In summary, we have described a widely applicable methodology for sampling sequence diversity through phylogenomically guided DNA synthesis coupled to high-throughput NIMS screening to rapidly determine proteins with desirable biochemical properties.
We would like to point out that this method is only applicable for samples with a small size distribution.
The validation of such an observation is also applicable for samples in which IHHNV or IMNV is the single infecting virus (see Figure 4).
NTDs packed with a copolymer of methacrylic acid and ethylene glycol dimethacrylate were universally applicable for sample preparation in VOC analysis.
However, this high sensitivity potential is only applicable for samples yielding DNA control Cts below a certain value, usually <29.
We recently developed an algorithm that can obtain local optical axis from the round-trip measurement in a conventional PSOCT system with a single circularly polarized incident light [ 13]; however, this method is only applicable for samples with negligible diattenuation.
This function, which is especially applicable for particle sampling on fast, high-altitude aircraft, has not been experimentally or theoretically verified.
The NMR measurements have the advantage of being rapid, requiring minimal amounts of sample and being applicable for unconventional sample forms such as films, foams and powders.
Different from the widely used estimator for Respondent-Driven Sampling (RDS), which assumes sampling with replacement, the proposed approach relies on sampling without replacement and is thus also applicable for large sample fractions.
Although not directly applicable for groundwater samples, water from 85% of samples exceeded the U.S. Environmental Protection Agency (1989, 2009) criterion for phosphorus in marine and estuarine water of 0.1 mg/L, and 27% of samples exceeded suggested criteria of 0.71 mg/L to limit stream eutrophication (Dodds et al. 1998; Dodds 2006a, 2006b).
