The chaotic methods generally rely on large numbers (chaos) belong to nonlinear dynamics field [4].
These methods generally rely on a single feature to accomplish blur assessment.
The inherent reactivity of ·OH precludes its detection via a direct measurement, and hence, methods generally rely on the detection of a stable reaction product resulting from the reaction of ·OH and a target molecule.
On the other hand, nitrogen removal methods generally rely on the conventional nitrification denitrification process, which consumes huge amounts of oxygen and organic matter (Bernet et al. 1996; Boiran et al. 1996; Odegaard 1988).
This should be expected considering that sequence-based methods generally rely on far more input parameters than structure-based methods in order make binding predictions and also are directly fit to experimental binding data for a similar or identical MHC allotype.
These methods generally rely on default assumptions whose validity is unknown.
Instead, anchor-based methods generally rely on the use of a subjective assessment (most commonly a global assessment) [ 32].
Available sequence-based genotyping methods generally rely upon the use of restriction enzymes to produce a reduced representation of the non-repetitive (low copy) regions of the genome.
These methods generally rely upon labels such as colored nano- and microparticles, magnetic particles, fluorescent molecules, and liposomes, which can be affected by issues such as photobleaching of fluors and particle stability in the complex sample matrices often used in a POC environment.
Field study and capture methods have generally relied on trapping of individuals from their deep water habitat but also include observations by in-situ deep camera deployment.
