The assay proved to be suitable for the high-throughput routine diagnostic laboratory.
A middle column was added to reduce the analysis cycle time and make it suitable for high-throughput routine clinical assays.
For a high-throughput routine laboratory with broad analytical base, the cost of ownership (COO) associated with the sustenance of chromatographic accessories therefore presents a steep challenge, amongst others.
Application of this adapted scaffold in a high-throughput routine environment (such as herbal products manufacturing plant) would imply a significant reduction in effort and time, since the option of having a model driven analytical solution is now available.
Application of the scaffold in a high-throughput routine environment would imply a significant reduction in effort and time, since the option of having a model driven analytical solution is now available.
Firstly, paraoxon is very unstable and extremely toxic, which is not suitable for a high-throughput routine method.
In contrast to the 454 system, the MiSeq features on-board clonal amplification, thereby greatly simplifying sample preparation and rendering the workflow more amendable for high-throughput routine operation.
However, these tests are not suitable for effective, fast, high-throughput routine diagnostic screening because they are labor intensive, the samples are prone to contamination and have relatively lower sensitivity.
In the present study we present a simple method which would allow the high-throughput routine evaluation of the oxidative susceptibility of LDLs in the simultaneous presence of Cu2+ and H2O2 in the general clinical laboratory.
As exemplified by our analysis of the haplotypic structure around L1 insertions, this novel method can benefit a wide range of applications including high-throughput, routine genotyping and functional studies of TEs and structural variants.
