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用于研究目的的商业香烟定制薄荷醇处理

Custom Mentholation of Commercial Cigarettes for Research Purposes.

作者信息

MacGregor Ian C, Stanfill Stephen B, Gordon Sydney M, Turner Douglas J, Butler Jenny M, Hanft Elizabeth A, Kim Hyoshin, Kroeger Robyn R, Brinkman Marielle C, Tefft Margaret E, Clark Pamela I, Buehler Stephanie S

机构信息

Tobacco Exposure Research Laboratory, Battelle, Columbus, OH.

Centers for Disease Control and Prevention, Atlanta, GA.

出版信息

Toxicol Rep. 2014 Jan 1;1:1068-1075. doi: 10.1016/j.toxrep.2014.10.009.

Abstract

In the U.S. menthol remains the sole permitted characterizing cigarette flavor additive in part because efforts to link menthol cigarette use to increased tobacco-related disease risk have been inconclusive. To perform definitive studies, cigarettes that differ only in menthol content are required, yet these are not commercially available. We prepared research cigarettes differing only in menthol content by deposition of L-menthol vapor directly onto commercial nonmenthol cigarettes, and developed a method to measure a cigarette's menthol and nicotine content. With our custom-mentholation technique we achieved the desired moderately high menthol content (as compared to commercial brands) of 6.7 ± 1.0 mg/g (n = 25) without perturbing the cigarettes' nicotine content (17.7 ± 0.7 mg/g [n = 25]). We also characterized other pertinent attributes of our custom-mentholated cigarettes, including percent transmission of menthol and nicotine to mainstream smoke and the rate of loss of menthol over time during storage at room temperature. We are currently using this simple mentholation technique to investigate the differences in human exposure to selected chemicals in cigarette smoke due only to the presence of the added menthol. Our cigarettes will also aid in the elucidation of the effects of menthol on the toxicity of tobacco smoke.

摘要

在美国,薄荷醇仍然是唯一被允许使用的表征卷烟风味的添加剂,部分原因是将薄荷醇卷烟的使用与增加的烟草相关疾病风险联系起来的研究尚无定论。要进行确定性研究,需要使用仅薄荷醇含量不同的卷烟,但这些卷烟并无商业供应。我们通过将L-薄荷醇蒸汽直接沉积在商业非薄荷醇卷烟上,制备了仅薄荷醇含量不同的研究用卷烟,并开发了一种测量卷烟薄荷醇和尼古丁含量的方法。通过我们的定制薄荷醇化技术,我们实现了所需的适度高薄荷醇含量(与商业品牌相比),为6.7±1.0毫克/克(n = 25),同时不干扰卷烟的尼古丁含量(17.7±0.7毫克/克[n = 25])。我们还对定制薄荷醇化卷烟的其他相关属性进行了表征,包括薄荷醇和尼古丁向主流烟雾的传输百分比以及在室温下储存期间薄荷醇随时间的损失率。我们目前正在使用这种简单的薄荷醇化技术来研究仅因添加薄荷醇而导致的人体对卷烟烟雾中选定化学物质暴露的差异。我们的卷烟也将有助于阐明薄荷醇对烟草烟雾毒性的影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/1b0e/5598281/0e91009ec7d9/gr1.jpg

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