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Disturbance in the Pattern of Serum Proteins in Experimental Atherosclerosis and its Prevention

Abstract

IT has recently been reported by two of us1,2 that various kinds of experimental atherosclerosis, indicated by great increase in the total cholesterol/lipid phosphorus ratio in the blood and tissues of animals, can be prevented by hydrolysed glucose–cycloacetoacetate, a product formed by condensing glucose with acetoacetate. It was shown by Van Dommeleu and Schutt3 that albumin fraction is low and γ-globulin is high in diabetic coma, and Klinger4 observed that when diabetes is accompanied with severe hypertension, there is a further decrease of albumin and a sharp increase of γ-globulin. As according to Dawber et al. 5 hypertension is usually associated with the incidence of atherosclerosis, attempts were made to study the protein pattern in the serum of saturated fat-induced atherosclerotic animals and in those prevented by essential fatty acids, inositol, vitamin B12 and glucose–cycloacetoacetate (hydrolysed).

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NATH, M., SAIKIA, A. & UPPIN, B. Disturbance in the Pattern of Serum Proteins in Experimental Atherosclerosis and its Prevention. Nature 183, 894–895 (1959). https://doi.org/10.1038/183894a0

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