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Metabolism of alcohol (ethanol) in man

Published online by Cambridge University Press: 02 April 2007

G. L. S. Pawan
Affiliation:
Metabolic Division, Department of Medicine, The Middlesex Hospital Medical School, London W1P 7PN
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Abstract

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Type
Alcohol in Nutrition
Copyright
Copyright © The Nutrition Society 1972

References

REFERENCES

Baraona,E. &Lieber,C. S. (1970).J. clin. Invest.49,769.CrossRefGoogle Scholar
Bellet,S.,Yoshimine,N.,De Castro,O. A. P.,Roman,L.,Parmar,S. S. &Sandberg,H. (1971).Metabolism20,762.CrossRefGoogle Scholar
Berggren,S. M. &Goldberg,L. (1940).Acta physiol. scand.1,246.CrossRefGoogle Scholar
Blomstrand,R. (1970).Ind. Med. Surg.39,311.Google Scholar
Chappell,J. B. (1968).Br. med. Bull.24,150.CrossRefGoogle Scholar
Devlin,T. M. &Bedell,B. H. (1959).Biochim. biophys. Acta36,564.CrossRefGoogle Scholar
Devlin,T. M. &Bedell,B. H. (1960).J. biol. Chem.235,2134.CrossRefGoogle Scholar
Green,D. E. &Crane,F. L. (1958).Proc. int. Symp. Enzyme Chemistry p.275 [Chance,B., editor].Tokyo:Maruzen Co.Google Scholar
Harger,R. N. &Hulpieu,H. R. (1956). InAlcoholism p.103 [Thompson,G. N., editor].Springfield, III.:Charles C. Thomas.Google Scholar
Isselbacher,K. J. &Carter,E. A. (1970).Biochem. biophys. Res. Commun.39,530.CrossRefGoogle Scholar
Jenkins,J. S. &Connolly,J. (1968).Br. med. J.ii,804.CrossRefGoogle Scholar
Kalant,H.,Khanna,J. M. &Marsham,J. (1970).J. Pharmac. exp. Ther.175,318.Google Scholar
Kamil,I. A.,Smith,J. N. &Williams,R. T. (1952).Biochem. J.51,xxxii.Google Scholar
Kekwiek,A. &Pawan,G. L. S. (1957).Metabolism6,447.Google Scholar
Khanna,J. M. &Kalant,H. (1970).Biochem. Pharmac.19,2033.CrossRefGoogle Scholar
Khanna,J. M.,Kalant,H.,Lin,G. &Bustos,G. O. (1971).Biochem. Pharmac.20,3269.CrossRefGoogle Scholar
Klaasen,C. D. (1969).Proc. Soc. exp. Biol. Med.132,1099.CrossRefGoogle Scholar
Lardy,H. A.,Lee,Y. P. &Takemori,A. E. (1960).Ann. N.Y. Acad. Sci.86,506.CrossRefGoogle Scholar
Larsen,J. &Madsen,J. (1962).Proc. Soc. exp. Biol. Med.109,120.Google Scholar
Lehninger,A. L. (1953–1954).Harvey Lect.49,176.Google Scholar
Lieber,C. S. (1967).A. Rev. Med.18,35.CrossRefGoogle Scholar
Lieber,C. S. &DeCarli,L. M. (1968a)Science, N.Y.162,917.CrossRefGoogle Scholar
Lieber,C. S. &DeCarli,L. M. (1968b).J. clin. Invest.47,629.Google Scholar
Lieber,C. S. &DeCarli,L. M. (1969).Clin. Res.17,306.Google Scholar
Lieber,C. S. &Schmid,R. (1961).clin. Invest.40,394CrossRefGoogle Scholar
Lowenstein,L. M.,Simone,R.,Boulter,P. &Nathan,P. (1970).J. Am. med. Ass.213,1899.CrossRefGoogle Scholar
Lundquist,F.,Fugmann,U.,Kläning,E. &Rasmussen,H. (1959).Biochem. J.72,409.CrossRefGoogle Scholar
Mahler,H. R.,Baker,R. H.Jr &Shiner,V. J.Jr (1962).Biochemistry, N.Y.1,47.CrossRefGoogle Scholar
Ohno,S.,Stenius,C.,Christian,L.,Harris,C. &Ivey,C. (1970).Biochem. Genetics4,565.CrossRefGoogle Scholar
Orme-Johnson,W. H. &Ziegler,D. M. (1965).Biochem. biophys. Res. Commun.21,78.CrossRefGoogle Scholar
Pappenheimer,J. R. &Heisey,S. R. (1963). InDrugs and Membranes p.95 [Hogben,C. A. M. andLindgren,P., editors].Oxford:Pergamon Press.Google Scholar
Patel,A. R.,Paton,A. M.,Rowan,T.,Lawson,D. H.,Linton,A. L. (1969).Scott. med. J.14,268.CrossRefGoogle Scholar
Pawan,G. L. S. (1965).Br. J. Radiol.38,557.Google Scholar
Pawan,G. L. S. (1967).Biochem. J.106,19P.Google Scholar
Pawan,G. L. S. (1968a).Nature, Lond.218,966.CrossRefGoogle Scholar
Pawan,G. L. S. (1968b).Nature, Lond.220,374.CrossRefGoogle Scholar
Pawan,G. L. S. (1968c).Proc. Nutr. Soc.27,58A.Google Scholar
Pawan,G. L. S. (1970).Nutrition, Lond.24,77.Google Scholar
Pawan,G. L. S. &Grice,K. (1968).Lancetii,1016.CrossRefGoogle Scholar
Pawan,G. L. S. &Hoult,W. H. (1963).Biochem.87,6P.Google Scholar
Perey,B. J.,Helle,S. J. &MacLean,L. D. (1965).Can. Surg.8,194.Google Scholar
Rawat,A. K. (1969).Eur. J. Biochem.9,93.CrossRefGoogle Scholar
Rubin,E.,Bacchin,P.,Gang,H. &Lieber,C. S. (1970).Lab. Invest.22,569.Google Scholar
Rubin,E.,Hutterer,F. &Lieber,C. S. (1968).Science, N.Y.159,1469.CrossRefGoogle Scholar
Stotz,E.,Westerfeld,W. W. &Berg,R. L. (1944).J. biol. Chem.152,41.CrossRefGoogle Scholar
Tephly,T. R.,Tinelli,F. &Watkins,W. D. (1969).Science, N.Y.166,627.CrossRefGoogle Scholar
Thieden,H. I. D. &Lundquist,F. (1967).Biochem. J.102,177.CrossRefGoogle Scholar
Trémolierès,J. &Carrè,L. (1960).C. r. hebd. Séanc. Acad. Sci., Paris.251,2785.Google Scholar
Trémoliércs,J. &Carré,L. (1961).C. r. Séanc. Soc. Biol.155,1022.Google Scholar
Tygstrup,N.,Winkler,K. &Lundquist,F. (1965).J. clin. Invest.44,817.CrossRefGoogle Scholar
Westerfeld,W. W. &Bloom,R. J. (1969).Archos Biol. Med. exp. Organo de la Sociedad de Biologia de Chile,Suppl. no. 3, p.26.Google Scholar
Westerfeld,W. W.,Stotz,E. &Berg,R. L. (1943).J. biol. Chem.149,237.CrossRefGoogle Scholar
Wieth,J. O. &Jorgensen,H. E. (1961).Dan. med. Bull.8,103.Google Scholar
Wordsworth,V. P. (1953).Br. med. J.i,935.CrossRefGoogle Scholar
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