自2016年以来发表的遗传毒性试验揭示了草甘膦除草剂的致癌潜力

C. Benbrook, R. Mesnage, William Sawyer
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引用次数: 4

摘要

在2015年IARC专著将草甘膦/GBHs归类为“可能致癌物”之后,关于草甘膦除草剂(GBHs)致癌性的争议持续了七年。大多数监管机构得出的结论是,通过饮食接触草甘膦,技术性草甘膦几乎没有致癌风险。1991年,美国环保署将草甘膦归类为“不太可能”造成癌症风险,2017年和2020年发布的报告重申了这一决定。美国联邦巡回上诉法院于2022年撤销了EPA对草甘膦人类健康风险的评估,并要求EPA在即将做出的草甘膦/GBH注册决定中重新审视旧数据并考虑新数据,这可能是最终的决定。对GBH遗传毒性的不同评估是关于GBH致癌潜力的不同结论的主要原因。我们评估了自EPA和IARC审查完成以来发表的分析是否为草甘膦/GBH遗传毒性提供了新的线索。我们发现了94个这样的检测,33个检测技术草甘膦(73%阳性),61个检测GBHs(95%阳性)。7项人体体内研究中有7项报告了阳性结果。鉴于自2015年以来发表的遗传毒性结果,GBHs通过遗传毒性机制不会造成癌症风险的结论是站不住脚的。
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Genotoxicity Assays Published since 2016 Shed New Light on the Oncogenic Potential of Glyphosate-Based Herbicides
Controversy over the oncogenicity of glyphosate-based herbicides (GBHs) persists seven years after a 2015 IARC Monograph classified glyphosate/GBHs as “probably carcinogenic” to humans. Most regulatory authorities have concluded that technical glyphosate poses little or no oncogenic risk via dietary exposure. The US EPA classified glyphosate as “not likely” to pose cancer risk in 1991, a decision reaffirmed in reports issued in 2017 and 2020. A Federal Circuit Court of Appeals in the US vacated EPA’s assessment of glyphosate human-health risks in 2022 and required EPA to revisit old and take into account new data in its forthcoming, possibly final glyphosate/GBH reregistration decision. Divergent assessments of GBH genotoxicity are the primary reason for differing conclusions regarding GBH oncogenic potential. We assessed whether assays published since completion of the EPA and IARC reviews shed new light on glyphosate/GBH genotoxicity. We found 94 such assays, 33 testing technical glyphosate (73% positive) and 61 on GBHs (95% positive). Seven of 7 in vivo human studies report positive results. In light of genotoxicity results published since 2015, the conclusion that GBHs pose no risk of cancer via a genotoxic mechanism is untenable.
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