Author Index Ahrens, R.A.: See Panda, P., 222 Berlin, E.: See Loo, G., 594 Coburn, S.P.: See Mahuren, J.D., 449 Akoh, C.C. and Swanson, B.G. Ab- Bernardo, J.: See Davies, T.A., 102 Cochary, E.F., Gershoff, S.N., and Sa- sorbability and weight gain by mice Bettger, W.J.: See Avery, R.A., 395 dowski, J.A. Effects of vitamin B-6 fed methyl glucoside fatty acid poly- Bistrian, B.R.: See Ling, P.R., 553 deficiency and aging on pyridoxal esters: potential fat substitutes, 652 Blackburn, G.L.: See Ling, P.R., 553 5’-phosphate levels and glycogen Akoh, C.C. and Hearnsberger, J.O. Ef- Blake, W.L. and Clarke, S.D. Type of phosphorylase activity in rats, 135 fect of catfish and salmon diet on dietary fat alters rat liver cell respon- Coward, A.: See Bates, C.J., 214 platelet phospholipid and blood clot- siveness to vasopressin, 87 ting in healthy men, 329 Bobilya, D.J., Briske-Anderson, M., Akwari, O.E.: See Opara, E.C., 424 Johnson, L.K., and Reeves, P.G. Das, K.C., Manusselis, C., and Her- Aljawad, N.S., Fryer, E.B., and Fryer, Zinc exchange by endothelial cells in bert, V. Determination of B12 (co- H.C. Effects of casein, soy, and culture, 565 balamin) in serum and erythrocytes whey proteins and amino acid sup- Bolze, M.S., Osborne, J.M., Vecbas- by radioassay, and of holo-trans- plementation on cholesterol metabo- tiks, K.A., and White, M.E. Insulin- cobalamin II (holo-TC II) and holo- lism in rats, 150 like growth factor binding proteins in haptocorrin (holo-TC I and III) in Allgood, V.E. and Cidlowski, J.A. rats respond to fasting and the pro- serum by adsorbing holo-TC II on Novel role for vitamin B6 in steroid tein and energy content of the microfine silica, 455 hormone action: a link between nu- re-feeding diet, 623 D.A. Sedlock: See Jensen, C.A., 368 trition and the endocrine system, 523 Boyer, J.: See Lerique, B., 629 Davidsson, L., Cederblad, A., Lonner- Aloia, R.C.: See Mlekusch, W., 616 Bijikurien, T.: See Selvam, R., 644 dal, B., and Sandstrom, B. Manga- Anderson, G.H.: See Ng, L.T., 671 Brachet, P., Gaertner, H., Tome, D., nese absorption form mangold (Beta Angulo-Monroy, O., Guesnet, P., and Dumontier, A.-M., Guidoni, A., and vulgaris): comparison of intrinsic and extrinsic labels, 323 Durand, G.A. Effects of a-linolenic Puigserver, A. Transport of N-a (or acid deficiency and age on oxidative N-E)-.-methionyl-t-lysine and ace- Davies, T.A., Bernardo, J., Lazzari, phosphorylation and fatty acid com- tylated derivatives across the rabbit K., Brennan, L., and Simons, E.R. position of rat liver mitochondria, intestinal epithelium, 387 Cytosolic calcium determination: a 484 Brandsen, L.: See van den Berg, 314 fluorometric technique, 102 Demigne, C.: See Levrat, M.-A., 31 Avery, R.A. and Bettger, W.J. Effect Brennan, L.: See Davies, T.A., 102 Deshmukh, D.R., Sarnaik, A.P., Muk- of dietary Zn deficiency on 2,3- Briske-Anderson, M.: See Bobilya, hopadhyaya, A., and Portoles, M. diphosphoglycerate and adenosine D.J., 565 Effect of arginine-free diet on plasma triphosphate concentrations in the Brody, T. and Stokstad, E.L.R. Incor- and tissue amino acids in young and rat erythrocyte, 395 poration of the 2-ring carbon of histi- adult ferrets, 72 Azhar, S. Ca**-activated and phos- dine into folylpolyglutamate coen- Downes, R.: See Bates, C.J., 214 pholipid-dependent hepatic protein zymes, 492 Duch, D.S. and Smith, G.K. Biosyn- kinase (protein kinase C): A stan- Bucci, L.R., Klenda, B.A., Hickson, thesis and function of tetrahydrobi- dardized method for the determina- J.F., Wolinsky, I. Ornithine levels in opterin, 411 tion of enzyme activity, 165 human serum after oral dosing mea- sured by a colorimetric assay, 363 Dufault, S.N.: See Johnson, W.T., 663 Bacon, J.R.: See Beattie, J.H., 512 Burch, W.K.: See Opara, E.C., 424 Dumontier, A.-M.: See Brachet, P., Banks, M.A., Porter, D.W., Martin, 387 W.G., and Castranova, V. Ozone- Callum, M.E.: See Zhou, H.-R., 122 Dupont, J.: See Krumhardt, B., 443; induced lipid peroxidation and mem- Campbell, J.S.: See L’ Abbe. M.R., 430 Lee, H.-C. C., 38 brane leakage in isolated rat alveolar Canary, J.J.: See Panda, P., 222 Durand, G.A.: See Angulo-Monroy, macrophages: protective effects of Carreno, P.: See Lutz, M., 14 O., 484 taurine, 308 Carroll, K.K.: See Khosla, P., 203; Dyer, J.R. and Greenwood, C.E. The Bates, C.J., Edwards, G., Downes, R., Kurowska, E.M., 656 level ofl inoleic acid in neural cardio- and Coward, A. ['C]adipic acid as a Carter, B.S., Moores, R.R., Jr., Bat- lipin is linearly correlated to the probe of fatty acid oxidation in hu- taglia, F.C. Placental transport and amount of essential fatty acids in the man subjects: feasibility study and fetal and placental metabolism of diet of the weanling rat, 477 pilot trial of correction of endemic amino acids, 4 riboflavin deficiency in The Gambia, Castranova, V.: See Banks, M.A., 308 Ecelbarger, G.L., Lasekan, J.B., and 214 Cederblad, A.: See Davidsson, L., 323 Ney, D.M. In vivo triglyceride secre- Battaglia, F.C.: See Carter, B.S., 4 Chapkin, R.S., Coble, K.J. Remodel- tion and hepatic and plasma lipids in Beattie, J.H., Macdonald, A., Harthill, ing of mouse kidney phospholipid rats fed medium-chain triglycerides, J.H., and Bacon, J.R. A technique to classes and subclasses by diet, 158 tripelargonin, or corn oil, 260 improve the determination of copper Chavez, E.R.: See L’Abbe, M.R., 430 Edwards, G.: See Bates, C.J., 214 metabolism in small animals using Cidlowski, J.A.: See Allgood, V.E., stable isotopes, 512 523 Behall, K.M.: See Panda, P., 222 Clarke, S.D.: See Blake, W.L., 87 Ferretti, A., Nelson, G.J., and Benos. D.J.: See Fuller, C.M., 348 Cobb, M.M., Holloway, B.A., and Schmidt, P.C. Salmon-rich diet in- Berger, R. ard Sachan, D.S. Effects of Rivers, J.M. Ascorbic acid catabo- hibits arachidonate cyclooxygena- suppleme...c.y levels of L-carnitine lism by gut microflora: studies in tion in healthy men, 547 on blood and urinary carnitines and germ-free and conventional guinea Fields, M.: See Lewis, C.G., 97 on the portal-systemic blood-ethanol pigs, 635 Fischer, P.W.F.: See L’Abbe, M.R., concentrations in the rat, 382 Coble, K.J.: See Chapkin, R.S., 158 430 J. Nutr. Biochem., 1991, vol. 2, December 683 Author Index Flatt, J.P. Assessment of daily and cu- cinols on human platelet thrombox- precedes the increase in plasma cho- mulative carbohydrate and fat bal- ane production, 20 lesterol levels, 203 ances in mice, 193 Herbert, V.: See Das, K.C., 455 Kilman, P.G.: See Loo, G., 594 Opposite effects of variations in food Herr, F.M., McDonald, P.N., and Kiriyama, S.: See Hara, H., 437 intake on carbohydrate and fat oxi- Ong, D.E. Solubilization and partial Klenda, B.A.: See Bucci, L.R., 363 dation in ad libitum fed mice, 186 characterization of lecithin-retinol Klurfeld, D.M.: See Kritchevsky, D., Fryer, E.B.: See Aljawad, N.S., 150 acyltransferase from a rat liver, 503 133 Fryer, H.C.: See Aljawad, N.S., 150 Hickson, J.F., Jr.: See Bucci, L.R., Kritchevsky, D., Tepper, S.A., and Fuller, C.M. and Benos, D.J. The 363 Klurfeld, D.M. Influence of flaxseed physiology and biochemistry of so- Holcombe, B.N.: See Jandacek, R.J., on serum and liver lipids in rats, 133 dium and chloride permeability path- 142 Krumhardt, B. and Dupont, J. Rat ways in epithelia, 348 Hollenbach, E.J.: See Jandacek, R.J., platelet phospholipase A2 activity Francis, T.: See Ng, L.T., 671 142 and thromboxane synthesis are con- Holloway, B.A.: See Cobb, M.M., 635 comitantly affected by dietary lino- Gaertner, H.: See Brachet, P., 387 Holub, B.J.: See Gaudette, D.C., 116 leic acid, 443 Gage, D.A.: See Zhou, H.-R., 122 Hoppner, K., and Lampi, B. Improv- Kuehlthau, C.M.: See Jandacek, R.J., Galbraith, R.A. Intermediary metabo- ing the response oft he rat liver folate 142 lism in Leishmania mexicana, 180 bioassay, 319 Kurowska, E.M. and Carroll, K.K. Galibois, I., Pitre, F., Parent, G., and Hotchkiss, J.H.: See Helser, M.A., 268 Studies on the mechanism of induc- Savoie, L. Analysis of bound amino Hubbard, V.S.: See Opara, E.C., 424 tion of hypercholesterolemia in rab- acids in the plasma of fed rats: a new bits by high dietary levels of amino preparation procedure, 25 Imaizumi, K., Sekihara, K., and Su- acids, 656 Gastaldi, M.: See Lerique, B., 629 gano, M. Hypocholesterolemic ac- Gaudette, D.C., Holub, B. J. Docosa- tion of dietary phosphatidylethanol- L’ Abbe, M.R., Fischer, P.W.F., Trick, hexaenoic acid (DHA) and human amine in rats sensitive to exogenous K.D., Campbell, J.S., and Chavez, platelet reactivity, 116 cholesterol, 251 E.R. Dietary Se and tumor glutathi- Gerlach, T.: See Zhou, H.-R., 122 Istfan, N.: See Ling, P.R., 553 one peroxidase and superoxide dis- Gershoff, S.N.: See Cochary, E.F.. mutase activities, 430 135 Jandacek, R.J., Hollenbach, E.J., Hol- Lampi, B.: See Hoppner, K., 319 Gislason, J., Jones, B., Lonnerdal, B., combe, B.N., Kuehlthau, C.M., Lasekan, J.B.: See Ecelbarger, G.L., and Hambraeus, L. Intrinsic labeling Peters, J.C., and Taulbee, J.D. 260 of milk iron: effect of iron status on Reduced storage of dietary eico- Laszlo, J.A. Modeling the cation- isotope transfer into goat milk, 375 sapentaenoic and docosahexaenoic exchange properties of corn bran un- Gonzalez, I.: See Lutz, M., 14 acids in the weanling rat, 142 der simulated gastrointestinal ionic Greenwood, C.E.: See Dyer, J.R., 477; Jensen, C.A., Weaver, C.M., and Sed- conditions, 609 McGee, C.D., 79 lock, D.A. Iron supplementation and Lazzari, K.: See Davies, T.A., 102 Guesnet, P.: See Angulo-Monroy, O., iron status in exercising young Lee, H.-C. C. and Dupont, J. Effects 484 women, 368 of dietary fatty acids on the activity Guidoni, A.: See Brachet, P., 387 John, J., Patel, M.S., and Telang, S.D. of glucose transport in adipocytes, 38 Guilarte. T.R. Radiometric microbio- Effects of maternal dietary protein Lerique, B., Boyer, J., and Gastaldi, logical assay of B vitamins Part 1: content on cerebral ketone body- M. Changes in red blood cell phos- assay procedure, 334 metabolizing enzymes in the progeny pholipid acylation during the fed-to- Radiometric microbiological assay of of rats, 604 fasted transition, 629 B vitamins. Part 2: extraction meth- Johnson, L.K.: See Bobilya, D.J., 565 Levrat, M.-A., Remesy, C., and De- ods, 399 Johnson, W.T. and Dufault, S.N. Cop- migne, C. Very acidic fermentations per deficiency alters protein kinase C in the rat cecum during adaptation to Hambraeus, L.: See Gislason, J., 375 mediation of thrombin-induced dense a diet rich in amylase-resistant starch Hara, H. and Kiriyama, S. In vivo granule secretion from rat platelets, (crude potato starch), 31 evaluation of free chymotrypsin ac- 663 Lewis, C.G., Fields, M., and Lure, tivity in the lumen using benzoyl-.- Johnston, C.S. Complement compo- M.D. Severity of copper deficiency tyrosyl-p-aminobenzoic acid in por- nent Clq unaltered by ascorbate sup- in rats fed fructose is not solely de- tal cannulated rats, 437 plementation in healthy men and pendent on hepatic copper concen- Harris, W.S.: See Sztern, M.I., 255 women, 499 tration: effects of adrenalectomy, 97 Harthill, J.H.: See Beattie, J.H., 512 Jones, B.: See Gislason, J., 375 Ling, P.R., Istfan, N., Blackburn, Hayes, K.C.: See Trautwein, E.A., 571 G.L., and Bistrian, B.R. Effects of Hearnsberger, J.O.: See Akoh, C.C., Kappel, L.C.: See Windhauser, M.M., . interleukin 1-B(IL-1) and combina- 329 541 tion of IL-1 and tumor necrosis fac- Hegsted, M.: See Windhauser, M.M., Katayama, T., Momota, Y., Wata- tor on tumor growth and protein me- 541 nabe, Y., and Kato, N. Elevated tabolism, 553 Helser, M.A., Hotchkiss, J.H., and concentrations of a-tocopherol, as- Lénnerdal, B.: See Davidsson, L., 323; Roe, D.A. Temporal influence of corbic acid, and serum lipids in rats Gislason, J., 375 ascorbic acid dose on the endoge- fed polycholorinated biphenyls, chlo- Loo, G., Berlin, E., Peters, R.C., Kil- nous formation on N-nitrosoproline robutanol, or phenobarbital, 92 man, P.G., and Wong, H.Y.C. Effect and N-nitrosothiazolidine-4-carbox- Kato, N.: See Katayama, T., 92 of dietary corn, coconut, and men- ylic acid in humans, 268 Khosla, P., Samman, S., and Carroll, haden oils on lipoprotein, liver, and Hengtrakul, P., Mathias, M. and Lo- K.K. Decreased receptor-mediated heart membrane composition in the renz, K. Effects of cereal alkylresor- LDL catabolism in casein-fed rabbits hypercholesterolemic rabbit, 594 684 J. Nutr. Biochem., 1991, vol . 2, December Author Index Lorenz, K.: See Hengtrakul, P., 20 0.10 M phosphate: kinetic and struc- Sztern, M.I., Harris, W.S. Short-term Lure, M.D.: See Lewis, C.G., 97 tural studies, 535 effects of fish oil on human plasma Lutz, M., Carreno, P. and Gonzalez, I. Patel, M.S.: See John, J., 604 lipid levels, 255 Cholestasis and biliary excretion of Pauly, T.A.: See Mahuren, J.D., 449 lipids induced by ethinylestradiol in Peters, J.C.: See Jandacek, R.J., 142 rats fed polyunsaturated oils, 14 Peters, R.C.: See Loo, G., 594 Tang, G. and Russell, R. M. Formation of all-trans-retinoic acid and 13-cis- Pitre, F.: See Galibois, I., 25 Macdonald, A.: See Beattie, J.H., 512 Pontremoli, S.: See Melloni, E., 467 retinoic acid from all-trans-retinyl palmitate in humans, 210 McDonald, P.N.: See Herr, F.M., 503 Porter, D.W.: See Banks, M.A., 308 McGee, C.D. and Greenwood, C.E. Portoles, M.: See Deshmukh, D.R., 72 Taulbee, J.D.: See Jandacek, R.J., 142 Effect of qualitative differences in di- Puigserver, A.: See Brachet, P., 387 Taupe, A.M.: See Mlekusch, W., 616 Telang, S.D.: See John, J., 604 etary fat on dexfenfluramine medi- cated depression of food intake and Ravichandran, V.: See Selvam, R., 245 Tepper, S.A.: See Kritchevsky, D., 133 serotonin metabolism, 79 Reck, G.P.: See Parent, M.E., 535 Tercyak, A.M. Determination of cho- Mahuren, J.D., Pauly, T.A., and Co- Reeves, P.G.: See Bobilya, D.J., 565 lesterol and cholesterol esters, 281 burn, S.P. Identification of 5S-pyri- Reiser, S.: See Panda, P., 222 Tome, D.: See Brachet, P., 387 doxic acid and 5-pyridoxic acid lac- Remesy, C.: See Levrat, M-A., 31 Trautwein, E.A. and Hayes, K.C. tone as metabolites of vitamin B6 in Rivers, J.M.: See Cobb, M.M., 635 Evaluating taurine status: determina- humans, 449 Roe, D.A.: See Helser, M.A., 268 tion of plasma and whole blood tau- Mak, Y.T.: See Woo, J., 274 Rogers, A.E. Diet and toxicity of rine concentration, 571 Manusselis, C.: See Das, K.C., 455 chemicals, 579 Trick, K.D.: See L’ Abbe, M.R., 430 Martin, W.G.: See Banks, M.A., 308 Russell, R.M.: See Tang, G., 210 Mathias, M.: See Hengtrakul, P., 20 Melloni, E. and Pontremoli, S. The Sachan, D.S.: See Berger, R., 382 Urberg, M.: See Parent, M.E., 535 calpain-calpastatin system: struc- Sadowski, J.A.: See Cochary, E.F., tural and functional properties, 467 135 Milner, J.A.: See Santoro, M.F., 560 Samman, S.: See Khosla, P., 203 van den Berg, H., Brandsen, L., and Mlekusch, W., Taupe, A.M., Vrecko, Sandstrom, B.: See Davidsson, L., 323 Sinkeldam, B.J. Vitamin B-12 con- K., Schmid, P., and Aloia, R.C. Ef- Santoro, M.F. and Milner, J.A. In vitro tent and bioavailability of spirulina fect of a high fat diet on plasma lip- effects of selenodiglutathione on ca- and nori in rats, 314 ids, lipoprotein lipase, lecithin cho- nine mammary cells, 560 Varela-Moreiras, G., Seyoum, E. and lesterol acyltransferase, and insulin Sardesai, V.M. Natural and synthetic Selhub, J. Combined affinity and ion function in adult rabbits, 616 intense sweeteners, 236 pair liquid chromatographies for the Momota, Y.: See Katayama, T., 92 Sardesai, V.M. and Waldshan, T. H. analysis of folate distribution in tis- Moores, R.R., Jr.: See Carter, B.S., 4 Natural and synthetic intense sweet- sues, 44 Mukhopadhyay, A.: See Deshmukh, eners, 236 Vecbastiks, K.A.: See Bolze, M.S., D.R., 72 Sarnaik, A.P.: See Deshmukh, D.R., 623 72 Vrecko, K.: See Mlekusch, W., 616 Nelson, G.J.: See Ferretti, A., 547 Savoie, L.: See Galibois, I., 25 Ney, D.M.: See Ecelbarger, G.L., 260 Schmid, P.: See Mlekusch, W., 616 Waldshan, T.H.: See Sardesai, V.; Ng, L.T., Wong, D.Y., Francis, T. and Schmidt, P.C.: See Ferretti, A., 547 Sardesai, V.M., 236 Anderson, G.H. lon-exchange chro- Scholfield, D.J.: See Panda, P., 222 Watanabe, Y.: See Katayama, T., 92 matography for physiological fluid Sekihara, K.: See Imaizumi, K., 251 Weaver, C.M.: See Jensen, C.A., 368 amino acid analysis, 671 Selhub, J.: See Varela-Moreiras, G., 44 White, M.E.: See Bolze, M.S., 623 Selvam, R. and Bijikurien, T. Methio- Windhauser, M.M., Kappel, L.C., and Ong, D.E.: See Herr, F.M., 503 nine feeding prevents kidney stone Hegsted, M. The humoral immune Opara, E.C., Hubbard, V.S., Burch, deposition by restoration of free radi- response in marginally and severely W.K., and Akwari, O.E. Homolo- cal mediated changes in experimen- magnesium deficient rats, 541 gous desensitization of pancreatic tal rat urolithiasis, 644 Wolinsky, I.: See Bucci, L.R., 363 beta cells to glucose response by Selvam, R. and Ravichandran, V. Wong, D.Y.: See Ng, L.T., 671 polyunsaturated fatty acids, 424 Lipid peroxidation in liver of vitamin Wong, H.Y.C.: See Loo, G., 594 Osborne, J.M.: See Bolze, M.S., 623 B-6 deficient rats, 245 Woo, J., Mak, Y.T. and Swaminathan, Seyoum, E.: See Varela-Moreiras, G., R. Nutritional status of general medi- Panda, P., Reiser, S., Scholfield, D.J., 44 cal patients—influence of age and Behall, K.M., Ahrens, R.A., and Ca- Simons, E.R.: See Davies, T.A., 102 disease, 274 nary, J.J. Carbohydrate tolerance in Sinkeldam, B.J.: See van den Berg, 314 humans as influenced by sex, age, Smith, G.K.: See Duch, D.S., 411 and erythrocyte superoxide dismu- Stokstad, E.L.R.: See Brody, T., 492 Zemel, M.B.: See Parent, M.E., 535 tase activity, 222 Sugano, M.: See Imaizumi, K., 251 Zhou, H.-R., Callum, M.E., Gerlach, Parent, G.: See Galibois, I., 25 Swaminathan, R.: See Woo, J., 274 T., Gage, D.A., and Zile, M.H. Im- Parent, M.E., Reck, G.P., Urberg, M., Swanson, B.G.: See Akoh, C.C., 652 munogens for the preparation of reti- and Zemel, M.B. Magnesium poten- Switzer, B.R. Determination of hy- noic acid antibodies, 122 tiation of iron-transferring binding in droxyproline in tissue, 229 Zile, M.H.: See Zhou, H.-R., 122 J. Nutr. Biochem., 1991, vol. 2, December 685 Subject Index Absorption, 652 Corticosterone, 97 Growth, 484 Acesulfame K, 236 Crude potato starch, 31 Gut microflora, 635 Acetylated dipetide, 387 Activated Sepharose, 44 Deproteinization, 25 Hepatocytes, 87 Acylcearnitines, 382 Desaturation, 60 Histidine, 492 Acyltransferase, 616 Desensitized islets, 424 HMGCOA reductase, 656 Adipic acid, 214 Developing hypercholesterolemia, 203 Holo-haptocorrin, 455 Adipocytes, 38 Diabetes, 60 Human platelets, 20 Affinity chromatography, 44 Diet, 616 p-3-hydroxybutyrate dehydrogenase, Aging, 135 Dietary EFA, 477 604 Algae, 314 Dietary fat, 443, 477 Hyperammonemia, 72 Alkylresorcinols, 20 Dietary fiber, 609 Hypercholesterolemia, 656 Amino acids, 25, 72 Dietary oils, 158 Amino acid supplementation, 150 Dietary amino acids, 656 IGF binding proteins, 623 Antibody, 541 Dietary protein, 150, 604 Immunity, 411 Antioxidant(s), 245, 308 Disease states, 411 Indirect calorimetry, 193 Appetite, 236 DMBA-induced tumors, 430 Insulin, 60, 222, 616 Arginine, 72 Docosahexaenoic medium-chain, 142 Insulin-like growth factor-I, 623 Ascorbic acid, 268, 499 Insulin secretion, 236, 424 Ascorbic acid decarboxylation, 635 Eicosapentaenoic acid, 142, 255 Interleukin 1, 553 Aspartame, 236 Elongation, 60 Intestinal absorption, 387 ATP, 395 Endogenous formation, 268 Intestinal absorption of a-tocopherol, Endothelial cells, 565 92 Energy, 142 Intrinsic label, 323, 375 B12 analogue, 455 Erythrocyte, 395 In vivo synthesis, 547 Benzoyl-L-tyrosyl-p-aminobenzoic Ethanol absorption, 382 Ion flux, 308 acid, 437 Ethanolamine, 251 lon pair liquid chromatography, 44 Biliary lipids, 14 Ethanol metabolism, 382 Iron, 97, 368, 375, 535 Bioassay, 319 Ethinylestradiol, 14 Iron supplementation, 368 Bioavailability, 314 Exercise, 368 Iron transfer, 375 Biosynthesis, 411 Extrinsic label, 323 Isopeptide, 387 Blood 3-hydroxybutyrate, 604 Blood clotting, 329 Fecal lipids, 150 Kidney, 158 Blood ethanol, 382 Fasting, 60, 629 Kidney stone deposition, 644 Blood transport protein, 535 Fat, 616 Brain, 135 Fat balance, 186 Lactic acid, 31, 222 Brain weight, 604 Fat metabolism, 193 LCAT, 616 Fat oxidation, 186, 214 LDL catabolism, 203 Fat substitute, 652 LDL receptor, 594 Calculi-producing diet, 644 Fatty acids, 31, 38, 60, 424 Lecithin-cholesterol acyltransferase, Cancer, 430 Fatty acylation, 629 503 Carbohydrate balance, 186 FCR, 203 Lecithin-retinol acyltransferase, 503 Carbohydrate metabolism, 193 Feeding, 79 Linolenic acid, 133, 443 Carbohydrate oxidation, 186 Feeding behavior, 79 a-Linolenic acid deficiency, 484 Carbohydrate selection, 79 p-Fenfluramine, 79 Lipid peroxidation, 245 Carbon-13, 214 Ferrets, 72 Lipogenesis, 260 Cardiolipin, 477 Fish oil, 87, 255 Lipoprotein, 616 L-Carnitine supplement, 382 Flaxseed, 133 Liver, 135, 245 Casein, 203, 437 Folate, 44 Liver folate, 319 Catfish, 329 Folate coenzymes, 492 Liver lipids, 150 Cellular zinc pools, 565 Folate polyglutamates, 44 Low density lipoproteins, 255 Cell walls, 609 Folylpolyglutamates, 492 Lysine, 387 Cereals, 20 Food intake, 186 Ceruloplasmin, 222 Macronutrient intake, 79 Cholestasis, 14 Gastric pH, 268 Magnesium, 535 Cholesterol, 92, 133, 255, 260, 594 Germ-free guinea pig, 635 Magnesium deficiency, 541 Cholesterol esterification, 656 Globulins, 541 Manganese, 323 Cholesterylester, 251 Glucagon, 60 Mass spectrometry, 214 Chymotrypsin, 437 Glucocorticoid, 97 Maternal diet, 604 Citrulline, 363 Glucose, 222 MCT, 260 Clofibrate, 92 Glucose transport, 38 Metabolism, 210 Cobalamin, 455 Glutathione peroxidase, 430 Metabolizable energy, 193 Complement component Clq, 499 Glycogen phosphorylase, 87, 135 Methionine, 387, 644 Copper deficiency, 663 Goat, 375 Methyl glucoside polyester, 652 686 J. Nutr. Biochem., 1991, vol. 2, December Subject Index Mice, 652 Pneumocytes, 308 Selenodiglutathione, 560 Milk, 375 Polyunsaturated fatty acids, 14, 158 Serum lipids, 133, 150 Mineral bioavailability, 609 Portal absorption, 437 Soybean protein, 437 Mitochondria, 484 Prostaglandins, 547 Soy protein, 203 Muscle, 135 Protein kinase C, 663 Starch, 97 Protein breakdown, 553 Superoxide dismutase, 430 n-3 Fatty acid, 594 Protein calorie malnutrition, 274 n-6 Fatty acid, 594 Protein-energy deficiency, 623 Taurine, 308 Natural sweetners, 236 Protein selection, 79 Thromboxane, 20, 443 Neoplastic cell growth, 560 Protein synthesis, 553 a-Tocopherol, 92 Neural linoleic acid, 477 Pterins, 411 Transferrin, 535 N-nitrosooamino acid, 268 PUFA, 594 Triglycerides, 222, 255, 260 N-nitrosoproline, 268 Pyridoxal 5’'-phosphate, 135 Tripelargonin, 260 N-nitrosothiazolidine-4-carboxylic 5-Pyridoxic acid, 449 Triton WR-1339, 260 acid, 268 Tumor growth, 553 Omega-3 polyunsaturates, 547 Rabbits, 656 Tumor necrosis factor, 553 Oral dose, 210 Radioassay, 455 Ornithine, 363 Rat(s), 87, 133, 319, 437, 541, 629 Uric acid, 222 Ornithine assay, 363 Rat cecum, 31 Urinary excretion, 547 Oxidative phosphorylation, 484 Red blood cells, 629 Urolithiasis, rat, 644 3-Oxoacid CoA-transferase, 604 Repletion, 319 Ozone exposure, 308 Retinoic acid, 210 Vasopressin, 87 Retinoic acid oxime, 122 Vitamin A, 122, 210 Pectin, 92 Retinoic acid-specific antigens, 122 Vitamin B-12, 314, 455 Peptides, 25 Retinoids, 122 Vitamin B-12 analogues, 314 PGE-metabolite, 547 Retinol, 503 Vitamin B-6, 135, 245, 449 Phosphatidyl-choline, 503 Retinyl esters, 503 Phosphatidylethanolamine, 251 Riboflavin deficiency, 214 Phosphoethanolamine, 251 Rose hip seed oil, 14 Weanling rat, 477 Phospholipase, 443 Weight lifters, 363 Phospholipase A2, 443 Secretion, 663 Whole body counting, 323 Phospholipid(s), 158, 329, 629 Saccharin, 236 Plasma, 25 Salmon, 329 Xenobiotics, 92 Plasma lipids, 255, 629 Saturated fat, 79 Plasma amino acids, 656 Selenium, 430 Zinc deficiency, 395 Platelets, 443, 663 Selenium metabolism, 560 Zinc ligands, 565 J. Nutr. Biochem., 1991, vol. 2, December 687