Tar (tobacco residue): Difference between revisions
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Tar = Total aerosol residue |
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:''For other uses of this word, see [[tar (disambiguation)]].'' |
:''For other uses of this word, see [[tar (disambiguation)]].'' |
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'''''Tar''''' is the common name for the [[resin]]ous partially combusted particulate matter produced by the burning of [[tobacco]], [[cannabis]], and other plant material in the act of [[Tobacco smoking|smoking]]. Tar is purportedly the most destructive component in habitual [[tobacco smoking]], accumulating in the smoker's [[lungs]] over time and damaging them through various biochemical and mechanical processes. |
'''''Tar''''' is the common name for the [[resin]]ous partially combusted particulate matter produced by the burning of [[tobacco]], [[cannabis]], and other plant material in the act of [[Tobacco smoking|smoking]]: it is the [[acronym]] of ''Total [[aerosol]] residue''. Tar is purportedly the most destructive component in habitual [[tobacco smoking]], accumulating in the smoker's [[lungs]] over time and damaging them through various biochemical and mechanical processes. |
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Tar includes the majority of [[mutagen]]ic and [[carcinogen]]ic agents in tobacco smoke (IARC, 1986). [[Polycyclic aromatic hydrocarbon]]s (PAH), for example, are [[genotoxic]] via [[epoxidation]]. |
Tar includes the majority of [[mutagen]]ic and [[carcinogen]]ic agents in tobacco smoke (IARC, 1986). [[Polycyclic aromatic hydrocarbon]]s (PAH), for example, are [[genotoxic]] via [[epoxidation]]. |
Revision as of 11:49, 6 June 2007
- For other uses of this word, see tar (disambiguation).
Tar is the common name for the resinous partially combusted particulate matter produced by the burning of tobacco, cannabis, and other plant material in the act of smoking: it is the acronym of Total aerosol residue. Tar is purportedly the most destructive component in habitual tobacco smoking, accumulating in the smoker's lungs over time and damaging them through various biochemical and mechanical processes.
Tar includes the majority of mutagenic and carcinogenic agents in tobacco smoke (IARC, 1986). Polycyclic aromatic hydrocarbons (PAH), for example, are genotoxic via epoxidation.
There is a common misconception that the tar in cigarettes is equivalent to the tar used on roads. As a result of this, cigarette companies in the United States, when prompted to give tar/nicotine ratings for cigarettes, usually use "tar", in quotation marks, to indicate that it is not the road surface component.
The European Union currently limits the tar yield of cigarettes to 10mg.[1]