Effect of Draw Resistance on NNK and Its Contribution on Cigarette Hazard Index
Wang Hao, Zhan Jianbo, Ji Yafeng, Fu Rongrong, Li Muyan, Chen Chen, Wang Xiuxiu, Perin Deniz, Li Zhiqiang, Gao Li, Li Tinghua, Cheng Liang, Yu Tingting, Xie Jiao, Ding Haiyan, Li Liwei, Yu Jiang, Yu Yao, Li Gen, Yu Zhenhua, Zhang Ying, Yue Baoshan, Zheng Han, Ding Wei, Zhang Jing, Wang Tao, Gong Weimin, Gui Yongfa
Asian Journal of Medicine and Health · pp. 1–7 · Published 25 Oct 2016
10.9734/AJMAH/2016/29129Abstract
Effect of cigarette draw resistance between 860-1130Pa on deliveries of NNK in mainstream cigarette smoke（MCS）was investigated, and contribution degree of cigarette hazard index was proposed for the first time to study how the contribution degree could be affected by 7 harmful components. Effect of NNK with different draw resistance on contribution degree of cigarette hazard index was also investigated. The results showed that contribution degree of NNK is uniform, which is different from variation of Benz [a] Pyrene, ammonia and phenol, meanwhile, 1000Pa could be viewed as critical draw resistance, and there is an obvious mainstream cigarette smoke variation below and above 1000Pa. Analysis of contribution degree of cigarette hazard index separately is a feasible tool to study variation of smoke harmful components, which lays foundation for further changing trend and roles of different harmful components while the cigarette hazard index changes.
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