Study on the Relation between Bacteria with TSNA Accumulation of Burley Tobacco during Air-curing

Abstract

Abstract: In order to find the relation between bacteria with TSNA accumulation of burley tobacco during air-curing, leaves of burley tobacco TN86 were sprayed with WB5 strain in 2003, 2004, while the control was sprayed with water, the population of bacteria and TSNAs were detected during air-curing. The result showed that the total population of bacteria were 105-109CFU/g during air-curing. The population of bacteria was higher at the 0-20day of air-curing, The population of bacteria was lower at the end of air-curing. TSNAs contents was lower at the 0-20day of air-curing. TSNAs contents was higher at the 20-30day of air-curing, at the end of curing in 2003,2004, the TSNAs levels of the treated samples were significantly decreased (81.3%, 68.80%) compared to the control, TSNAs accumulation was not highly correlated with the population of bacteria.

CLC Number:

S572

Wang Anyun. Study on the Relation between Bacteria with TSNA Accumulation of Burley Tobacco during Air-curing[J]. Chinese Agricultural Science Bulletin, 2007, 23(11): 151-151.

References

[1] 汪安云,黄琼.一株降低烟草特有亚硝胺菌株的分离鉴定及特性研究[J].环境科学学报,2006(11):1914-1920.
[2] Fischer S, Spiegelhalder B, Eisenbarth J, et al. Investigation on the origin of tobacco-specific nitrosamines in mainstream smoke of cigarettes[J].Carcinogenesis,1990,11:723-730.
[3] Hecht S S, Hoffmann D.Tobacco-specific nitrosamines, an important group of carcinogen in tobacco and tobacco smoke”[J].Commentary American Health Foundation,1998,875-884.
[4] Brunnemann K D, masary k J, Hoffmann D. Role of tobacco stems in the formation of nitrosamines in tobacco and maintream and sidestream smoke [J].J.Agric Food Chem,1983,31:1221-1224.
[5] Burton H R. Changes in chemical composition of tobacco during senescence and curing. Tobacco-specific nitrosamines[J].J Agric. Food Chem.,1989,37(3):426-430.
[6] Bush L P, Cui M W, Shi H Z, et al. Formation of tobacco-specific nitrosamines in air-cured tobacco[C].55th Tobacco Science Research Conference,Greensboro,North Carolina, U.S.A.2001,5-16.
[7] Hetch S S, Chen C B, Hirota N..Tobacco-specific nitrosamines, Formation from nicotine in vitro and during curing and Carcinogenicity in strain a mice [J].Nat1,Cancer Inst,1978,4:513-516.
[8] Fischer S, Spiegelhalder B, Preussman R. Preformed Tobacco-specific Witrosamines in Tobacco-Role of Witrate and Ifluents of Tobacco type [J].Carcinogenesis,1989,10(8):1511-1517.
[9] Anyun Wang, Yilin Zhang, Qun Huang, et al. “Elementary research on reducing TSNA in burley tobacco by applying bacteria”[C].58th TSRC conference, 2004,USA,74-74. Winston-Salem, North Carolina, U.S.A.
[10] Koga K, Katsuya S, Sakanushi M, et al. Change in Nitrate-reducing Bacterial flora on leaves of Burley Tobacco during Air-curing and Nitrate-reducing abilities of Isolated bacteria[C].55thTSRC conference, 2001,USA,65-65. Maryland, U.S.A.
[11] Caldwell W S, Grenn J M, Plowchalk D R. The nitrosation of nicotine: A Kinetic study[J].Chem Bake Tox. 1991,4:513-516.

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