SITEJECT INDEX 



10^ 



Linoleic acid {continued): 



in hydrogenated fats, 830-832 

 ill liver, 191 

 in molds, 874 

 in reproduction, 821 

 in swine, 801, 802 



lipoxidase action on, 111-113, 115-117 

 oxidation, 109 

 preparation, 787, 789, 790 

 synthesis, 793, 794 

 9,11-Linoleic acid, 785 

 10,12-Linoleic acid, lipoxidase action on, 



114 

 Linolelaidic acid, 785 

 Linolenic acid, 42, 96 



antibacterial action, 868-871, 895 

 as growth factor in bacteria, 892 

 biological activity, 785, 798, 799, 814, 



815 

 conversions of, 185-187, 189, 796, 811, 



813-815 

 effect of fat-free diet on, 186, 814 

 effect on pyridoxine deficiency, 807, 808, 

 882 

 on reproduction, 821 

 lipoxidase action on, 111-113, 117 

 nutritional value, 186-187 

 oxidation, 109 

 preparation, 787, 789, 790 

 x-irradiation and, 823 

 7-Linolenic acid, 187 

 biopotency of, 785-786, 799 

 conversions of, 812 

 in reproduction, 821 

 Linoleyl alcohol, biopotencj- of, 785, 800 

 Linseed oil, EFA in, 827, 828 



effect of heating on nutritional value 



of, 921 

 effect on dermatitis, 882 



on tuberculosis, 866 

 tocopherols in, 690, 901 

 Linusic acid, 800 



Lipase, action vitamin A esters, 517 

 in EFA deficiency, 818 

 location in liver, 520 

 pancreatic, 2 

 Lipemic constant, 371, 372 

 Lipids, and complement fixation, 872 



Lipogenesis, effect of adrenalectomy on, 

 36, 37 

 of hypopln'sectomy on, 36 

 of insulin on, 34-35 

 of x-irradiation on, 39 

 of pancreatectomy on, 36 

 of species on, 39, 40 

 of thyroid on, 37 

 of vitamins on, 40, 41 

 liver as principal site of, 17 

 relation to cholesterogenesis, 394 

 Lipoh'tic theory, 2, 3 

 Lipoproteins, 4 

 carotenoids in, 459 

 cholesterol in, 371 

 Lipotropic agents, effect on ketosis, 158 



effect on phospholipid synthesis, 62-64 

 Lipoxidase, 101, 110-117 

 distribution. 111, 112 

 inhibition by tocopherol, 735 

 isolation, 113 



mechanism of action, 115-117 

 properties, 113-115 

 substrates of, 112, 113 

 Lithium, effect on fatty acid oxidation, 202 

 Liver, acetic acid in, 25, 215, 216, 254, 259 

 acetoacetate in, 20, 21 

 alcohol dehydrogenase in, 452 

 arachidonic acid in, 26, 183 

 benzene metabolism in, 332 

 bile formation in, 406 

 branched-chain acids utilization, 299 

 butyrate-glucose reaction in, 218 

 carotene in, 424, 429, 449 



conversion, 437, 440-442, 446 

 carotenoids in, 429, 430, 500, 503, 504, 



506, 509-511, 514, 518, 519 

 cephalin in, 65 

 cerebrosides in, 6 

 cholesterol in, 363, 365 



biosynthesis, 381, 391, 392, 394, 396- 



398 

 EFA and, 375, 798, 824, 825 

 effect of fat-free diet, 363 

 ester, 825 



oxidation, 412, 413 

 turnover, 405 

 choline oxidase in, 239, 240 



