The Journal of Nutritional Biochemistry 1994: Vol 5 Index

5 Pages·1994·1.5 MB·English

Author Index
Adamson, I.: See Omoruyi, F., 193 Beucher, S., Levenez, F., Yvon, M., and transport, and metabolism: Role of
Adjalla, C., Lambert, D., Benhayoun, Corring, T. Effects of gastric digestive a-tocopherol-binding proteins, 562
S., Berthelsen, J.G., Nicolas, J.P., products from casein on CCK release
Guéant, J.L., and Nexo, E., Forms of by intestinal cells in rats, 578 Emery, M.: See Xia, J., 536
cobalamin and vitamin B,, analogs Bhathena, S.J.: See Berlin, E., 591
in maternal plasma, milk, and cord Bistrian, B.R.: See Parnes, H.L., 243
Fanburg, B.L.: See White, A.C., 218
plasma, 406 Blachier, F.: See Posho, L., 284
Felgines, C., Mazur, A., and Rayssiguier,
Alam, B.S., Mannino, S.J., and Alam Bohov, P.: See Klimes, I., 389 Y. Plasma lipoproteins and apolipo-
S.Q. Effect of reversal of diet- Borel, P., Armand, M., Ythier, P., Dutot, proteins B and E in rats fed a high-
induced changes in acyl group com- G., Melin, C., Senft, M., Lafont, H., fiber fructose-based diet, 499
position of cardiac membrane lipids and Lairon, D. Hydrolysis of emul- Fislewicz, M.: See Lhoste, E.F., 84
on adenylate cyclase activity in rats, sions with different triglycerides and Fong, Y.: See Tsang, C.P.W., 411
106 droplet sizes by gastric lipase in vitro. Forehand,J. : See Livant, E.J., 504
Alam, S.Q.: See Alam, B.S., 106 Effect on pancreatic lipase activity,
Forsberg, N.E.: See Ilian, M.A., 529; Liu,
Allen, R.H.: See Frontiera, M.S., 28 124 CC., 43
Andersen, H.J.: See Pellett, L.J., 479 Bray, T.M.: See Xu, Z., 308, 490 Friedman,J. : See Parnes, H.L., 243
Anderson, J.J.B. Book Review: Nutri- Broemeling, L.D. and Wolfe, R.R. On Frontiera, M.S., Stabler, S.P., Kolhouse,
tional Biochemistry, 462 estimating intrasubject variability in J.F., and Allen, R.H. Regulation of
Anderson, ].J.B. and Toverud, S.U. Diet doubly labeled water experiments, methionine metabolism: Effects of
and vitamin D: A review with an em- 39 nitrous oxide and excess dietary me-
phasis on human function, 58 Browning, J.D.: See Xia, J., 542 thionine, 28
Armand, M.: See Borel, P., 124 Bunce, G.E. Nutrition and eye disease Fujisawa, K., Yagasaki, K., and Funabiki,
Aruoma, O.I. Free radicals and antioxi- of the elderly, 66 R. Reduction of hyperlipidemia and
dant strategies in sports, 370 Burns, C.P. and Spector, A.A. Biochem- proteinuria without growth retarda-
Atwal, A.S.: See Jenkins, J., 134 ical effects of lipids on cancer ther- tion in nephritic rats by amino acids-
apy, 114 fortified low casein diets, 21
Bussiére, L., Mazur, A., Gueux, E., and Funabiki, R.: See Fujisawa, K., 21
Badamchian, M., Spangelo, B.L., Bao, Rayssiguler, Y. Hypertriglyceridemic
Y., Hagiwara, Y., Hagiwara, H., Uey- serum from magnesium-deficient
ama, H., and Goldstein, A.L. Isola- rats induces proliferation and lipid Ganther, H.E.: See Vadhanavikit, S., 315
tion of a vitamin E analog from a accumulation in cultured vascular Ginter, E.: See Nagyova, A., 10
green barley leaf extract that stimu- smooth muscle cells, 585 Giuliano, A.R., Neilson, E.M., Yap,
lates release of prolactin and growth H-H., Baier, M., and Canfield, L.M.
hormone from rat anterior pituitary Campbell, F.M.: See Dutta-Roy, A.K., 562 Quantitation of and _ inter/intra-
individual variability in major carot-
cells in vitro, 145 Canfield, L.M.: See Giuliano, A.R., 551
enoids of mature human milk, 551
Bae, B. and Percival, S.S. Copper up- Card, R.T.: See Paterson, P.G., 298
Glahn, R.P.: See Wien, E.M., 571
take and intracellular distribution Chen, H.: See Pellett, L.J., 479
during retinoic acid-induced differ- Chittar, H.S., Nihalani, K.D., Vartha- Goda, T.: See Takase, S., 197
Goda, T., Urakawa, T., Watanabe, M.,
entiation of HL-60 cells, 457 kavi, P.K., and Udipi, S.A. Lipid
and Takase, S. Effect of high-
Baggott, J.E.: See Ha, T., 522 peroxide levels in diabetics with
amylose starch on carbohydrate di-
Baier, M.: See Giuliano, A.R., 551 micro- and macro- angiopathies, 442
gestive capability and lipogenesis in
Bamji, M.S.: See Lakshmi, R., 189 Clevidence, B.A.: See Berlin, E., 591
epididymal adipose tissue and liver
Banks, M.A., Porter, D.W., Martin, Cook, J.D.: See Baynes, R.D., 322
of rats, 256
W.G., and Gregory, J.F. III. Dietary Corring, T.: See Beucher, S., 578;
Goldstein, A.L.: See Badamchian, M.,
vitamin B6 effects on the distribution Lhoste, E.F., 84
145
of intestinal mucosal and microbial Cortez, Y.: See Lutz, M., 446
Gordon, M.J.: See Dutta-Roy, A.K., 562
B-glucosidase activities toward pyri- Cubizolles, C.: See Rock, E., 351
Gorecki, D.K_J.: See Paterson, P.G., 298
doxine-5'-8-D-glucosidase in the
guinea pig, 238 da Costa, K-A.: See Sheard, N.F., 303 Gregory, J.F.: See Banks, M.A., 238
Guéant, J.L.: See Adjalla, C., 406
Bao, Y.: See Badamchian, M., 145 Dabrowski, K.: See Matusiewicz, M., 204
Gueugneau, A.M.: See Lhoste, E.F., 84
Baynes, R.D., Skikne, B.S., and Cook,J . Darcy-Vrillon, B.: See Posho, L., 284
D. Circulating transferrin receptors de Catalfo, G.H.: See Igal, R.A., 15 Gueux, E.: See Bussiére, L., 585; Rock,
|e s)
and assessment of iron status, 322 de Gomez Dumm, I.N.T.: See Igal, R.A.,
Gutierrez, P.L.: See Parnes, H.L., 243
Bazan, N.G.: See Martin, R.E., 151 15
Benhayoun, S.: See Adjalla, C., 406 Deepa, R.: See Manjula, T.S., 95
Berdanier, C.D.: See Kullen, M.J., 227 Demigne, C.: See Morand, C., 138 Ha, T. and Baggot, J.E. 5
Bergman, S.M.: See Livant, E.J., 504 Devi, C.S.S.: See Manjula, T.S., 95 aminoimidazole-+carboxamide __ri-
Berlin, E., Bhathena, S.J., Judd, J-T., Donangelo, C.M.: See Zapata, C.V., 331 botide (AICAR) and its metabolites:
Clevidence, B.A., and Peters, R.C. Duée, P-H.: See Posho, L., 284 Metabolic and cytotoxic effects and
Human erythrocyte membrane flu- Dunlop, D.S.: See Lajtha, A., 266 accumulation during methotrexate
idity and insulin binding are inde- Duthie, G.G.: See Dutta-Roy, A.K., 562 treatment, 522
pendent of dietary trans fatty acids, Dutot, G.: See Borel, P., 124
591 Dutta-Roy, A.K., Gordon, M.]J., Camp- Hagiwara, H.: See Badamchian, M., 145
Berthelsen, J.G.: See Adjalla, C., 406 bell, F.M., Duthie, G.G., and James, Hamada, T. A new experimental system
Besson, C.: See Morand, C., 138 W.P.T. Vitamin E_ requirements, of using fertile chick eggs to evaluate
© 1994 Butterworth—-Heinemann J. Nutr. Biochem., 1994, vol. 5, December 599
Author Index
vanadium absorption and antidotal brain slices from perinatally under- Mason, J.B. Folate and colonic carcino-
effectiveness to prevent vanadium nourished rats, 338 genesis: searching for a mechanistic
uptake, 382 Lairon, D.: See Borel, P., 124 understanding, 170
Hayes, K.C.: See Trautwein, E.A., 397 Lajtha, A., Reilly, M.A., and Dunlop, Matusiewicz, K.: See Matusiewicz, M.,
Hurt, G.M.: See Pento, J.T., 547 D.S. Aspartame consumption: lack of 204
effects on neural function, 266 Matusiewicz, M., Dabrowski, K., Volker,
Igal, R.A., de Catalfo, G.H., and de Lakshmi, A.V.: See Lakshmi, R., 189 L., and Matusiewicz, K. Regulation of
Gomez Dumm, I.N.T. Polyunsatu- Lakshmi, R., Lakshmi, A.V., and Bamji, saturation and depletion of ascorbic
rated fatty acid biosynthesis in testis M.S. Phagocytosis in riboflavin- or acid in rainbow trout, 204
from rats fed a hypercholesterolemic pyridoxine-deficient rats, 189 Mazur, A.: See Bussiére, L., 585; Fel-
diet, 15 Lambert, D.: See Adjalla, C., 406 gines, C., 499
Ikeda, A., Wakamatsu, K., Umeda, T., Larson, M.R., Wilson, C., and Potter, McMurchie, E.J. Report on the 15th
Shikada, S., Ikeda, I., Imaizumi, K., S.M. The role of dietary protein International Congress of Nutrition,
and Sugano, M. Effects of dietary source in the development of choles- 213
protein and fat on linoleic and a- terol metabolism in rabbits, 232 Melin, C.: See Borel, P., 124
linoleic acid metabolism and prosta- Lee, K.: See Tsang, C.P.W., 411 Minchenko, A.: See Klimes, 389
cyclin production in stroke-prone Levenez, F.: See Beucher, S., 578 Mineharu, T.: See Takase, 197
spontaneous hypertensive rats, 248 Levrat, M.A.: See Morand, C., 138 Mitkova, A.: See Klimes, I., 389
Ikeda, I.: See Ikeda, A., 248 Lhoste, E.F., Fislewicz, M., Gueugneau, Morand, C., Levrat, M.A., Besson, C.,
Ilian, M.A. and Forsberg, N.E. A com- A.M., and Corring, T. Adaptation of Demigne, C., and Remesy, C. Effects
parative study on gene expression of exocrine pancreas to dietary pro- of a diet rich in resistant starch on
calpains, calpastatin, cathepsin D teins: Effect of the nature of protein hepatic lipid metabolism in the rat,
and proteasome in tissues of fed and and rat strain on enzyme activities 138
fasted rabbits, 529 and messenger RNA levels, 84 Moss, R.: See Klimes, I., 389
Imaizumi, K.: See Ikeda, A., 248 Liu, C-C., Yeh, J-Y, Ou, BR., and Mousissian, G.K.: See Pento, J.T., 547
Forsberg, N.E. Actions of a beta- Murthy, M.: See Piche, L.A., 50
James, W.P.T.: See Dutta-Roy, A.K., 562 adrenergic agonist on muscle pro- Murthy, R.: See Piche, L.A., 50
Jenkins, J. and Atwal, A.S. Effects of tein metabolism in intact, adrenal-
dietary saponins on fecal bile acids ectomized, and dexamethasone- Nagyova, A., Ginter, E., and Stefek, M.
and neutral sterols, and availability supplemented adrenalectomized Effect of cadmium on hepatic micro-
of vitamins A and E in the chick, 134 rats, 43 somal monooxygenase activities in
Johnston, K-E.: See Livant, E.J., 504 Livant, E.J., Tamura, T., Johnston, K-E., guinea pigs with low and high
Judd, J.T.: See Berlin, E., 591 Vaughn, W.H., Bergman, S.M., Fore- ascorbic acid intake, 10
hand, J., and Walthaw J. Plasma Neilson, E.M.: See Giuliano, A.R., 551
Kato, N., Saari, J.T., and Schelkoph, folate conjugase activities and folate Neville, M.C.: See Walsh, C.T., 418
G.M. Cystine feeding enhances de- concentrations in patients receiving Nexo, E.: See Adjalla, C., 406
fects of dietary copper deficiency by hemodialysis, 504 Nicolas, J.P.: See Adjalla, C., 406
a mechanism not involving oxidative Lokesh, B.R.: See Reddy, A.C.P., 181 Nihalani, K.D.: See Chittar, H.S., 442
stress, 99 Lombardi, B. and Smith, M.L. Tumori- Niki, R.: See Sonoyama, K., 291
Keller, E.A.: See Laino, C.H., 338 genesis, protooncogene activation,
Khokhar, S. Dietary fibers: their effects and other gene abnormalities in O'Dell, B.L.: See Xia, J., 536, 542
on intestinal digestive enzyme activi- methyl deficiency, 2 Ohnishi, N.: See Okada, M., 485
ties, 176 Lopes, S.M.: See Parnes, H.L., 243 Okada, M., Sogo, A., and Ohnishi, N.
Kim, Y.T.: See Lugogo, R.D.N., 451 Lugogo, R.D.N., Kim, Y¥.T., and Webb, Glycation reaction of aspartate ami-
Kiriyama, S.: See Sonoyama, K., 291 R.E. The effect of a semisynthetic notransferase by various carbohy-
Klimes, I., Sebokova, E., Minchenko, diet on the profile of urinary conju- drates in an in vitro system, 485
A., Maassen, T., Moss, R., Mitkova, A., gates in male adults, 451 Omoruyi, F. and Adamson, I. Early en-
Wiersma, M., and Bohov, P. GLUT4 Lutz, M., Cortez, Y., and Vinet, R. Di- zyme changes caused by a dietary
gene expression and GLUT4 protein etary fats and cholesterol supple- fiber (dikanut) in the kidney of strep-
levels in muscle of high sucrose-fed mentation effects on aortic and lipid tozotocin-induced diabetic rats, 193
rats: effect of dietary fish oil, 389 response in rats, 446 Orsingher, O.A.: See Laino, C.H., 338
Kolhouse, J.F.: See Frontiera, M.S., 28 Ou, B-R.: See Liu, C-C., 43
Kullen, M.jJ., ParenJtr.e, J,.A ., and Ber- Maassen, T.: See Klimes, I., 389
danier, C.D. Effects of type of dietary Madsen, D.C.: See Shug, A.L., 356 Parente, Jr., J.A.: See Kullen, M.J., 227
fat and protein on gluconeogenesis Manjula, T.S., Deepa, R., and Devi, Parnes, H.L., Masciolo, E.A., LaCivita,
in isolated hepatocytes from BHE/ C.S.S. Effect of aspirin on lipid per- C.L., Gutierrez, P.L., Friedman, J.,
cdb rats, 227 oxidation in experimental myocar- Lopes, S.M., and Bistrian, B.R.
Kuratko, C.N., Tsai, S-Y., and Pence, dial infarction in rats, 95 Parenteral nutrition in overweight
B.C. Effects of dietary fat and 1, 2- Mannino, S.J.: See Alam, S.Q., 106 patients: are intravenous lipids nec-
dimethylhydrazine on microsomal Martin, R.E., Rodriguez de Turco, E.B., essary to prevent essential fatty acid
lipid peroxidation, 78 and Bazan, N.G. Developmental mat- deficiency, 243
uration of hepatic n-3 polyunsatu- Paterson, P.G., Gorecki, D.K.J., and
LaCivita, C.: See Parnes, H.L., 243 rated fatty acid metabolism: Supply Card, R.T. Vitamin E deficiency and
Lafont, H.: See Borel, P., 124 of docosahexaenoic acid to retina erythrocyte deformability in the rat,
Laino, C.H., Keller, E.A., and Or- and brain, 151 298
singher, O.A. Reduced cyclic AMP re- Martin, W.G.: See Banks, M.A., 238 Peck, M.D. Interactions of lipids with
sponse to adrenergic stimulation in Masciolo, E.A.: See Parnes, H.L., 243 immune function II: Experimental
600 J. Nutr. Biochem., 1994, vol. 5, December
Author Index
and clinical studies of lipids and im- Saari, J.T.: See Kato, N., 99 Umeda, T.: See Ikeda, A., 248
munity, 514 Schelkoph, G.M.: See Kato, N., 99 Urakawa, T.: See Goda, T., 256
Peck, M.D. Interaction of lipids with Scott, K.C. and Turnlund, J.R. Com-
immune function I: Biochemical ef- partmental model of copper metabo- Vadhanavikit, S. and Ganther, H.E. In-
fects of dieatry lipids on plasma _ lism in adult men, 342 creased malic enzyme activity in sele-
membranes, 466 Sebokova, E.: See KlimeS, I., 389 nium deficient rat liver, 314
Pellett, L.J., Andersen, H.J., Chen, H., Senft, M.: See Borel, P., 124 Van Campen, D.R.: See Wien, E.M., 571
and Tappel, A.L. B-carotene alters vi- Sheard, N.F., da Costa, K-A., and Zeisel, Varthakavi, P.K.: See Chittar, H.S., 442
tamin E protection against heme S.H. Accelerated uptake of an intra- Vaughn, W.H.: See Livant, E.J., 504
protein oxidation and lipid peroxi- venously administered dose of cho- Vinet, R.: See Lutz, M., 446
dation in chicken liver slices, 479 line chloride in choline-deficient Volker, L.: See Matusiewicz, M., 204
Pence, B.C.: See Kuratko, C.N., 78 humans, 303
Pento, J.T., Shew, R.L., Mousissian, Shew, R.L.: See Pento, J.T., 547 Wakamatsu, K.: See Ikeda, A., 248
G.K., and Hurt, G.M. The influence Shikada, S.: See Ikeda, A., 248 Jalsh, C.T. and Neville, M.C. Effects
of chronic verapamil treatment on Shug, A.L. and Madsen, D.C. Protec- of xenobiotics on milk secretion and
calcium absorption and homeostatis tion of the ischemic rat heart by Pro- composition, 418
in the geriatric rat, 547 cysteine and amino acids, 356 Walthaw,J. : See Livant, E.J., 504
Percival, S.S.: See Bae, B., 457 Skikne, B.S.: See Baynes, R.D., 322 Watanabe, M.: See Goda, T., 256
Peters, R.C.: See Berlin, E., 591 Smith, M.L.: See Lombardi, B., 2 Webb, R.E.: See Lugogo, R.D.N., 451
Petzke, K.J. and Proll, J. [NAD*]/ Sogo, A.: See Okada, M., 485 White, A.C., Thannickal, V.J., and Fan-
[NADH] redox-state metabolites of Sonoyama, K., Kiriyama, S. and Niki, burg, B.L. Glutathione deficiency in
freezed-clamped livers of rats fed ca- R. Effect of dietary protein level on human disease, 218
sein or gelatin diets, 495 intestinal aminopeptidase activity Wien, E.M., Glahn, R.P., and Van Cam-
Piche, L.A., Murthy, R., and Murthy, M. and mRNA level in rats, 291 pen, D.R. Ferrous iron uptake by rat
Differential effects of dietary canola, Spangelo, B.L.: See Badamchian, M., duodenal brush border membrane
soybean, and cod liver oils on arachi- 145 vesicles: Effects of dietary iron level
donic acid content of the rat adrenal Spector, A.A.: See Burns, C.P., 114 and competing minerals (Zn*?, Mn*®,
glands, 50 Squires, E.J.: See Xu, Z., 308 and Ca**), 571
Porter, D.W.: See Banks, M.A., 238 Stabler, S.P.: See Frontiera, M.S., 28 Wiersma, M.: See KlimeS, I., 389
Posho, L., Darcy-Vrillon, B., Blachier, Stefek, M.: See Nagyova, A., 10 Wilson, C.: See Larson, M.R., 232
F., and Duée, P-H. The contribution Sugano, M.: See Ikeda, A., 248 Wolfe, R.R.: See Broemeling, L.D., 39
of glucose and glutamine to energy Suruga, K.: See Takase, S., 197
metabolism in newborn pig entero- Suzuki, R.: See Takase, S., 197 Xia,J. , Browning, J.D., and O'Dell, B.L.
cytes, 284 Zinc and thrombin increase phorbol
Potter, S.M.: See Larson, M.R., 232 Takase, S.: See Goda, T., 256 ester binding to platelet membranes
Prochaska, H.J. Screening strategies for Takase, S., Mineharu, T., Suruga, K., by a mechanism not involving trans-
the detection ofa nticarcinogenic en- Suzuki, R., and Goda, T. Amount and location, 542
zyme inducers, 360 quality of dietary protein regulate Xia, J., Emery, M., and O’Dell, B.L.
Proll,J. : See Petzke, K.J., 495 lecithin:retinol acyltransferase activ- Zinc status and distribution of pro-
ity without change in cellular retinol- tein kinase C in rat platelets, 536
binding protein, type two in rat Xu, Z. and Bray, T.M. Electronic spin
Rayssiguler, Y.: See Bussiére, L., 585; Fel- jejunum, 197 resonance spin trapping studies of
gines, C., 499; Rock, E,, 351 Tamura, T.: See Livant, E.J., 504 the effects of dietary zinc deficiency
Reddy, A.C.P. and Lokesh, B.R. Alter- Tappel, A.L.: See Pellett, L.J., 479 on free radical production in vitro
ations in lipid peroxides in rat liver Thannickal, V.J.: See White, A.C., 218 and in vivo under acute oxidative
by dietary n-3 fatty acids: modulation Toverud, S.U.: See Anderson, J.J.B., 58 stress, 490
of antioxidant enzymes by curcumin, Trautwein, E.A. and Hayes, K.C. Thy- Xu, Z., Squires, E.J., Bray, T.M. Effects
eugenol and vitamin E, 181 roxine and propylthiouracil supple- of dietary zinc deficiency on the ex-
Reilly, M.A.: See Lajtha, A., 266 ments reduce the lithogenic index pression of hepatic microsomal cyto-
Remesy, C.: See Morand, C., 138 and cholesterol gallstones in ham- chrome P450 2E1 in rats, 308
Rock, E., Gueux, E., Cubizolles, C., and sters, 397
Rayssiguier, Y. Calcium permeability Trugo, N.M.F.: See Zapata, C.V., 331 Yagasaki, K.: See Fujisawa, K., 21
and ATPase activities of red blood Tsai, S-Y.: See Kuratko, C.N., 78 Yap, H-H.: See Giuliano, A.R., 551
cells of magnesium deficient rats, Tsang, C.P.W., Fong, Y., and Lee, K. Yeh, J-Y.: See Liu, C-C., 43
351 Measurement of 25-hydroxyvitamin Ythier, P.: See Borel, P., 124
Rodriguez de Turco, E.B.: See Martin, D,, 1,25-dihydroxyvitamin Ds, and es- Yvon, M.: See Beucher, S., 578
R.E., 151 tradiol from a single plasma sample,
Rule, D.C. Starvation-realimentation 411 Zapata, C.V., Donangelo, C.M., and
overshoot in glycerophosphate acyl- Turnlund, J.R.: See Scott, K-C., 342 Trugo, N.M.F. Effect of iron supple-
transferase in adipose tissue and liver mentation during lactation on
of rats is influenced by type of dietary Udipi, S.A.: See Chittar, H.S., 442 human milk composition, 331
fat. 161 Ueyama, H.: See Badamchian, M., 145 Zeisel, S.H.: See Sheard, N.F., 303
J. Nutr. Biochem., 1994, vol. 5, December 601
Subject Index
2E1 activity, 308 Cellular retinol-binding protein (type Eugenol, 181
Acyl-CoA, 197 two), 197 Exercise biomarkers, 370
Acyltransferase, 161 Chelate, 382 Exocrine, 406
Adenylate cyclase, 106 Chemoprevention, 360
Adipose tissue, 161 Chick embryo, 382 Fatty acid-binding protein (FABP), 562
Adrenal gland, 50 Chicks, 479 Fatty acids, 106, 114
Adrenergic stimulation, 338 Cholecalciferol, 411 n-3 Fatty acids, 151
AICAR, 522 Cholecystokinin release, 578 Fecal bile acids and neutral sterols, 134
Alkaline phosphatase, 176 Cholesterol, 15, 232, 446 FeNTA, 490
a-linolenic acid, 15, 248 Choline, 2 Fluorescence, 15
a-tocopherol-binding protein (TBP), Choline deficiency, 303 Fluorescent probes, 591
562 Chronic renal failure, 504 Folate, 170, 504
a-tocopherol succinate, 145 Cimaterol, 43 Folate conjugase, 504
a-tocopherol, 298 Cobalamin, 28 Folate conjugase inhibitor, 504
Alterations, 2 Cod liver oil, 50 Folic acid, 28
Amino acids and aspartame, 266 Colon cancer, 170 Free radical production, 490
Amino acid conjugates, 451 Compartmental analysis, 342 Free radicals, 114, 370
Aminopeptidase, 291 Copper accumulation, 457
Amylose, 256 Copper deficiency, 99
Gallstones, 397
Analogs, 406 Copper kinetics, 342
Gastric lipase, 124
Anticancer agents, 114 Copper metabolism, 342
Gelatin, 495
Antioxidant supplementation, 370 Corrinoids, 406
Gene expression, 84, 529
Antioxidant enzymes, 181 Cryptoxanthin, 551
Genes, 2
Antioxidants, 370 Cu/Zn-SOD, 457
Glucocorticoid, 43
Aorta response, 446 Curcumin, 181
Gluconeogenesis, 227
Apolipoproteins, 499 Cyclic AMP, 338
Glucose, 284
Arachidonic acid, 50 Cystine, 99
Glucuronides, 451
Ascorbate monophosphate, 204 Cytochrome P-450, 10
GLUT4 gene expression, 389
Ascorbic acid, 10, 204
GLUT4 protein level, 389
Aspartame, 266 Deferoxamine, 382
Glutamine, 284
Aspartate aminotransferase, 485 Deficiency, 2
Glutathione, 314, 356
Aspartic acid from aspartame, 266 Degranulation, 189
Glutathione deficiency states, 218
Aspirin, 95 A5 and A6 desaturases, 15
Glutathione redox cycle, 218
Atherosclerosis, 585 Depletion kinetics, 204
Glutathione supplementation, 218
Availability of vitamins A and E, Diabetes, 193
Glutathione reductase, 314
134 Diet, 78, 176
Glutathione synthesis, 218
Dietary adaptation, 84
Glycation, 485
Beta-adrenergic agonist, 43 Dietary fat, 227
Glycerophosphate, 161
B-carotene, 479 Dietary fiber, 176, 193, 499
Glycolysis, 189
B-glucosidase, 238 Dietary fish oil, 389
Glycomacropeptide, 578
BHE/cdb rats, 227 Dietary lipids, 181
Granulopoiesis, 457
Bile acid profile, 397 Dietary oils, 446
Green barley leaf extract, 145
Biliary lipids, 397 Dietary protein, 227
Growth hormone, 145
Body mass index, 442 Dietary proteins, 578
Guinea pig, 238
Bone, 547 Dietary protein level, 291
Guinea pigs, 10
Brain, 151 1,25-Dihydroxyvitamin D, 411
Breastmilk, 551 1,2-Dimethylhydrazine, 78
Brush border membrane, 571 Disaccharidases, 176, 256 Half-life, 204
Docosahexaenoic acid, 151 Hamsters, 397
(Ca?*-Mg**)-ATPase, 351 Doubly labeled water studies, 39 HDL-cholesterol, 442
Ca homeostasis, 547 Heart, 106
Ca retention, 547 Eicosa-8,11,14-trienoic acid, 15 Heme protein oxidation, 479
Cadmium, 10 Eicosanoids, 50, 466 Hemodialysis, 504
Calcitrol, 411 Ektacytometer, 298 HMG CoA reductase, 232
Calcium, 536 Energy, 284 Homocysteine, 28
Calcium flux, 351 Energy expenditure, 39 Human T and B lymphoblasts, 522
Calpain, 43, 529 Enteral feeding, 124 Human milk, 331, 551
Calpastatin, 529 Enzyme induction, 360 Humans, 124, 342
Cancer chemoprevention, 170 Enzymes, 193 25-Hydroxyvitamin D, 411
Canola oil, 50 Erythrocyte deformability, 298 Hyperlipidemia, 21
Carcinogenesis, 78, 170 Erythrocyte, 298 Hypertriglyceridemia, 585
Carotene, 551 Erythrocytes, 351
Casein, 248, 495, 578 Essential fatty acid deficiency, 243 Immunity, 466, 514
Cathepsin, 43, 529 Estradiol, 411 In vitro, 578
CCL,, 490 Ethanol, 308, 490 Insulin binding, 591
602 J. Nutr. Biochem., 1994, vol. 5, December © 1994 Butterworth-Heinemann
Subject Index
Insulin receptor, 591 Neonate, 284 S-adenosyl homocysteine hydrolase,
Inter/intra-individual variability, 551 Nephritis, 21 522
Intestinal jejunum, 197 Neurotransmitters and aspartame, 266 Saponins, 134
Intestinal transport, 547 Neutropenia, 457 SDS-PAGE, 485
Intestine, 284, 571 Nitrous oxide, 28 Seizures and aspartame, 266
Intrasubject variability, 39 Non-insulin dependent diabetes, 442 Selenium deficiency, 314
Intravenous supplementation, 303 Nutrition, 466 Semisynthetic diet, 451
Iron, 571 Serum cholesterol, 21
Iron status, 331 Oxidants, 218 Serum form, 322
Iron supplementation, 331 L-2-Oxothiazolidine-+-carboxylate, 356 Serum triglyceride, 21
Isoproterenol, 95 SHR-SP, 248
Skeletal muscle, 389
Parenteral nutrition, 243
Juvenile trout, 204 Small intestine, 291
Perinatal undernutrition, 338
Soluble form, 322
Peroxidation, 99
Kidney, 193 Soybean oil, 50
Phagocytosis, 189
Soybean protein, 248
Phase II enzymes, 360
Lactation, 418, 551 Stable isotopes, 303, 342
Phenylalanine from aspartame, 266
Lecithin, 197 Starch, 256
Phenylketonuria, 266
Leydig cells, 15 Starvation, 161
Phorbol ester binding, 536, 542
Linoleic acid, 248 Subcellular protein kinase C, 536
Phospholipids, 106
Lipid peroxidation, 78, 114, 479 Sucrose diet, 389
Photoreceptors, 151
Lipid peroxides, 95, 181, 442, 466 Sulfconjugates, 451
pl of aspartate aminotransferase,
Lipids, 446, 466, 514 Sulfite oxidase, 99
485
Lipogenesis, 138 Superoxide, 189
Pig, 284
Lipogenic enzymes, 256
Plasma, 406, 504
Lipoproteins (VLDL, HDL, & LDL), Thrombin, 542
Plasma membrane a-tocopherol-bind-
562 Thyroid status, 397
ing protein (TBP,,,,), 562
Lipoproteins, 232, 397, 499 trans fatty acids, 591
Platelet aggregation, 536
Liver, 151, 161 Transferrin receptor, 322
Polyunsaturated fatty acids, 78
Liver metabolites, 495 Translocation, 542
Prolactin, 145
Long-chain fatty-acyl! CoA synthetase, TRAVASOL, 356
Prostacyclin, 248
15 Triglycerides, 124, 499
Proteasome, 529
Low casein diet, 21 Tungsten, 99
Protein, 232
Lycopene, 551
Protein diet, 495
Urinary conjugates, 451
Protein kinase C, 542
Macroangiopathies, 442
Protein malnutrition, 197
Magnesium, 585 Vanadium, 382
2E1 protein, 308
Magnesium deficiency, 351 Vascular smooth muscle cells, 585
Proteinase, 43, 529
Malic enzyme, 314 VB6-deficiency, 485
Proteinuria, 21
Mammary gland, 418 Vegetables, 360
Pyridoxine B-D-glucoside, 238
Manganese, 571 Verapamil, 547
Pyridoxine, 189
Membrane fluidity, 466 Vitamin A, 551
Membranes, 114, 351, 466 Vitamin B,, 238
Mercapturates, 451 Quinone reductase, 360 Vitamin B,», 406
Methionine, 28 Vitamin C, 204
Methotrexate cytotoxicity, 522 Rabbits, 124, 232 Vitamin D, 411
Methyl groups, 2 Rat platelets, 542 Vitamin E, 99, 145, 181, 479
Microangiopathies, 442 Rat pancreas, 84 Vitamin E deficiency, 298
Milk secretion, 418 Rat, 2, 197, 291, 298, 389, 499, 536, Vitamin E transport, 562
Milk composition, 418 571, 578, 585 Vitamin E (RRR-alpha-tocopherol),
Milk, 406 Rats, 138, 161, 314, 351, 446, 495 562
Mitogenesis, 2 Realimentation, 161 VLDL, 499
Mixed function oxidase, 181 Redox-state, 495 Volatile fatty acids, 138
mRNA, 291 Reperfusion, 356
2E1 mRNA, 308 Resistance starch, 138 Xenobiotics, 418
Muscle, 43, 529 Retina, 151
Myocardial infarction, 95 Retinol acyltransferase, 197 Zinc, 542, 571
Reversal of diet-induced changes, 106 Zinc deficiency, 308, 490
(Na’*-K*)-ATPase, 351 Riboflavin, 189 Zinc status, 536
J. Nutr. Biochem., 1994, vol. 5, December 603