Lorillard
Reduction of Carbon Monoxide in Cigarette Smoke
Fields
- Author
- Ellis, R.L.
- Gori, G.B.
- Type
- PSCI, SCIENTIFIC PUBLICATION
- BIBL, BIBLIOGRAPHY
- CHAR, CHART/GRAPH/MAPS
- DRAW, DRAWING
- FOOT, FOOTNOTE
- BIBL, BIBLIOGRAPHY
- Alias
- 81211252/81211262
- Area
- LIBRARY/SUBJECT BOXES
- Named Organization
- NIH, Natl Inst of Health
- Preventive Medicine
- Academic Press
- Ahf, American Health Foundation
- Enviro Control
- Federal Health Office
- NCI, Natl Cancer Inst
- Preventive Medicine
- Named Person
- Baker
- Brunnemann
- Burton
- Hoffmann
- Kilburn
- Lanzillotti
- Mikami
- Morie
- Owens
- Rickards
- Schultz
- Terrel
- Tiggleback
- Wayte
- Brunnemann
- Date Loaded
- 05 Jun 1998
- Request
- R1-059
- Master ID
- 81211048/1331
Related Documents:- 81211093-1100 the American Health Foundation Newsletter Vol. 5 / No. 1
- 81211101-1108 the American Health Foundation Newsletter Vol. 4 / No. 2
- 81211109-1116 the American Health Foundation Newsletter Vol. 4 / No. 1
- 81211117-1128 the American Health Foundation Newsletter Vol.3 / No. 3
- 81211153
- 81211154-1156 Forum: Workshop on Carbon Monoxide and Cardiovascular Disease
- 81211157-1163 Risk Factors on Arteriosclerosis and Cardiovascular Disease with Special Emphasis on Cigarette Smoking
- 81211164-1171 Effect of Carbon Monoxide on Cardiovascular Disease
- 81211172-1182 The Epidemiology of Carbon Monoxide in Cardiovascular Disease in Industrial Environments A Review
- 81211183-1188 Compliance with the Carbon Monoxide Standard in the Workplace
- 81211189-1196 Model Studies Linking Carbon Monoxide and / or Nicotine to Arteriosclerosis and Cardiovascular Disease
- 81211197-1203 Carbon Monoxide, Tobacco Smoking, and the Pathogenesis of Atherosclerosis
- 81211204-1216 Mechanisms of Carbon Monoxide Toxicity
- 81211217-1226 The Prevalence of Carboxyhemoglobinemia in New Yorkers and Its Effects on the Coronary and Systemic Circulation
- 81211227-1237 Animal Models and Acute and Long - Term Carbon Monoxide Intoxication
- 81211238-1244 Formation and Analysis of Carbon Monoxide in Cigarette Mainstream and Sidestream Smoke
- 81211245-1251 Thiocyanate As An Indicator of Tobacco Smoking
- 81211263-1272 Methods to Reduce Carbon Monoxide Levels at the Workplace
- 81211273-1283 Evaluation of the Role of Carbon Monoxide and Nicotine in the Pathogenesis of Arteriosclerosis and Cardiovascular Disease
- 81211284-1297 Potential Mechanisms for the Augmentation of Atherosclerosis and Atherosclerotic Disease by Cigarette Smoking
- 81211301
- 81211302-1319 Bibliography
- 81211321-1329 Untitled Document 81211321/1329
- Litigation
- Stmn/Produced
- Author (Organization)
- Academic Press
- Enviro Control
- NCI, Natl Cancer Inst
- NIH, Natl Inst of Health
- Preventive Medicine
- Enviro Control
- Characteristic
- DRFT, DRAFT
- Site
- G39
- UCSF Legacy ID
- fnx21e00
Document Images
WORKSHOP: CARBON MONOXI(>E AND CVD
9. Gori. G. B., Reduction of TPM in smoke, in "Procecdings of the Third World Conference on
Smoking and Health,-Vol. I, New York. June 2-5, 1975" (E. L. Wynder. D. Hoffman, and
G. B. Gori. Eds.), pp. 451-461. DHEW Publication No. (NIH) 76-1221. 1976.
10. Grcist, W. M., Quincy. R. B., and Guerin, M. R., "Selected Constituents in the Smoke of Domes-
tic Low Tar Cigarettes," p. 20. Report ORNIITM-6144iPl, Oak Ridge National Laboratory,
December 1977. -
11. Johnson W. R. The pyrogenesis and physicochemical nature of tobacco smoke, in. "Tobacco
Smoke. Its Formation and Composition". 31st Tobacco Chemists' Research Conference.
Greensboro. North Carolina, October 5-7; 1977.
12. Johnson, W. R., Powell, D. H., Hole, R. 1V., and Kornfeld, R. A., Chem. L J. 12, 521 (1975).
13. Lanzillotti, H. V. and Wayte, A. R.. One dimensional gas concentration profiles "ithin a burning
cigarette during a puff. Beitr. Tnhrt4jnrscG. 8, 219-224 (1975).
14. Mattina. C. F.. Personal communication, October, 1978.
IS. Mattina, C. F., and Selke. W. A., "The Influence of the Cigarette Wrapper on the Delisery of
Oxides of Carbon in Mainstream Smoke." Presented at Tobacco Chemists- Research Confer-
ence. College. Park. Maryland. October 1975.
16. Mikami, Y.. Narto, N., and Kaburaki, Y., Japan ,Sfnnopolv Corp. Ccnlrul Res. lrrsr. 113, 99
(1971). - - -
17. Morie. G. P.. Some factors that affect the diffusion ofcarbon monoxide out ofcigarettes. Toh.
Sci.
20, 174-176 ( 1976). -
18. Norman. V., The effects of perforated tipping paper on the yield of various smoke components.
Beitr. Tnbnkfrrsch. 7, 282-287 (1974).
19. Osdene, T. S. Reaction mechanisms on the burning cigarette, in "The Recent Chemistry of Natu-
ral Products Including Tobacco. Proceedings of the Second Philip Morris Science S} mposium--
(N. J. Fina, Ed.) Philip Morris. Inc.. New York, 1976. -
20. Rickards, J. C., and OHens. W. J., "Effect of Porous Cigarette Papers on the Yield of the Major
Vapor Phase and Certain Particulate Phase Components of Cigarette Smoke,-" p. _5. Presented
at the 20th Tobacco -Chemists' Research Conference. Winston-Salem, North Carolina.
November 1-3, 1966. -
21. Ross, W. S., Poison gases in your cigarette: Carbon monoxide. Rerrder'.s Divrsr. 115- 118 (Oc-
tober 1976).
22. Terrell, 1. H., and Schmeltz, 1., Alteration of cigarette smoke composition. 11. Influence of
cigarette design. Tnb. Sci. 14, 82-85 (1970).
23. Tiggleback. D., Vapor phase smoke modification-an under utilized technology, in. ProcecdinFs
of the Third World Conference on Smoking and Health, Vol. I, New York. June 2-5. 1975"'
(E. L. Wynder, D. Hoffmann and G. B. Gori, Eds.), pp. 507-514. DHEW Publication No.
(NIH) 76-1221. 1976. " -
24. U.S. Public Health Service. "The Health Consequences of Smoking. 1979. Cigarette Smoke.--
U.S. Department of Health, Education and Welfare, Washington D.C., in press.
I
I
-f 'i'='--
