Chambers' [13] widely cited definition envisions the questions of inherent inequity in deliberative processes: "Although consensus need not be the ultimate aim of deliberation, and participants are expected to pursue their interests, an overarching interest in the legitimacy of outcomes (understood as justification to all affected) ideally characterizes deliberation".
The European Food Safety Authority has recommended that NMs in the food and feed area should ideally be characterized in five stages, i.e., as manufactured, as delivered for use in food or feed products, as present in the food and feed matrix, as used in toxicity testing, and as present in biological fluids and tissues (EFSA 2011).
In particular, isolates from North American mink farms and other free-ranging North American populations need to be characterized, ideally using several genes, to construct a more fully resolved AMDV tree and to determine the evolutionary origins of the virus.
Phillips and Bazemore recently surveyed the world's literature on "primary care", and found that it is characterized ideally by relationships between patients and teams of providers that endure over time, offers a broad scope of practice, health care integration, and transition management, and works closely with community support services as well.
One obvious objection to examinations is that they cannot test for the kinds of virtues that concerned Confucius -- flexibility, humility, compassion and public-spiritedness -- and that, ideally, would also characterize political decision-makers in the modern world.
This makes ToF-SIMS ideally suited to characterize and study biomolecules, such as proteins, on surfaces.
Ideally, we would characterize the breakpoints, but we were unable to identify anomalous Illumina mate pairs near the ends of the inversion in our short insert libraries.
These results demonstrate that single-molecule, SR fluorescence imaging is ideally suited to characterizing the population of Htt-ex1 aggregates over time at the 10 30 nm resolution level.
REVISH is therefore ideally suited to characterize genetic changes specific for drug resistance within a background of genetic anomalies associated with tumour progression.
The causal model framework, however it is characterized in detail, is ideally suited to this role.
Ideally, every recorded cell would have been characterized according to type using immunocytochemical or other labeling methods.
