Full Access
Comments on Predicting EPA's Forthcoming CO Standards in Light of New Clinical Evidence1
Jane Warren,
Thomas E. Dahms,
Jane Warren
Health Effects Institute, 141 Portland Street, Suite 7300, Cambridge, Massachusetts 02139.
Search for more papers by this authorJane Warren,
Thomas E. Dahms,
Jane Warren
Health Effects Institute, 141 Portland Street, Suite 7300, Cambridge, Massachusetts 02139.
Search for more papers by this authorFirst published: December 1991
1
Manuscript received June 21, 1991.

REFERENCES
- 1 J. Graham and Holtgrave, “Predicting EPA's Forthcoming CO Standards in Light of New Clinical Evidence,” Risk Analysis 11, 325–332 (1991).
- 2 W. S. Aronow and M. W. Isbell, “Carbon Monoxide Effect on Exercise-Induced Angina Pectoris,” Annals of Internal Medicine 79, 392–395 (1973).
- 3 E. W. Anderson, R. J. Anderson, J. M. Strauch, N. J. Fortuin, and J. H. Knelson, “Effect of Low-Level Carbon Monoxide Exposure on Onset and Duration of Angina Pectoris,” Annals of Internal Medicine 79, 46–50 (1973).
- 4 W. S. Aronow, “Aggravation of Angina Pectoris by Two Percent Carboxyhemoglobin,” American Heart Journal 101, 154–157 (1981).
- 5 K. F. Adams, G. Koch, B. Chatterjee, G. M. Goldstein, J. J. O'Neil, P. A. Bromberg, S. McAllister, C. J. Price, and J. Bissette, “Acute Elevation of Blood Carboxyhemoglobin to 6% Impairs Exercise Performance and Aggravates Symptoms in Patients with Ischemic Heart Disease,” Journal of the American College of Cardiology 12, 900–909 (1988).
- 6 E. N. Allred, E. R. Bleecker, B. R. Chaitman, T. E. Dahms, S. O. Gottlieb, J. D. Hackney, M. Pagano, R. H. Selvester, S. M. Walden, and J. Warren, “Short-Term Effects of Carbon Monoxide Exposure on the Exercise Performance of Subjects with Coronary Artery Disease,” New England Journal of Medicine 321, 1426–1432 (1989).
- 7 E. N. Allred, E. R. Bleecker, B. R. Chaitman, T. E. Dahms, S. O. Gottlieb, J. D. Hackney, D. Hayes, M. Pagano, R. H. Selvester, S. M. Walden, and J. Warren, “ Acute Effects of Carbon Monoxide Exposure on Individuals with Coronary Artery Disease” (research report number 25, Health Effects Institute, 1989).
- 8 M. T. Kleinman and J. L. Whittenberger, “ Effects of Short-Term Exposure to Carbon Monoxide in Subjects with Coronary Artery Disease” ( Final Report to California Air Resources Board, Southern Occupational Center, University of California, Irvine , November 1985).
- 9 M. T. Kleinman, D. M. Davidson, R. B. Vandagriff, V. J. Caiozzo, and J. L. Whittenberger, “Effects of Short-Term Exposure to Carbon Monoxide in Subjects with Coronary Artery Disease,” Archives of Environmental Health 44, 361–369 (1989).
- 10 D. S. Sheps, K. F. Adams, Jr., P. A. Bromberg, G. M. Goldstein, J. J. O'Neil, D. Horstman, and G. Koch, “Lack of Effect of Low Levels of Carboxyhemoglobin on Cardiovascular Function in Patients with Ischemic Heart Disease,” Archives of Environmental Health 42, 108–116 (1987).
- 11 U. S. Environmental Protection Agency, Review of the NAAQS for Carbon Monoxide: Reassessment of Scientific and Technical Information ( EPA-450/5-84-004, Office of Air Quality Planning and Standards, Research Triangle Park, North Carolina, 1984).
- 12 E. N. Allred, E. R. Bleecker, B. R. Chaitman, T. E. Dahms, S. O. Gottlieb, J. D. Hackney, M. Pagano, R. H. Selvester, S. M. Walden, and J. Warren, “Effect of Carbon Monoxide on Myocardial Ischemia,” Environmental Health Perspectives 91, 89–152 (1991).