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Estimating cancers attributable to physical inactivity in Australia.


ABSTRACT:

Objectives

It was previously estimated that 1814 (1.6 % of incident cancers) were attributable to physical inactivity in Australia in 2010, when only three sites were considered. We estimated the burden of cancer due to physical inactivity in Australia for 13 sites.

Design

The population attributable fraction estimated site-specific cancer cases attributable to physical inactivity for 13 cancers. The potential impact fraction was used to estimate cancers that could have been prevented in 2015 if Australian adults had increased their physical activity by a modest amount in 2004-05.

Methods

We used 2004-05 national physical activity prevalence data, 2015 national cancer incidence data, and contemporary relative-risk estimates for physical inactivity and cancer. We assumed a 10-year latency period.

Results

An estimated 6361 of the cancers observed in 2015 were attributable to physical inactivity, representing 4.8 % of all cancers diagnosed. If Australian adults had increased their physical activity by one category in 2004-05, 2564 cases (1.9 % of all cancers) could have been prevented in 2015.

Conclusions

More than three times as many cancers are attributable to physical inactivity than previously reported. Physical activity promotion should be a central component of cancer prevention programmes in Australia.

SUBMITTER: Ellis L 

PROVIDER: S-EPMC10939860 | biostudies-literature | 2024 Mar

REPOSITORIES: biostudies-literature

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Publications

Estimating cancers attributable to physical inactivity in Australia.

Ellis Louisa L   Milne Roger L RL   Moore Melissa M MM   Bigby Kieron J KJ   Sinclair Craig C   Brenner Darren R DR   Moore Steven C SC   Matthews Charles E CE   Bassett Julie K JK   Lynch Brigid M BM  

Journal of science and medicine in sport 20231207 3


<h4>Objectives</h4>It was previously estimated that 1814 (1.6 % of incident cancers) were attributable to physical inactivity in Australia in 2010, when only three sites were considered. We estimated the burden of cancer due to physical inactivity in Australia for 13 sites.<h4>Design</h4>The population attributable fraction estimated site-specific cancer cases attributable to physical inactivity for 13 cancers. The potential impact fraction was used to estimate cancers that could have been preve  ...[more]

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