• Title of article

    Effect of ammonia in cigarette tobacco on nicotine absorption in human smokers

  • Author/Authors

    van Amsterdam، نويسنده , , Jan and Sleijffers، نويسنده , , Annemarie and van Spiegel، نويسنده , , Paul E. Blom، نويسنده , , Roos and Witte، نويسنده , , Maarten and van de Kassteele، نويسنده , , Jan and Blokland، نويسنده , , Marco and Steerenberg، نويسنده , , Peter and Opperhuizen، نويسنده , , Antoon، نويسنده ,

  • Issue Information
    روزنامه با شماره پیاپی سال 2011
  • Pages
    6
  • From page
    3025
  • To page
    3030
  • Abstract
    The function of ammonia as tobacco additive is subject of scientific debate. It is argued that ammonia, by increasing the proportion of free nicotine, increases the absorption of nicotine in smokers. As a result of the addition of ammonia to cigarettes, smokers get exposed to higher internal nicotine doses and become more addicted to the product. On two occasions, the nicotine absorption in blood was measured after smoking a commercial cigarette of either brand 1 or brand 2, which differed 3.8-fold in ammonium salt content. Using a standardized smoking regime (six puffs, 30 s puff interval, 7 s breath hold before exhalation), 51 regular smokers smoked brand 1 (Caballero Smooth Flavor; 0.89 mg ammonium per gram tobacco) and brand 2 (Gauloise Brunes; 3.43 mg ammonium per gram tobacco). Puff volumes and cardiovascular parameters were monitored during and following smoking, respectively. Measurement of serum nicotine level in the blood samples collected over time following smoking of the two brands, showed that total amount of nicotine absorbed did not differ between the two brands. Present results demonstrate that smoking tobacco containing a higher amount of the tobacco additive ammonium does not increase the absorption of nicotine in the smoker’s body.
  • Keywords
    Ammonium salt , nicotine , Free-base nicotine , Tobacco , cigarettes , Ammonia
  • Journal title
    Food and Chemical Toxicology
  • Serial Year
    2011
  • Journal title
    Food and Chemical Toxicology
  • Record number

    2123246