Foucault once wrote that, "knowledge, once used to regulate the conduct of others, entails constraint, regulation and the disciplining of practice" [ 12].
All knowledge, once applied in the real world, has effects, and in that sense at least, 'becomes true.' Knowledge, once used to regulate the conduct of others, entails constraint, regulation and the disciplining of practice.
Taking the context and the inescapable constraints (regulation, indications, organisation and resources) into account, a series of objectives and tasks was defined via multi-dimensional analysis.
Other barriers include a lack of incentives to change practice styles, unclear accountability for health outcomes, competing priorities, lack of resources, health funding constraints, regulation and patient factors (clinical contraindications or history of intolerance to a recommended medication, patient refusal), difficulty coordinating across providers and cultural barriers [ 6, 26– 30].
The sovereignty constraints that many Brits are worried about, however, are internal such constraints: regulations from the EU that have general application to all member states, judgments from the CJEU that supersede judgments from British courts, or, more generally, the lack of democratic procedures and accountability within the EU, which has recently been highlighted by groups such as DiEM25.
Examples of external constraints include regulation, exchange rates, and inflation while internal constraints could be risk limits or balance sheet growth.
Among these constraints, voltage regulation is one of the principal problems to be addressed in distributed generation.
A partial frontier analysis is performed in this paper to make a comparative assessment of the combinations of possible energy conservation objectives, new constraints and regulation strategies.
However, there might be constraints to regulation of expression levels that hinder compensation to be achieved.
This uses the full metabolic network iJR904 (without any constraints from regulation) to calculate the maximal growth rate of the cell under various media.
Other biological constraints, such as regulation or capacity constraints, may also prevent the organism from using optimal flux distributions (Oliveira et al., 2005; Feist et al., 2007).
