Department of Public Health, Policy & Systems, University of Liverpool, Liverpool, UK.
Department of Public Health, Policy & Systems, University of Liverpool, Liverpool, UK.
Lancet. 2023 Nov;402 Suppl 1:S52. doi: 10.1016/S0140-6736(23)02079-2.
Smoking still generates a huge, costly, and inequitable burden of disease. The UK tobacco-free generation target to reduce smoking prevalence to below 5% by 2030 will be missed if current trends continue. We aimed to determine whether additional policies could speed progress towards meeting the tobacco-free generation target.
We developed, calibrated, and validated a microsimulation model, IMPACT simulating English adults aged 30-89 years from 2023 to 2072. The model included a detailed smoking history and quantified policy health outcomes including smoking prevalence and smoking-related diseases, economics, and equity. We simulated five scenarios: (1) baseline trends; (2) increasing the minimum age of access to tobacco to 21 years (MinAge21); (3) a 30% increase in tobacco duty (TaxUP); (4) improved smoking cessation services (ServicesUP); and (5) a combination of TaxUP and ServicesUP. We estimated the smoking prevalence, smoking-related diseases and cumulative cases prevented or postponed, and deaths. We evaluated the scenario cost-effectiveness from the societal perspective. Lastly, we analysed the results by deprivation quintile. We present in our findings cumulative cases prevented or postponed over 50 years.
None of the scenarios would reduce overall smoking prevalence to below 5% by 2030. However, that goal could be reached by 2035 under the TaxUP and the combination of TaxUP and ServicesUP scenarios, by 2037 under the ServicesUP scenario, or by 2038 under the MinAge21 and the baseline scenarios. By 2072, the combined scenario might reduce smoking-related diseases by 160 000 cases (95% CI 140 000-200 000), greatly exceeding the reductions by 140 000 cases (120 000-180 000) with TaxUP, 69 000 cases (53 000-86 000) with MinAge21, or 22 000 cases (14 000-31 000) with ServicesUP. Some 50% of all disease-years reduced by TaxUP would occur in the most deprived quintile. The most affluent quintile could reach the 5% goal sooner than the most deprived quintile (by 2032 for the least deprived vs 2038 for the most deprived), and it could reach the 5% target by 2030 under the combined TaxUP and ServicesUP scenario. Finally, all policies would save costs compared with the baseline trend.
Affluent groups will achieve the 5% tobacco-free goal a decade sooner than the most deprived. However, that goal could be achieved in all groups by 2035 through a 30% increase in tax and enhanced smoking cessation services. Our limitations included the uncertainties of any 50-year forecast. However, that long time-horizon can capture the potential policy benefits for younger age groups.
Economic and Social Research Council.
吸烟仍然造成了巨大的、代价高昂的、不公平的疾病负担。如果继续延续当前的趋势,英国到 2030 年将无法实现将吸烟率降低到 5%以下的无烟一代目标。我们旨在确定是否可以采取额外的政策来加速实现无烟一代的目标。
我们开发、校准和验证了一个名为 IMPACT 的微观模拟模型,该模型模拟了年龄在 30 至 89 岁之间的英国成年人从 2023 年到 2072 年的情况。该模型包括详细的吸烟史,并量化了政策对健康结果的影响,包括吸烟流行率和与吸烟有关的疾病、经济和公平。我们模拟了五个情景:(1)基线趋势;(2)将购买烟草的最低年龄提高到 21 岁(MinAge21);(3)烟草税提高 30%(TaxUP);(4)改善戒烟服务(ServicesUP);(5)TaxUP 和 ServicesUP 的组合。我们估计了吸烟流行率、与吸烟有关的疾病以及预防或推迟的累积病例数和死亡人数。我们从社会角度评估了情景的成本效益。最后,我们按贫困五分位数进行了结果分析。我们在研究结果中报告了 50 年内预防或推迟的累积病例数。
在 2030 年之前,没有任何一个情景可以将总体吸烟率降低到 5%以下。然而,在 TaxUP 和 TaxUP 与 ServicesUP 的组合情景下,到 2035 年可以达到这一目标,在 ServicesUP 情景下到 2037 年,在 MinAge21 和基线情景下到 2038 年。到 2072 年,联合情景可能会减少 160000 例与吸烟有关的疾病(95%CI 140000-200000),大大超过了 TaxUP 减少的 140000 例(120000-180000)、MinAge21 减少的 69000 例(53000-86000)或 ServicesUP 减少的 22000 例(14000-31000)。TaxUP 减少的所有疾病年份的 50%可能发生在最贫困的五分位数中。最富裕的五分位数可能比最贫困的五分位数更早地达到 5%的目标(最贫困的五分位数为 2032 年,最富裕的五分位数为 2038 年),而且在 TaxUP 和 ServicesUP 的联合情景下,最富裕的五分位数可能在 2030 年达到 5%的目标。最后,所有政策都将比基线趋势节省成本。
富裕群体将比最贫困群体早十年实现 5%的无烟目标。然而,通过烟草税提高 30%和加强戒烟服务,所有群体都可以在 2035 年实现这一目标。我们的局限性包括任何 50 年预测的不确定性。然而,这个长期的预测可以捕捉到年轻群体潜在的政策效益。
经济和社会研究理事会。