differ more as more distant the respective transformation parameters are [146].
