非糖甜味剂与癌症流行病学研究的系统综述。

IF 9.2
Denali Boon, Satori A Marchitti, Kyle J Colonna, Ilkania M Chowdhury-Paulino, Wenchao Li, Axel Berky, Catalina Restrepo, Maia Jack, Julie E Goodman
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引用次数: 0

摘要

非糖甜味剂(nss)被添加到食品和饮料中,以代替糖提供甜味,同时降低总热量含量。减少糖的摄入和相应的卡路里,可能会降低患糖尿病和其他与肥胖相关的健康状况(如癌症)的风险。许多观察性流行病学研究评估了NSS对癌症风险的影响,有时关注特定的NSS或特定的癌症,有时关注所有的NSS和所有的癌症。我们对截至2024年秋季发表的关于NSS摄入(所有类型的总体和个体)和所有类型癌症风险的流行病学研究进行了系统综述(在开放科学框架[https://osf.io/gc8v6]]预注册)。我们考虑了主要的研究质量问题如何影响对个别研究结果的解释,以及作为一个整体的证据。我们确定了90项关于乙酰磺胺钾(ace-K)、阿斯巴甜、甜蜜素、糖精、三氯蔗糖或非特异性非糖源物质(如无糖苏打水、人工加糖饮料[asb])和17种特定类型癌症的研究。我们没有发现任何NSS或总体NSS与任何癌症之间的一致关联,也没有剂量反应的证据。NSS摄入信息总是自我报告的,这使得暴露错误分类在所有研究中都是一个持续的挑战,在所有病例对照研究中,回忆偏倚仍然是一个很大的可能性。许多研究也没有充分考虑潜在的混杂因素。nss的实验动物和机制证据不支持与人类相关的致癌性,也不支持任何生物学上合理的nss可能导致人类遗传毒性或癌症的机制。总体而言,流行病学证据不支持任何NSS与任何癌症类型之间的关联。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Systematic Review of Non-Sugar Sweeteners and Cancer Epidemiology Studies.

Non-sugar sweeteners (NSSs) are added to foods and beverages to provide sweetness in place of sugar while reducing the total caloric content. Reducing sugar intake, and corresponding calories, may decrease the risk of diabetes and other health conditions associated with obesity (e.g., cancer). Numerous observational epidemiology studies have evaluated the effect of NSSs on cancer risk, sometimes focusing on a specific NSS or a specific cancer, other times focusing on all NSSs and all cancers. We conducted a systematic review of epidemiology studies of NSS intake (of all types in aggregate and individually) and the risks of all types of cancer published through Fall 2024 (pre-registered with Open Science Framework [https://osf.io/gc8v6]). We considered how major study quality concerns might have impacted the interpretation of individual study results, as well as the evidence as a whole. We identified 90 studies of acesulfame potassium (ace-K), aspartame, cyclamate, saccharin, sucralose, or non-specific NSSs in aggregate (e.g., diet sodas, artificially sweetened beverages [ASBs]), and 17 specific types of cancer. We found no consistent associations between any NSS or NSSs in aggregate and any cancer overall, and no evidence for dose-response. NSS intake information was always self-reported, rendering exposure misclassification an ongoing challenge in all studies, and recall bias remains a significant possibility in all case-control studies. Many studies also did not fully account for potential confounders. Experimental animal and mechanistic evidence for NSSs does not support human-relevant carcinogenicity or any biologically plausible mechanisms by which NSSs could cause genotoxicity or cancer in humans. Overall, the epidemiology evidence does not support associations between any NSS and any cancer type.

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