The presence of ligands which form stable complexes with ions of the solid phase promotes the amplification of the buffer actions of heterogeneous systems.
Presence of ligands that form stable complexes with ions of the solid phase promotes the amplification of the buffer actions of the heterogeneous systems.
Usually, this effect tends to promote the amplification of smaller PCR products.
Similarly, the use of a tailed forward primer and a standard length reverse primer in the M13-tailed primer method can promote the amplification of non-specific products.
Indeed, Helitrons have promoted the amplification of three of the gene families (TFPT, RPLP0, and NARF) identified in analysis of the M. brandtii and M. davidii genomes (Seim et al. 2013; Zhang et al. 2013).
Deviations from the manufacturer's instructions included use of a modified oligo dT) primer to create first-strand cDNA, and a modified priming strategy during second-strand cDNA synthesis to promote the amplification of larger mRNA molecules.
Three OsBgals are located on chromosome 1, while 2 OsBgal each are found on chromosomes 3, 5, 6, and 10, and one OsBgal each is present on chromosomes 2, 8, 9, and 12. Similar to other gene families, OsBgals appear to have undergone gene duplication, as the rice genome has undergone genome-wide duplication events, including polyploidy, which promote the amplification of gene family members.
Triangular geometries uniquely exhibit uniform stress distributions in its teeth and promote the greatest amplification of mechanical properties.
Anti-trapezoidal geometries promote the greatest amplification of properties for suture interfaces with a bonded tip due the large tip interface area.
These results suggest that labile chromosomal features are involved in the amplification process by promoting the formation of DNA double-strand breaks at amplicon margins.
