The major advantage of this assay lies in the ability to measure OGT in the absence of other cytosolic proteins.
The sensitivity range of the AFSS assay lies within the range of anti-androgenicity reported in rivers across many locations internationally.
In particular, the low detection limit of the fluorescent DNA assay lies in the range 30 100 pM, which is close to the data reported previously for colorimetric and dynamic light scattering DNA assays.
Thus, as seen in Figure 4, five results for the new assay lie below the range of the DEQAS data (383, 401, 407, 409, 415), with two samples being above the DEQAS (384, 397).
The success of this assay lies in the formation of insoluble polymeric isoindole by-products, which prevent undesired diffusion.
The excellent sensitivity of this assay lies on the inherent capacity to generate great amplification as a consequence of the high turnover reaction of DNAzymes.
The NPV for BG testing in our study population is nearly 99%, suggesting that a strong diagnostic benefit of this assay lies in excluding IC.
The complementarity of the latter assay lies mainly in the fact that, in contrast to the full-length ORF collection screened by the cellular array assay, a cDNA library also contains partial ORFs encoding protein fragments or domains.
The proof-of-concept demonstration of the NanoVelcro cell-affinity assay lies in the use of a SiNS, which allows for Velcro-like interactions between the SiNS and nanoscale cell-surface components.
The rationale for their use in invasion assay lies in the fact that non-transformed NIH3T3 fibroblasts are poorly invasive in vitro and non-tumorigenic and non-metastatic in animal studies (Bondy et al., 1985; Hill et al., 1988; Chambers et al., 1990; Tuck et al., 1991).
