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The accumulation of fat in the liver under many diverse experimental conditions has frequently been used as an index of fat mobilization from adipose tissue (1-6). In recent years, it has become clear that the free fatty acids (FFA) of the plasma represent a major transport form for mobilization of lipid from adipose tissue (7, 8) and methods are now generally available for measurement of this important plasma lipid component (7, 9, 10). Therefore, it is now possible to examine more directlv this inferred relationship between mobilization of fat and the development of fatty liver. The present experiments were designed to determine whether increasing the rate of mobilization of fatty acids from the periphery in normal animals might lead to development of fatty liver. Epinephrine causes an immediate and marked increase in the rate of release of FFA from adipose tissue in vitro (11) and in vivo (12), and norepinephrine acts similarly (13, 14). Because the FFA response to norepinephrine is smoother and more sustained than the response to epinephrine (13), the former has been used in most of these experiments.

THE ROLE OF PLASMA FREE FATTY ACIDS IN DEVELOPMENT OF FATTY LIVER