This is interesting, and I appreciate what's been posted here.
TV, thank you for that explanation. The medical database searches I did turn up so much about the problems of oral/moist/dry snuff in American journals (dip/chew!) and the low risks of snuff in Swedish journals (snus!), and it seems to be a language issue, since none of the studies turn out to reference nasal snuff.
A Medline search I did a while back revealed very little literature on nasal snuff, and what was there I couldn't even access the full text of (which is annoying and unusual in a medical database). But I bookmarked two abstracts that stuck out to me.
And a case:
This last statement has to be taken with a grain of salt. Most tobacco users, especially in India where chewing tobacco, bidis, etc. come in many forms, use more than one type of tobacco, so I assume that other cases of cancer associated with tobacco use simply didn't have clear causality.
Honestly, I'm not sure what to make of the low incidence of reported cancers vs. the TSNA readings. (If there were an epidemic of malignancies associated with snuff, you'd think researchers would put out a lot more warnings.)
Total TSNAs of 6.0-10.0 ppm still puts those tested snuffs in the range of cigarettes, although by consumption quantities it's quite possible that ones actual intake of TSNAs is lower with snuff.
And not exposing yourself to smoke/burn products such as CO is absolutely a plus, so snuff is far safer for cardiovascular and lung health. This is why I think it still deserves a place in the harm-reduction arsenal.
But in terms of absolute (rather than relative) safety...dunno what to say.
TV, thank you for that explanation. The medical database searches I did turn up so much about the problems of oral/moist/dry snuff in American journals (dip/chew!) and the low risks of snuff in Swedish journals (snus!), and it seems to be a language issue, since none of the studies turn out to reference nasal snuff.
A Medline search I did a while back revealed very little literature on nasal snuff, and what was there I couldn't even access the full text of (which is annoying and unusual in a medical database). But I bookmarked two abstracts that stuck out to me.
J Laryngol Otol. 2003 Sep;117(9):686-91.
Nasal snuff: historical review and health related aspects.
Sapundzhiev N, Werner JA.
Department of Otolaryngology, Head and Neck Surgery, Philipps-University of Marburg, Marburg, Germany.
With cigarette smoking declining in the modern world, the tobacco industry has to look for other products that can keep the old customers and attract new ones. Different forms of smokeless tobacco are currently massively promoted and are gaining in importance. Dry nasal snuff--the oldest known form of tobacco in Europe--is one of them. The health risks associated with it are different to those attributed to smoking and oral wet snuff. The nicotine contained leads to dependency. Its resorption rate is similar to that of smoking, so it could be seen as an adequate substitutional therapy. The risk for cardiovascular diseases is lower, compared to that for smokers. Chronic abuse leads to morphological and functional changes in the nasal mucosa. Although it contains substances that are potentially carcinogenic, at present, there is no firm evidence, relating the use of nasal snuff to a higher incidence of head and neck or other malignancies.
And a case:
Am J Otolaryngol. 2007 Sep-Oct;28(5):353-6.
Snuff-induced malignancy of the nasal vestibule: a case report.
Sreedharan S, Hegde MC, Pai R, Rhodrigues S, Kumar R, Rasheed A.
Department of ENT, Pathology and Prosthodontics, Kasturba Medical College, Mangalore, Karnataka, India.
The association between nasal snuff and malignancy is not well established. There is epidemiological evidence suggesting that oral tobacco when mixed with lime and betel leaves causes oral cancer in the Indian subcontinent. Similarly, snuff spiced with dried aloe has been reported to cause upper jaw malignancies in the Bantu tribes. The last reported case of nasal snuff causing cancer of the nose was described by John Hill in 1761. We describe here a case of a 69-year-old woman who developed a nasal vestibular malignancy after 30 years of snuff usage, and this, we believe, is the only reported case of nasal snuff causing cancer in the last 2 centuries.
This last statement has to be taken with a grain of salt. Most tobacco users, especially in India where chewing tobacco, bidis, etc. come in many forms, use more than one type of tobacco, so I assume that other cases of cancer associated with tobacco use simply didn't have clear causality.
Honestly, I'm not sure what to make of the low incidence of reported cancers vs. the TSNA readings. (If there were an epidemic of malignancies associated with snuff, you'd think researchers would put out a lot more warnings.)
Total TSNAs of 6.0-10.0 ppm still puts those tested snuffs in the range of cigarettes, although by consumption quantities it's quite possible that ones actual intake of TSNAs is lower with snuff.
And not exposing yourself to smoke/burn products such as CO is absolutely a plus, so snuff is far safer for cardiovascular and lung health. This is why I think it still deserves a place in the harm-reduction arsenal.
But in terms of absolute (rather than relative) safety...dunno what to say.
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