Sentence examples for most current understanding from inspiring English sources

This review details the most current understanding of physicochemical properties and biological behavior of XTEN and XTENylated molecules.

We will now review the most current understanding of epigenetic dysregulation in Ph-negative MPNs.

We also present our most current understanding of ependymoma heterogeneity and its cells of origin.

These dilutions reflect the most current understanding of microbial saliva concentrations as biomarkers for disease (caries) risk, which are > 10 CFU/mL = very high caries risk, > 10 high risk, > 10 moderate risk, and < 10 average or normal risk [ 30, 31].

We believe that the best way to ensure that the most current scientific understanding is incorporated into chemical testing frameworks, tools, and prediction models is to engage research scientists in their development, review, and application.

The justifications for the FDA's risk criteria (FDA 2010) that Dickey provides in his letter do not reflect the most current scientific understanding of the health risks from polycyclic aromatic hydrocarbons (PAHs)—or the risk assessment process and therefore cannot be characterized as biased "on the side of safety".

With the exception of structural studies, most of our current understanding of the physical properties of biomacromolecules comes from in vitro experiments within dilute solutions.

Most of the current understanding of building behaviour in fire is based on the adoption of the standard and parametric temperature-time fire curves.

Most of the current understanding of synchronization in switching networks relies on the fast switching hypothesis, where the network dynamics evolves at a much faster time scale than the individual units.

In spite of the fact that most of our current understanding of myelination comes from studies with common laboratory animals, mainly rodents, and that many current techniques are designed for working with these animals, a substantial and growing literature exists on myelination in nonmammalian vertebrate species and, to a lesser extent, myelination in invertebrates.

Most of our current understanding of brain function and dysfunction has its firm base in what is so elegantly called the 'anatomical substrate', i.e. the anatomical, histological, and histochemical domains within the large knowledge envelope called 'neuroscience' that further includes physiological, pharmacological, neurochemical, behavioral, genetical and clinical domains.