Sentence examples for universally characterized from inspiring English sources

I believe they've been universally characterized at a minimum as offensive".

Poorly led and having only loose formal connections beyond county lines, Peace Democrats universally characterized themselves as conservatives worried that Lincoln and the Republicans were reaching far past constitutional bounds.

As he says, "the very idea of self-causation or self-creation is almost universally characterized as absurd, incoherent, or worse".

It is expected that, given the ISCO-88 hierarchical nature, professional-level occupations should be universally characterized with a tertiary educational attainment.

Early stages of epithelial cancer progression are universally characterized with genetic changes that confer ability to survive and proliferate in the absence of an appropriate matrix anchorage, which allows cellular expansion in a geometrically unconstrained manner.

This work did not encourage the use of the same criteria for murine MSC because they considered that murine surface markers have not been universally characterized as well as for the human MSC [ 25].

To investigate if our selection of CpG probes universally characterizes DS, independently from genetic or environmental factors, we took advantage of our family-based cohort and we calculated for each DSP-DSS pair the difference between the methylation levels of the most significant CpG probe in each of the 68 BOPs.

Addiction is almost universally held to be characterized by a loss of control over drug-seeking and consuming behavior.

In summary, the remarkably similar allometric exponents reported here to characterize universally the scaling properties of intra- and inter-specific phylogenies across kingdoms, reproductive systems and environments, strongly suggests the conservation of branching rules, and hence of the evolutionary processes that drive biological diversification, across the entire history of life.

Molecular methods are now almost universally used to characterize strains and to determine the relatedness between isolates causing diseases in different contexts.

Classes of nonlinear dynamical systems that are universally approximated by such models are characterized, which include rigorous upper bounds on the approximation errors.