Safety cigarettes

Abstract

The invention provides safety cigarettes. In the manufacturing process of the safety cigarettes, nano selenium and short peptide collagen are added into cut tobacco, wherein the nano selenium accounts for 0.00025 to 0.003125 percent of the total weight of the cut tobacco; and the short peptide collagen accounts for 2 to 5 percent of the total weight of the cut tobacco. When the additive disclosed by the invention is added, the final finished cigarettes have the characteristics that: the toxicity of smoke is reduced obviously, and the average cell lethal dosage of the smoke of the cigarettes is increased obviously; unfavorable change induced by the smoke of the cigarettes in cells are prevented effectively; and the selenium content in the bodies of smokers is increased, the resistance to some diseases in human body is increased, and the histopathological, body immune function, body antioxidation function and the like of the body are all improved greatly. The safety cigarettes have the advantages that: the additive has obvious effects in reducing smoke toxicity and improving cigarette product safety; the preparation method of the additive is simple, convenient and practical, and the additive can be widely used by enterprises in cigarette industry.

Description

technical field [0001] The invention belongs to the technical field of cigarette product safety, and particularly relates to adding a nano-selenium and a short peptide collagen into shredded tobacco to grow safe cigarettes. Background technique [0002] Smoking and health are major issues of concern to the society. The smoke produced during cigarette smoking has a great poisonous effect on the human body, and the smoke often has cytotoxicity and mutagenicity. Cigarette smoke is an extremely complex mixture produced by high-temperature combustion, pyrolysis, distillation and other processes during the smoking process of tobacco products, which contains a large number of harmful components. Tobacco researchers in my country have found that the release of seven major harmful components in cigarettes (CO, NH3, HCN, NNK, B[a]P, crotonaldehyde, and phenol) can effectively characterize the biohazardousness of mainstream cigarette smoke. Therefore, the research and development of p...

AI Technical Summary

Problems solved by technology

These methods have a certain effect on harm reduction and coke reduction, but they cannot achieve good results.

[0004] At present, the research and application of toxicological methods to evaluate the safety of tobacco products has become a hot topic. my country has clarified the toxicological determination and evaluation methods for the mutagenicity of cigarette smoke. Technical research has not yet been carried out in depth

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