Cardiopulmonary mortality in Helsinki metropolitan area: Difference between revisions

Revision as of 12:34, 17 February 2009

This page is a knowledge crystal of subtype variable. The page identifier is Op_en2793
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Scope

This includes a verbal definition of the spatial, temporal, and other limits
(system boundaries) of the variable. The scope is defined according to the use
purpose of the assessment(s) that the variable belongs to.

This variable provides the # of people dying from cardiopulmonary disease attributable to PM2,5 in the Helsinki metropolitan area from 2013 - 2030

Temporal scope: 2013-2030

Spatial scope: Helsinki metropolitan area
The PM2,5 exposure in variable PM2,5 exposure-response function (see Cardiopulmonary mortality in Helsinki metropolitan area)
Health scope: ICD codes of cardiopulmonary mortality. The health definition is described in variable PM2,5 exposure-response ]function (see Cardiopulmonary mortality in Helsinki metropolitan area)
Population scope: Defined in varibale population in Helsinki metropolitan area (seeCardiopulmonary mortality in Helsinki metropolitan area)

Definition

Data

Description of the data used for obtaining the value of the variable
(e.g. measurement data; mathematical method and its parameters).
Please include references (preferably using the <ref></ref> tags)
and links to original data, as appropriate.

[Exposure] PM2,5 for 2013

[Exposure] PM2,5 for 2030

ERF for [health endpoint] mortality

Baseline forecast for [health endpoint] mortality in 2013 in Helsinki Metropolitan Area

Baseline forecast for [health endpoint] mortality in 2030 in Helsinki Metropolitan Area

Causality

List of upstream variables.
The variables can be listed used descriptive (free-format) names or unambiguous identifiers
(e.g. Analytica IDs).

Unit

Unit in which the result is expressed.

number per population unit (1000?)

Formula

Algebra or other explicit methods if possible
(e.g. Analytica code between the <anacode></anacode> delimiters).

Mortality # [health endpoint] = ERF * [exposure PM2,5] * [baseline Helsinki metropolitan area {health endpoint}]

Result

If possible, a numerical expression or distribution.

References

Will appear here automatically, if cited above using the <ref></ref> tags.
Additional references can also be listed here.

@@ Line 52: / Line 52: @@
   Algebra or other explicit methods if possible
   (e.g. [[Analytica]] code between the ''<nowiki><anacode></anacode></nowiki>'' delimiters).
+Mortality # [health endpoint] = ERF * [exposure PM2,5] * [baseline Helsinki metropolitan area {health endpoint}]
 == Result ==