Benchmarking life expectancy and cancer mortality: global comparison with cardiovascular disease 1981-2010.

BMJ

Section of Cancer Surveillance, International Agency for Research on Cancer, 69372 Lyon CEDEX 08, France.

Published: June 2017

AI Article Synopsis

  • This study analyzes the impact of cancer and cardiovascular disease (CVD) on life expectancy worldwide from 1981 to 2010, using data from 52 populations with reliable mortality statistics.
  • It finds that declining CVD mortality rates significantly contributed to life expectancy gains, accounting for over half of the increase in longevity, while cancer mortality reductions contributed around 20% to these gains.
  • The findings highlight disparities in cancer mortality improvements, particularly affecting women and less-resourced populations, suggesting a need for global initiatives to enhance cancer control efforts.

Article Abstract

 To quantify the impact of cancer (all cancers combined and major sites) compared with cardiovascular disease (CVD) on longevity worldwide during 1981-2010. Retrospective demographic analysis using aggregated data. National civil registration systems in member states of the World Health Organization. 52 populations with moderate to high quality data on cause specific mortality. Disease specific contributions to changes in life expectancy in ages 40-84 (LE) over time in populations grouped by two levels of Human Development Index (HDI) values. Declining CVD mortality rates during 1981-2010 contributed to, on average, over half of the gains in LE; the corresponding gains were 2.3 (men) and 1.7 (women) years, and 0.5 (men) and 0.8 (women) years in very high and medium and high HDI populations, respectively. Declines in cancer mortality rates contributed to, on average, 20% of the gains in LE or 0.8 (men) and 0.5 (women) years in very high HDI populations, and to over 10% or 0.2 years (both sexes) in medium and high HDI populations. Declining lung cancer mortality rates brought about the largest LE gain in men in very high HDI populations (up to 0.7 years in the Netherlands), whereas in medium and high HDI populations its contribution was smaller yet still positive. Among women, declines in breast cancer mortality rates were largely responsible for the improvement in longevity, particularly among very high HDI populations (up to 0.3 years in the United Kingdom). In contrast, losses in LE were observed in many medium and high HDI populations as a result of increasing breast cancer mortality rates. The control of CVD has led to substantial gains in LE worldwide. The inequality in improvement in longevity attributed to declining cancer mortality rates reflects inequities in implementation of cancer control, particularly in less resourced populations and in women. Global actions are needed to revitalize efforts for cancer control, with a specific focus on less resourced countries.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC5477919PMC
http://dx.doi.org/10.1136/bmj.j2765DOI Listing

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