Examples of using Quantification process in English and their translations into Spanish
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Official
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Colloquial
Evaluation of the quantification process is useful for the following.
Quantities of controlled substances required for medical purposes as determined by the quantification process.
GHG Inventory(ISO 14064-1): Quantification process and reporting.
However, as discussed below, problems in selection, procurement, distribution andrational use can also affect the accuracy of the quantification process.
Continuous monitoring of the quantification process is also important to ensure its effectiveness.
In addition to issues specific to each of thethree methods described above, there are some general issues that should be addressed in the quantification process.
The accuracy of the quantification process relies mainly on the quality of data and the effectiveness of data collection.
This example illustrates how systemic problems in the procurement process undermine the quantification process and lead to inadequate estimates and assessments, year after year.
The main objective of the quantification process is to ensure that controlled substances used for medical and scientific purposes are available in sufficient quantities.
To achieve that objective, regular evaluations of the effectiveness of the quantification process and of the accuracy of the calculated requirements are necessary.
Likewise, when the quantification process is based on standards of rational use(in the morbidity-based method) that are not followed by health-care professionals, the quantities of controlled substances procured will not match their use, resulting in shortages or excesses.
Nevertheless, the rigour and conservatism of the analysis applied in the report andthe difficulties implicit in the quantification process have persuaded the Inspectors in the future to.
He would like clarification of the quantification process that had been followed and what was actually provided by the national pension schemes that had been used as comparators.
Such aspects should be well understood and addressed to ensure that estimates and assessments,calculated on the basis of the quantification process, are not distorted by weaknesses in the supply management system.
When complete centrally collected morbidity data are not available, morbidity profiles of sample facilities can be used andthe calculated requirement extrapolated to other facilities in the region covered by the quantification process.
Standard treatment guidelines are essential to the quantification process(see section II.B below) and can assist in promoting the rational use of controlled substances.
After health-care facilities have been supplied with the calculated requirements for controlled medicines,continuous monitoring of use will help to improve the accuracy of the quantification process and correct surpluses or shortages.
If an evaluation indicates that the consumption-based method does not accurately calculate the requirements,adjustments to the quantification process should start with those controlled medicines for which the need to compensate for underor overuse is the most urgent.
Failure in any of these areas leads to lack of access to appropriate drugs and to waste,10 which can also have a negative impact on the quantification process and eventually result in the calculation of estimates and assessments that do not reflect the actual requirements in a country.
Section II.A below contains a discussion of the key aspects of the supply management system for controlled substances that may impact the accuracy of the quantification process and the ability of the health-care system to meet needs for an explanation of the difference between needs and requirements, see box 1.
The indicator measures the performance of the bilateral contribution process through quantification of the flow of financial resources from developed country Parties to affected country Parties for the implementation of the Convention, in compliance of the obligation foreseen by article 6 of the Convention, paragraph b.
Identification and quantification of processes failures and waste.