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National and Subnational Patterns of Cause of Death in Iran 1990-2015: Applied Methods Pubmed



Sheidaei A1, 2 ; Gohari K1, 2 ; Kasaeian A1, 2, 3 ; Rezaei N1, 4 ; Mansouri A1 ; Khosravi A5 ; Parsaeian M1, 6 ; Mohammadi Y1, 7 ; Mehdipour P1, 4 ; Rahimzadeh S1, 8 ; Shanfi F9 ; Varmaghani M1, 10 ; Chegini M1, 4 ; Naderimagham S1, 4 Show All Authors
Authors
  1. Sheidaei A1, 2
  2. Gohari K1, 2
  3. Kasaeian A1, 2, 3
  4. Rezaei N1, 4
  5. Mansouri A1
  6. Khosravi A5
  7. Parsaeian M1, 6
  8. Mohammadi Y1, 7
  9. Mehdipour P1, 4
  10. Rahimzadeh S1, 8
  11. Shanfi F9
  12. Varmaghani M1, 10
  13. Chegini M1, 4
  14. Naderimagham S1, 4
  15. Jamshidi HR11
  16. Farzadfar F1, 4

Source: Archives of Iranian Medicine Published:2017


Abstract

Background: Causes of death statistics provide crucial health intelligence in national and international communities. An efficient death registration system provides reliable information for health policy system. In many developing countries, death registration systems face a degree of misclassification and incompleteness. There are many impediments to putting an estimate of cause-specific death rates. Addressing those challenges could prevent misleading results. Methods: Our data was collected by Ministry of Health and Medical Education, Tehran and Isfahan cemeteries from 1995 to 2010. After converting ICD codes of Iran’s death registration into GBD codes, 170 underlying causes of deaths were recognized in the available data. A wide range of methods were applied for preparing the data. We used several statistical models to estimate mortality rates in age-sex-province groups for all causes of deaths. The considerable number of combinations for age, sex, cause of death, year, and province variables made further complicated model selection and evaluation of the results. Results: Totally, 58.91% of deaths were related to males. The majority of cases of death were classified as NCDs (77.83%) and injuries (14.80%). We extrapolated 71.76% and 14.71% of causes of death by mixed effect model, spline model with parameter 0.9 and 0.6, respectively. Conclusion: A comprehensive and unique registration system is able to solve many DRS issues. It is necessary to assess the quality and validity of cause of death data. Scientific methods like analyzing mortality level and cause-of-death data are used to provide an overview for better decisions. © 2017, Academy of Medical Sciences of I.R. Iran. All rights reserved.
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