Voluntary bias can be defined as the result of the fact that a particular sample can contain only those participants who are actually willing to participate in the study and who participate and find the topic particularly interesting are more likely to volunteer for that study, same to those who are expected to be evaluated on a positive level [ 34].
Voluntary bias can be defined as that comes from the fact that a particular sample can contain only those participants who are actually willing to participate in the study and who participate and find the topic particularly interesting and who are more likely to volunteer for that study, with the same being for those who are expected to be evaluated on a positive level [ 34].
These types of samples can contain factors that interfere with cell lysis, nucleic acid capture, or polymerase activity (Wilson1997).
Although Sanger-based DNA sequencing has proved robust for building large sequence libraries such as DNA barcode reference libraries, it is not a feasible approach for tackling bulk environmental samples because these samples can contain thousands of individuals from hundreds of species ranging from bacteria to higher eukaryotes.
Again, this highlights the fact that samples can contain small subpopulations of cells, in this case the 6% or so of AML cells in the S/G2/M phase of the cell cycle, which have dramatically different properties, or in which c-Myb is associated with totally different sets of target genes.
In such a situation, toxin subtype identification or strain characterization would be difficult, but perhaps possible, using traditional DNA-based methods [ 19, 21] as clarified samples can contain small amounts of DNA depending on the degree of purity.
As the individual neurons comprising pooled samples can contain unique complements of SPs that are involved in functionally antagonistic networks, averaging the SP content from hundreds of thousands of neurons makes understanding the functional consequences of this neuropeptide complexity difficult.
Forensic evidentiary items are frequently not single source samples and can contain admixed biological fluids.
The massively parallel and high-throughput nature of NGS platforms, combined with the relatively short genome of an RNA virus, enables the analysis of viral samples (which can contain billions of virions) to a very high depth.
An enzyme sample thus formulated can contain its most complete information.
With the increase of the maximum velocity, the node will be able to establish a better sampling box, which can contain the actual position with high probability, to reduce the localization error.
