The following comments by Dr. White propose novel and provocative ideas concerning the origin and biology of cancer. It was not subjected to peer review and thus should not be considered as representing the opinions of the Editorial Board of EBM or the Society. Comments on the ideas expressed in this letter are welcome and will be considered for publication.
Get full access to this article
View all access options for this article.
References
1.
WarburgHO. Metabolism of tumors. London:Arnold Constable, 1930.
2.
BirchTW, HarrisLJ, RaySN. A Micro-chemical method for determining the hexuronic acid vitamin (c) content of foodstuffs, etc. Biochem J27:590, 1933.
3.
BoylandE.A note on glutathione and vitamin C in tumor tissue. Biochem J27:802, 1933.
4.
MitoldWA. A note on the producing activity of the tissues of normal and tumor bearing mice. Biochem J28:811–814, 1934.
5.
WhiteMW. The reducing activity of cancerous tissue and its apparent significance. J Abdom Surg15:212–226, 1973.
6.
WhiteMW. Metabolism of the malignant cell, the role of bacterial spores, and a pictorial presentation to substantiate the latter's presence as an etiological factor in carcinogenesis. Med Hypotheses39:95–109, 1992.
7.
WhiteMW. Pathway to carcinogenesis. The role of bacterial spores. Med Hypotheses35:279–287, 1991.
8.
WhiteMW. Metabolism of the malignant cell, in vivo, is anaerobic and significantly places a factor in the pathway to carcinogenesis. Med Hypotheses39:323–333, 1992.
9.
WhiteMW. The Role of Oxygen in Fungal Induced Carcinogenesis. Med Hypotheses55(4):302–305, 2000.
10.
SlaterEC, Colpa-BoonstraJP, LinksJ.The oxidation of Qinols by mitochondral preparations. Ciba Foundation. London: Churchillp187, 1961.
11.
GreenDE. Coenzyme Q and electron transport. Ciba Foundation Symposium, Ed. Wolstenholme, GEW and O'Connor CM. London: Churchillpp131–159, 1961
