The term "dynamic quantification" is correct and can be used in written English in certain contexts. It is a linguistic concept that refers to the use of quantifiers, such as "some," "many," or "all," to describe a variable or changing quantity rather than a fixed or static one. One example of using dynamic quantification in a sentence could be: "The number of apples in the basket decreased over time, with some being eaten, some being given away, and some simply going bad." In this sentence, the use of "some" as a quantifier shows that the quantity of apples is changing dynamically rather than being a set amount.
It is widely used because of its high sensitivity, good reproducibility and wide dynamic quantification range (Pfaffl, 2004).
Dynamic quantification may help to elucidate UE joint demands in regard to pain and pathology in long-term assistive device users.
Additionally, the simpler static measure of standardized uptake value ratio (SUVR) was obtained from these data at various time windows and compared against the full dynamic quantification to assess outcome measure stability and bias.
A dynamic quantification range from 0.125 ng mL−1 to 16 ng mL−1 was obtained with both types of aptamer sequences while the detection limits were 0.12 ng mL−1 and 0.25 ng mL−1 for seqA and seqB respectively.
We report a system for rapid, non-invasive, large-scale, dynamic quantification of TF activity for cells growing in hydrogels.
Since mitochondrial fusion and fission are transient events, dynamic quantification methods would be useful to determine the impact of PINK1 and Parkin mutations on mitochondrial morphology.
Composite tibiae were implanted with metal-backed and all-polyethylene Anatomic Graduated Component TKA tibial components (Biomet, Inc, Warsaw, Ind) and coated with photoelastic material allowing full-field dynamic strain quantification.
If the aggregation is dynamic, then quantification is difficult as one must collect data within a very narrow time window.
Despite developments of new method and models of dynamic CA quantification, the translation of findings into clinical practice has been limited.
Given that a gold-standard method for dynamic CA quantification has yet to be established, our specific methodological choices should be made in cognisance of the objectives of the research.
Several experiments were carried out to assess the labeling strategy, evaluate the dynamic range of quantification, and demonstrate the application of the method for quantification of phosphorylation stoichiometry.
