71 



-19 3 4- 



213. DARROW, K. E. 



Revlev.' of causes of reactions following intravenous injections 

 of glucose and normal saline (with special reference to pyrogen 

 containing distilled water as a cause) yy^^&^n 



Journal -Lancet 54:65-66, 1934 



214. DELAPIELD, M, E.- 



Blood sugar changes and toxic effects produced in rabbits bv 

 certain fractions derived from B. aertryke 



Brit. J, Exper. Pathol. 15;130, 1934 



Fractions prepared by the method outlined by Raistrick and 

 Topley were capable of producing hyperglycemia and toxic effects 

 in the rabbit. Antibacterial and antitoxic immunity production 

 in mice by means of these fractions appeared to parallel their 

 toxicity for the rabbit. The active fraction of B. aertryke is 

 precipitable in alcohol (50-63^ by weight), a second inactiv e 

 iraction is obtained by use of excess alcohol. The alcohol- 

 soluble material is also inactive. The hyperglycemic effect 

 can be removed from the precipitable active fraction by acidic 

 or alkaline hydrolysis. Repeated injections of this fraction 

 produces tolerance to the chemical response, 



215. GOUGH, G. A. C. and BURNET, P. M. 



The chemical nature of the phage -inactivating agent in bacterial 



J. Path. Bact. 38:301-303, 1934 



The phage-inactivating agent of bacterial extracts is a poly- 

 saccharide which can be converted into a hapten by alkaline 

 treatment. The poiver to inactivate different phages is lost 

 by degrees during degradation by either heat or alkali. The 

 investigators consider the specific somatic antigen of dysentery 

 and Salmonella bacilli to be a labile polysaccharide and to be 

 responsible for serological properties and phage susceptibility 

 01 the bacteria. ° t- j 



