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   by Pryor WA, 
   Mcgraw-Hill
Free radical reactions and their importance 
in biochemical systems, by Pryor WA, 
   Fed Proc, 32:1862-1869 (1973)
The basis of free radical pathology, 
   by Demopoulos HB, Fed Proc, 32:1859-1861 (1973)
Superoxide Dismutases, 
   by Fridovich I, 
   Annual Review Of Biochemistry, 44:147-159  (1975)
Free Radicals In Biology, Volumes 1 & 2 & 3, 
   by Pryor WA, Academic Press (1976)
Free radical pathology, by Butterfield JD, McGraw CP, 
   Stroke 9(5):443-445 (1978)
Free radicals in cerebral ischemia, 
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Forty years of free radicals, by C.Walling, 
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Singlet Oxygen, 
   by Wasserman HH, Murray RW, Academic Press, 
   Series:"Organic Chemistry", Vol 40, (1979)
Free radical reactions in biological systems, 
   by Dormandy TL, 
   Ann R Coll Surg Engl, 62:188-194 (1980) 
Active Oxygen Species And The Functions Of Phagocytic Leukocytes,
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   Annual Review Of Biochemistry, 49:695-726 (1980)
Oxy Radicals And Their Scavenger Systems, by Cohen & Greenwald,
   Elsevier Biomedical, (1982)
Introduction: free radical involvement 
in physiological and biochemical processes, 
   by Petkau A, 
   Can J Physiol Pharmacol, 60:1327-1329 (1982) 
Chemical and biochemical aspects of superoxide radicals 
and related species of activated oxygen, 
   by Singh A, 
   Can J Physiol Pharmacol, 60:1330-1345 (1982) 
The pathophysiology of superoxide: 
roles in inflammation and ischemia, 
   by McCord JM, Roy RS, 
   Can J Physiol Pharmacol, 60:1346-1352 (1982) 
Superoxide dismutase protects against paraquat-mediated 
dioxygen toxicity and mutagenicity: studies in Salmonella t. 
   by Hassan HM, Moody CS, 
   Can J Physiol Pharmacol, 60:1367-1373 (1982) 
Involvement of free radicals in the pathophysiology 
of ischemic heart disease, 
   by Hess ML, Manson NH, Okabe E, 
   Can J Physiol Pharmacol, 60:1382-1389 (1982) 
Role of free radicals in catecholamine - induced 
cardiomyopathy, 
   by Singal PK, et al, 
   Can J Physiol Pharmacol, 60:1390-1397 (1982) 
Concluding remarks: a prospective view 
of active oxygen in medicine, 
   by Petkau A, 
   Can J Physiol Pharmacol, 60:1425-1429 (1982) 
Oxy Radicals And Their Scavenger Systems, 
   by Cohen & Greenwald,
   Elsevier Biomedical, (1982)
Pathology of Oxygen, by Autor AP, Academic Press (1982)
An approach to free radicals, 
   by Dormandy TL, Lancet, ii:1010-1014 (1983)
The developement of secondary pathology with free 
radical reactions as a threshold mechanism, 
   by Demopoulos HB, Pietronigro DD, Seligman ML, 
   J Am Coll Toxicol, 2(3):173-184 (1983)
Volatile lipid oxidation products.
   by Frankel EN, 
   Prog Lipid Res, 22(1):1-33 (1983)
Oxygen Radicals: A Commonsense Look 
At Their Nature And Medical Importance,
   by Halliwell B, Medical Biology, 62:71-77, (1984)
Oxygen-Derived Free Radicals In Postischemic Tissue 
Injury, by McCord JM, 
   N Engl J Med, 312(3):159-163 (1985)
Oxidology - The Study Of Reactive Oxygen Toxic Species (ROTS) 
And Their Metabolism In Health And Disease
   by Bradford RW, Allen HW, Culbert ML, 
   Bradford Foundation, (1985)
Antioxidant Adaptation - Its Role In Free Radical Pathology
   by Levine SA, Kidd PM, 
   Allergy Research Group, (1985)
Reactive Oxygen Intermediates In Biochemistry,
   by Naqui & Chance & Cadenas,
   Annual Review Of Biochemistry, 55:137-166 (1986)
Oxygen Radicals And Human Disease, by Cross CE, et al,
   Ann Int Med, 107:526-545 (1987)
Free Radical Tissue Damage: Protective Role Of Antioxidant Nutrients,
   by Machlin & Bendich, 
   FASEB Journal, 1:441-445 (1987)
DNA Damage And Oxygen Radical Toxicity,
   by Imaly & Linn,
   Science, 240:1302-1309, (1988)
In Praise Of Peroxidation, 
   by Dormandy TL, 
   Lancet, pp1126-1128, (Nov 12, 1988)
Oxygen Toxicity, by Jenkinson SG,
   Intensive Care Medicine, 3:137-152 (1988)
Free Radicals In Medicine I. Chemical Nature And Biologic 
Reactions, by Southorn & Powis, 
   Mayo Clinic Proceedings, 63:381-389 (1988)
DNA Damage And Oxygen Radical Toxicity, 
   by Imaly & Linn, Science, 240:1302-1309, (1988)
Biochemistry Of Reoxygenation Injury, by Ernster L, 
   Critical Care Medicine, 16(10):947-953 (1988)
Studying oxygen's life-and-death roles if taken from 
or reintroduced into tissue, 
   by Zylke J, JAMA, 259:964-965 (1988)
Calcium and its role in myocardial cell injury during 
ischemia and reperfusion, 
   by Marban E, Koretsuni Y, Corretti M, Chacko VP, 
   Kusuka H, Circulation, 80:17-22 (1989)
Free radicals and myocardiol protection: 
a surgical viewpoint, by Menasche P, Pinwica A, 
   Ann Thor Surg, 47:939-945 (1989)
Biochemistry Of Oxygen Toxicity, by Cadenas E, 
   Annual Review Of Biochemistry, 58:79-110, (1989)
Lipid peroxidation and cancer: a critical reconsideration.
   by Dianzani MU, 
   Tumori, 75(4):351-7 (Aug 31,1989)
Biological interactions of alpha,beta-unsaturated aldehydes.
   by Witz G, 
   Free Radic Biol Med, 7(3):333-49 (1989)
An In Vitro Model To Test Relative Antioxidant Potential: 
   Ultraviolet - Induced Lipid Peroxidation In Liposomes, 
   Arch Biochem Biophys, 283(2):34-40, (Dec.1990)
Free radicals in physiology and pathology, 
   by Dianzani MU, 
   Boll Soc Ital Biol Sper, 68(8-9):491-511 (Aug-Sep 1992)
Sources of free radicals, by McCord JM, Bassam AO, 9:23-37 
Tissue injury by free radicals, by Cheeseman K, 9:39-51 
   Toxicology and Industrial Health [special issue] (1993)
   "Antioxidants - Chemical, Physical & Nutritional Aspects" 
The origin of the hydroxyl radical oxygen in the Fenton reaction, 
   by Lloyd RV, Hanna PM, Mason RP, 
   Free Rad Biol Med, 22(5):885-888 (1997)
Oxygen free radicals and platelet activation, 
   by Iuliano L, et al, 
   Free Rad Biol Med, 22(6):999-1006 (1997)
Effect of metal ions on radical intensity 
and cytotoxic activity of ascorbate. 
   by Satoh K, Sakagami H, 
   Anticancer Research, 17(2A):1125-1129 (Mar 1997)
Reactive Oxygen Metabolites: 
Chemistry And Medical Consequences, 
   by Manfred K, Eberhardt (2000)