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Tobacco and Public Health - TCSC Indonesia

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PRABHAT JHA ET AL. 735<br />

India (Gupta <strong>and</strong> Mehta 2000; Gajalakshmi et al. 2003), indicate that the overall risks of<br />

smoking are about as great as in high-income countries such as the United States <strong>and</strong><br />

the United Kingdom (about one in two risk of death with persistent smoking). However,<br />

the pattern of smoking-related diseases in these nations is substantially different. A<br />

recent study in Chennai, India (Gajalakshmi et al. 2003) suggested that smoking<br />

accounted for about half of the tuberculosis deaths. Smoking caused 12 per cent of male<br />

tuberculosis deaths in China, but—in contrast to Western high-income countries, it<br />

caused few deaths from ischemic heart disease (Liu et al. 1998). Given the recent trends<br />

in smoking <strong>and</strong> the lags between smoking <strong>and</strong> disease onset, approximately 70 per cent<br />

of the 10 million tobacco-attributable deaths expected in 2030 will take place in low<strong>and</strong><br />

middle-income countries.<br />

Smoking is more common among poor men than among rich men in nearly all<br />

countries. In developed countries, smoking accounts for approximately half of the<br />

mortality gap between rich <strong>and</strong> poor males (Bobak et al. 2000). For women, who have<br />

generally been smoking in large numbers for a shorter period, the relationship between<br />

smoking, smoking-attributable mortality, <strong>and</strong> socioeconomic status is more variable.<br />

Interventions to reduce smoking<br />

<strong>Tobacco</strong> use generates social costs that provide the rationale for government intervention<br />

in the tobacco market. Poor underst<strong>and</strong>ing of the addictive nature of tobacco<br />

products, particularly at the time of smoking initiation, coupled with insufficient<br />

information about the health consequences of smoking gives additional reason for<br />

government involvement (Warner et al. 1995; Jha et al. 2000c), particularly in low- <strong>and</strong><br />

middle-income countries where general awareness of the health risks is even lower<br />

(Kenkel <strong>and</strong> Chen 2000).<br />

In addition to preventing tobacco consumption among children, comprehensive<br />

approaches focusing on smoking cessation are critical to near-term improvements in<br />

public health. As illustrated by Fig. 42.1, a mix of tobacco control policies that is<br />

effective only in reducing smoking initiation would have little impact on smokingattributable<br />

deaths during the first half of the twenty-first century. The vast majority of<br />

tobacco-attributed deaths over the next 50 years will occur among current smokers<br />

(Peto <strong>and</strong> Lopez 2001). Studies in western populations have documented the<br />

enormous benefits of quitting smoking, particularly before the onset of major diseases<br />

(Donald et al. 2002). Thus, cessation among today’s smokers is key to progress in<br />

tobacco control over the next few decades (Fig. 42.1).<br />

Interventions in the tobacco market can be classified as dem<strong>and</strong> side or supply side<br />

interventions.<br />

Dem<strong>and</strong> side interventions<br />

The effect of dem<strong>and</strong> side interventions has been mostly examined in high-income<br />

countries. Recent studies from low- <strong>and</strong> middle-income countries provide additional

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