Pyrolytic products of commercial tobacco sheet, flue-cured tobacco leaf, and stems were compared. The yields of acids, bases, neutrals, and phenolics were determined. The neutrals were further characterized by chromatography in order to examine pyrolysis fractions corresponding to biologically active cigarette smoke fractions. Individual phenols, carboxylic acids, polynuclear aromatic hydrocarbons (PAH), and nicotine were determined for sheet and leaf pyrolyzate. Analyses of constituents of various pyrolyzate fractions indicated significantly lower amounts of phenols, PAH, and nicotine in sheet and stem pyrolyzates than in leaf pyrolyzate
This paper presents an evaluation of a fractionation procedure for use with tobacco. Correlation coe...
Tobacco smoke contains thousands of organic and inorganic chemicals. Two thirds of these originate f...
During the period of tobacco smoke research from the early 1950s to the mid-1960s it was repeatedly ...
A pyrolytic method for evaluating the smoke properties of tobacco materials for their potential to p...
In continued studies to reevaluate the contribution of the hexane-soluble fraction of flue-cured tob...
The hexane soluble fraction of flue-cured tobacco has been pyrolyzed to reevaluate the importance of...
A rapid, semi-micropyrolysis technique was developed and applied to materials representative of toba...
The aim of the present study was to gain further understanding of the precursors in tobacco of four ...
The tobacco plant has been the object of extensive basic research about its genetic, culture, bioche...
Leaves taken from eight different stalk positions of four bright-tobacco varieties were used to make...
The relative proportions of the major smoke components and N-containing components in the semi-volat...
A rapid pyrolysis technique, combined with gas chromatographic separation and interpretation of mass...
The influence of tobacco phytosterols (cholesterol, campesterol, stigmasteroI, b-sitosterol) on the ...
Tobacco smoke contains both a particulat and gaseous phase. Many compounds associated with tobacco s...
Tobacco smoke contains both a particulat and gaseous phase. Many compounds associated with tobacco s...
This paper presents an evaluation of a fractionation procedure for use with tobacco. Correlation coe...
Tobacco smoke contains thousands of organic and inorganic chemicals. Two thirds of these originate f...
During the period of tobacco smoke research from the early 1950s to the mid-1960s it was repeatedly ...
A pyrolytic method for evaluating the smoke properties of tobacco materials for their potential to p...
In continued studies to reevaluate the contribution of the hexane-soluble fraction of flue-cured tob...
The hexane soluble fraction of flue-cured tobacco has been pyrolyzed to reevaluate the importance of...
A rapid, semi-micropyrolysis technique was developed and applied to materials representative of toba...
The aim of the present study was to gain further understanding of the precursors in tobacco of four ...
The tobacco plant has been the object of extensive basic research about its genetic, culture, bioche...
Leaves taken from eight different stalk positions of four bright-tobacco varieties were used to make...
The relative proportions of the major smoke components and N-containing components in the semi-volat...
A rapid pyrolysis technique, combined with gas chromatographic separation and interpretation of mass...
The influence of tobacco phytosterols (cholesterol, campesterol, stigmasteroI, b-sitosterol) on the ...
Tobacco smoke contains both a particulat and gaseous phase. Many compounds associated with tobacco s...
Tobacco smoke contains both a particulat and gaseous phase. Many compounds associated with tobacco s...
This paper presents an evaluation of a fractionation procedure for use with tobacco. Correlation coe...
Tobacco smoke contains thousands of organic and inorganic chemicals. Two thirds of these originate f...
During the period of tobacco smoke research from the early 1950s to the mid-1960s it was repeatedly ...