Therefore, a lot of researches have focused on solving the problem of low efficiency and the poor stability [4 6].
The main limits of reanalysis method using CUDA (Compute Unified Device Architecture) for large-scale engineering optimization problems are low efficiency on single GPU and memory bottleneck of GPU.
Spores of C. difficile will form colonies with extremely low efficiency on plated media in the absence of a germinant such as bile salts [14], [16].
These methods are developed to overcome the shortcomings of conventional dideoxy-sequencing, the as yet golden standard for mutation assessment, namely labor, time and expertise requirements, low sensitivity at 30% detection of mutant cells in tissues and variously low efficiency on FFPE-DNA [23], [24].
Generally, polymerases in the X-family exhibit low efficiency on nongapped DNA substrates resulting in distributive DNA synthesis.
Although lipid vesicles demonstrate a promising approach for transdermal drug delivery, the practical application of these formulations on the skin has low efficiency [ 19, 22, 25– 30].
The low efficiency on the restoration of dystrophin protein might be due to the inability of ZM2 to efficiently overcome the intestinal barrier, as documented by the biodistribution studies by Odyssey.
Therefore, in multiplex PCR on multiple displacement amplification products, when primer pairs with relatively low efficiency act on genomic loci with relatively low copy numbers, the result might be amplification failure or ADO.
Low efficiency, particularly on convection dominated problems, has however limited the adoption of the method.
By numerically reproducing the Schrödinger's cat interference pattern, we give evidence that quantum state reconstruction is actually possible in these conditions, and provide a guideline for handling optical tomography based on homodyne data collected by low efficiency detectors.
