PCR based tests may be possible from archival paraffin material, but would likely be limited to small predictive gene sets similar to the 21 gene set we have identified.
Their marker-based test may be useful in developing lettuces that show both disease resistance during cultivation, and a longer shelf life once leaves are cut for sale.
A performance-based test may be used to design concrete for such exposures, provided that it is representative, sensitive, and repeatable.
Consequently, the construct to be assessed in a language test, particularly a computer- or Internet-based test, may be more accurately defined by taking into consideration the context in which language communication is taking place.
If confirmed in larger studies these data indicate that screening for colorectal precancerous lesions with a blood-based test may be as feasible as screening for invasive cancer.
Considering that the sensitivity of NS1 Ag-based test may be influenced by test method, viral serotype, serological status and clinical severity, we also performed subgroup analysis.
Although further validation is needed, these results suggest that an APN-based test may be particularly useful for guiding the selection of PC patients for watchful waiting or active surveillance.
Additionally, as discussed above in the context of simulation results, the LD-based test may be better suited for large data sets, since its power is enhanced more by the availability of many samples.
The result of a DNA-based test may be validated by identifying a signature sequence of the target DNA and used for accurate genotyping if HPV DNA is the target [ 1- 8].
A haplotype-based test may be more powerful than a genotype-based test if haplotypes tag a true causal variant better (although the imputation of untyped SNPs using publicly available reference panels may also be a powerful strategy), or if a SNP-SNP interaction is present within a region.
Risk-based testing may be inadequate, as patients do not accurately assess risk and do not seek or accept testing based on risk.
