deBethizy J D, Robinson J H, Davis R A, Doolittle D J, Burger G T, Reynolds J H, Fletcher R G, Hayes A W
Bowman Gray Technical Center, R.J. Reynolds Tobacco Company, Winston-Salem, N.C.
Pharmacology. 1988;37(5):328-32. doi: 10.1159/000138484.
Ten smokers participated in a study to compare the absorption of nicotine from the smoke aerosol of a new cigarette that heats, but does not burn tobacco (test) with a cigarette that burns tobacco (reference). The average plasma nicotine concentrations obtained by the 7th test cigarette (13 ng/ml) and 7th reference cigarette (24 ng/ml) were proportional to the nicotine yielded by the two cigarettes as determined under Federal Trade Commission machine-smoking conditions. These data demonstrate that the smoke aerosol obtained by smoking a cigarette which heats tobacco produces plasma profiles of nicotine that are similar to the profiles obtained from smoking a cigarette that burns tobacco.
十名吸烟者参与了一项研究,以比较一种加热但不燃烧烟草的新型香烟(测试香烟)与燃烧烟草的香烟(对照香烟)烟雾气溶胶中尼古丁的吸收情况。第7支测试香烟的平均血浆尼古丁浓度(13纳克/毫升)和第7支对照香烟的平均血浆尼古丁浓度(24纳克/毫升),与在联邦贸易委员会机器吸烟条件下测定的两种香烟的尼古丁释放量成正比。这些数据表明,吸食加热烟草的香烟所产生的烟雾气溶胶中的尼古丁血浆浓度曲线,与吸食燃烧烟草的香烟所获得的浓度曲线相似。