NATURE AND FORMATION OF ANTIBODIES 25 



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Haurowitz, F. 1954. Serological .Approaches to Studies of Protein Structure. Rutgers 

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Haurowitz, F. and F. Breinl. 1932. Quantitative investigation and distribution of an 

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Haurowitz, F., L. EUenbogen and H. Walter. Unpublished experiments. 



Haurowitz, F. and H. Walter. 1955. Stability of an azoprotein hapten in the organ- 

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Heidelberger, M. and F. E. Kendall. 1929. Quantitative study of the precipitin reac- 

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 antibody. J. E.xp. Med. 50: 809-823. 



Heidelberger, M., H. P. Treffers, R. Schoenheimer, S. Ratner, and D. Rittenberg. 

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Humphrey, J. H. and A. S. McFarlane. 1954. Rate of elimination of homologous globu- 

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Karush, F. Personal communication. 



Landsteiner, K. 1945. The Specificity of Serological Reactions. Rev. Ed. Cambridge, 

 Mass. Harvard Univ. Press. 310 pp. 



McFadden, M. L. and E. L. Smith. 1955. Free amino acid groups and N-terminal 

 sequence of rabbit antibodies. J. Biol. Chem. 214: 185-196. 



McMaster, P. D., J. L. Edwards and E. Sturm. 1955. Active anaphylaxis to a foreign 

 protein induced in mice by the transfer of tissue from animals previously injected 

 with the protein. J. Exp. Med. 102: 119-131. 



Morrison, J. L. 1953. Nonspecific precipitation of proteins by polyhaptenic dyes. 

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Mudd, S. 1932. A hypothetical mechanism of antibody production. J. Immunol. 23: 

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Porter, R. R. 1950. Chemical study of rabbit antiovalbumin. Biochem. J. 46: 473-478. 



Tyler, A. 1948. Fertilization and immunity. Physiol. Rev. 28: 180-219. 



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Chairman Pauling: (Repeating question from audience) In Professor 

 Haurowitz's experiments was he ever able to say what the rate of antibody 

 production is relative to the amount of remaining antibody in the animal? 



Professor Haurowitz: I took the figures of Cohn and Pappenheimer when 

 I said that for each to.xoid molecule injected, one million antibody molecules 



