The 'growing' process is necessary because the amount of DNA in such samples is not sufficient to allow for a full identification.
However, the nanostructure density, in such samples, makes it difficult to elucidate the exact growth mechanism.
In addition, results of tests on degraded DNA confirm the usefulness of this technique in such samples.
A numerical simulation by finite elements has also been performed to enhance the understanding of laser shock wave propagation in such samples.
In such samples, the test medium often shows a cloud of purple in a yellow background indicating a suspect positive result.
But since observers might miss some cases in such samples, two or more examiners should judge large samples to reduce or eliminate the corresponding false negative error.
Groundwater samples with pH values below 6.5 are acidic which indicates depletion of hydroxide ions in such samples compared to the abundant hydrogen ions present.
Although theory and examples often focus on elite athletic performance, research on mastery-avoidance in such samples is sparse, and even less is known about what these goals mean to athletes.
However, in orange juice "with pulp" samples, there was a significant difference (P < 0.05) between the Ct values reported after 24 h and 48 h enrichment, suggesting pulp may hinder the growth rate of A. acidoterrestris in such samples.
Indeed, in such samples, the intensity of PL polarized in parallel to polarization of excitation is higher than the PL component polarized in the perpendicular direction, i.e., in the investigated samples, the PM effect is really observed.
The presence of IMNV in asymptomatic shrimp was not tested in such samples because they were collected in a preservation solution for genomic DNA extraction, and IMNV is an RNA virus.
