Table Of Content

THE JOURNAL OF Nutritional Biochemistry Journal of Nutritional Biochemistry 14 (2003) 727-730 Author Index Adachi, J., Asano, M., Ueno, Y., Niemeli, Bettger, W. J., DiMichelle-Ranalli, E., Chowanadisai, W., Huang, J., Huang, N., O., Ohlendieck, K., Peters, T. J., and Dillingham, B., and Blackadar, C. B.: and Lonnerdal, B.: Stability of recombi- Preedy, V. R.: Alcoholic muscle disease Nervonic acid is transferred from the nant human alpha-l-antitrypsin _pro- and biomembrane perturbations (Re- maternal diet to milk and tissues of duced in rice in infant formula, 386 view), 616 suckling rat pups, 160 Chung, M. K.: See Kim, W. K., 166 Adeola, O.: See Ajuwon, K. M., 576 Beynen, A. C.: See de Wolf, I. D., 459 Chung, Y.-C.: See Tsai, A. C., 541 Adeola, O.: See Ajuwon, K. M., 522 Black, D. B.: See Brooks, S. P. J., 648 Ciubotaru, I., Lee, Y.-S., and Wander, R. Aguilé, A., Tauler, P., Guix, M. P., Villa, Blackadar, C. B.: See Bettger, W. J., 160 C.: Dietary fish oil decreases C-reactive G., Cordova, A., Tur, J. A., and Pons, Blockhaus, M.: See Bub, A., 90 protein, interleukin-6, and triacylglyc- A.: Effect of exercise intensity and train- Bosio, A.: See Pfaffl, M. W., 691 erol to HDL-cholesterol ratio in post- ing on antioxidants and cholesterol pro- Bouchard, G.: See LeBlanc, M.-J.. 40 menopausal women on HRT, 513 file in cyclists, 319 Briviba, K.: See Bub, A., 90 Ciz, M.: See Gorinstein, S., 154 Ajuwon, K. M., Kuske, J. L., Anderson, D. Brooks, S. P. J., Cockell, K. A., Dawson, Cockell, K. A.: See Brooks, S. P. J., 648 B., Hancock, D. L., Houseknecht, K. L., B. A., Ratnayake, W. M. N., Lampi, B. Cremades, A.: See Ruzafa, C., 333 Adeola. O., and Spurlock, M. E:: J., Belonje, B., Black, D. B., and PI- Csaszar, A.: See Reiber, I., 394 Chronic leptin administration increases ouffe, L. J.: Carbohydrate metabolism in Cordova, A.: See Aguild, A., 319 serum NEFA in the pig and differen- erythrocytes of copper deficient rats, tially regulates PPAR expression in ad- 648 ipose tissue, 576 Brunet, S.: See LeBlanc, M.-J., 40 Dabrowski, K.: See Ching, S., 139 Ajuwon, K. M., Kuske, J. L., Ragland, D., Bub, A., Watzl, B., Blockhaus, M., Davidi, L.: See Chavez, L. S., 378 Adeola, O., Hancock, D. L., Anderson, Briviba, K., Liegibel, U., Miiller, H.. Davis, C. D.: See Zeng, H., 227 D. B., and Spurlock, M. E.: The regula- Pool-Zobel, B. L., and Rechkemmer, G.: Dawson, B. A.: See Brooks, S. P. J., 648 tion of IGF-1 by leptin in the pig is Fruit juice consumption modulates anti- de Jong, A., Plat, J., and Mensink, R. P.: tissue specific and independent of oxidative status, immune status and Metabolic effects of plant sterols and changes in growth hormone, 522 DNA damage, 90 stanols (Review), 362 Al-Qirim, T. M.: See Zaidi, S. M. K. R., Byerley, L. O.: See Mouat, M. F., 74 de Wolf, I. D., Fielmich-Bouman, X. M., 633 Lankhorst, J.. den Bieman, M., van Albert, K.: See Lienau, A., 663 Oost, B. A., Beynen, A. C., van Zut- Aldrich, C. G.: See Turek, J. J., 24 phen, B. F. M., and van Lith, H. A.: Alisio, A. E.: See Marchionatti, A. M., 466 Calabuig, J.: See Macho-Azcarate, T., 275 Cholesterol and copper in the liver of Allen, K. G. D.: See Turek, J. J., 24 Caspi, A.: See Gorinstein, S., 710 rabbit inbred strains with differences in Anderson, D. B.: See Ajuwon, K. M., 576 Centeno, V. A.: See Marchionatti, A. M., dietary cholesterol response, 459 Anderson, D. B.: See Ajuwon, K. M., 522 466 DeMarco, VY. G.: See Li, N., 401 Anderson, J. J. B.: See Chen, X., 342 Chavez, L. S., Serda, R., Choe, S., Davidi, den Bieman, M.: See de Wolf, I. D., 459 Asano, M.: See Adachi, J., 616 L., Harmeyer, J., and Omdahl, J. L.: Dillingham, B.: See Bettger, W. J., 160 Athanassakis, I., Dionyssopoulou, E., Pa- Molecular basis for pseudo vitamin D- DiMichelle-Ranalli, E.: See Bettger, W. J., panikou, S., Evangeliou, A., and Vassili- deficiency rickets in the Hannover pig, 160 adis, S.: Early events of the exogenously 378 Dionyssopoulou, E.: See Athanassakis, L., provided L-Carnitine in murine macro- Chen, T.: See Song, Z., 591 350 phages, T- and B-lymphocytes: modula- Chen, X., Garner, S. C., Quarles, L. D., and Dirican, M.: See Sarandol, E., 507 tion of prostaglandin El and E2 produc- Anderson, J. J. B.: Effects of Genistein Dolnikowski, G. G.: See Lienau, A., 663 tion in response to arachidonic acid, 350 on expression of bone markers during Dongowski, G., and Lorenz, A.: Intestinal Awad, A. B., Williams, H., and Fink, C. S.: MC3T3-El1 osteoblastic cell differentia- steroids in rats are influenced by the Effect of phytosterols on cholesterol me- tion, 342 structural parameters of pectin, 480 tabolism and MAP kinase in MDA-MB- Ching, S., Mahan, D. C., Moreau, R., and dos Anjos Ferreira, A. L., Yeum, K.-J., 231 human breast cancer cells, 115 Dabrowski, K.: Modification of analyti- Russell, R. M., Krinsky, N. L., and Tang, cal procedures for determining vitamin G.: Enzymatic and oxidative metabolites C enzyme (L-gulonolactone oxidase) ac- of lycopene, 531 tivity in swine liver, 139 Diaz de Barboza, G. E.: See Marchionatti, Banu, N.: See Zaidi, S. M. K. R., 633 Choe, S.: See Chavez, L. S., 378 A. M., 466 Barksdale, J. M.: See Gropper, S. S., 409 Choo, J. J.: Green tea reduces body fat Barua, A. B.: See Goswami, B. C., 703 accretion caused by high-fat diet in rats Barve, S.: See Song, Z., 591 through B-adrenoceptor activation of Ebihara, K.: See Kishida, T., 7 Belonje, B.: See Brooks, S. P. J., 648 thermogenesis in brown adipose tissue, Elste, V.: See Raederstorff, D. G., 326 Bertoli, C.: See Wijendran, V., 584 671 Engberg, R. M.: See Knarreborg, A., 259 0955-2863/03/$ — see front matter © 2003 Elsevier Inc. All rights reserved. PII: S0957-2863(00)00160-9 728 Author Index / Journal of Nutritional Biochemistry 14 (2003) 727-730 Evangeliou, A.: See Athanassakis, I., 350 Harmeyer, J.: See Chavez, L. S., 378 the serum low-density lipoprotein frac- Haruenkit, R.: See Gorinstein, S., 154 tion of Wistar rats, 7 Hassanien, M. H., Hussein, L. A., Robin- Knarreborg, A., Jensen, S. K., and Eng- Fielmich-Bouman, X. M.: See de Wolf, son, E. N., and Mercer, L. P.: Human berg, R. M.: Pancreatic lipase activity as I. D., 459 iodine requirements determined by the influenced by unconjugated bile acids Fink, C. S.: See Awad, A. B., 115 saturation kinetics model, 280 and pH, measured in vitro and in vivo, Finley, J. W.: See Hintze, K. J., 173 Hayek, M. G.: See Turek, J. J., 24 259 Finley, J. W.: See Zeng, H., 227 Hayes, K. C.: See Wijendran, V., 584 Komatsu, S.-i.: See Matsubara, K., 246 Hill, D.: See Song, Z., 591 Koo, H.-N., Hong, S.-H., Seo, H.-G., Yoo, Ganji, S. H., Kamanna, V. S., and Hintze, K. J., Keck, A.-S., Finley, J. W., T.-S., Lee, K.-N., Kim, N.-S., Kim, Kashyap, M. L.: Niacin and cholesterol: and Jeffery, E. H.: Induction of hepatic C.-H., and Kim, H.-M.: Inulin stimulates role in cardiovascular disease (Review), thioredoxin reductase activity by sul- NO synthesis via activation of PKC-a 298 foraphane, both in Hepalclc7 cells and and protein tyrosine kinase, resulting in Garg, M. L.: See MacDonald-Wicks, L. K., in male Fisher 344 rats, 173 the activation of NF-KB by IFN-y- 211 Hoda, N.: See Zaidi, S. M. K. R., 633 primed RAW 264.7 cells, 598 Garner, S. C.: See Chen, X., 342 Hong, S.-H.: See Koo, H.-N., 598 Koo, S. I.: See Noh, S. K., 147 Gavino, V.: See LeBlanc, M.-J., 40 Horne, D. W., and Reed, K. A.: Uptake of Krinsky, N. I.: See dos Anjos Ferreira, Gerstmayer, B.: See Pfaffl, M. W., 691 5-methyltetrahydrofolate into PC-3 hu- A. 1.531 Gill, J. M. R., and Hardman, A. E.: Exer- man prostate cancer cells is carrier- Kritchevsky, D.: See Wei, W., 314 cise and postprandial lipid metabolism: mediated, 473 Kumar, M. S., and Selvam, R.: Supplemen- an update on potential mechanisms and Houseknecht, K. L.: See Ajuwon, K. M., tation of vitamin E and selenium pre- interactions with high-carbohydrate di- 576 vents hyperoxaluria in experimental uro- ets (Review), 122 Huang, J.: See Chowanadisai, W., 386 lithic rats, 306 Gimenez, M. S.: See Oliveros, L. B., 370 Huang, N.: See Chowanadisai, W., 386 Kumaran, S.: See Ramanathan, K., 416 Glaser, T.: See Lienau, A., 663 Hussein, L. A.: See Hassanien, M. H., 280 Kuske, J. L.: See Ajuwon, K. M., 576 Gligelmo-Miguel, N.: See Gorinstein, S., Kuske, J. L.: See Ajuwon, K. M., 522 154 Gorinstein, S., Caspi, A., Zemser, M., Lib- Ishikawa, H.: See Kishida, T., 7 man, I., Goshev, I., and Trakhtenberg, Ivanoff, K. D.: See Goswami, B. C., 703 Lamireau, T.: See LeBlanc, M.-J., 40 S.: Plasma circulating fibrinogen stabil- Lampi, B. J.: See Brooks, S. P. J., 648 ity and moderate beer consumption, 710 Gorinstein, S., Martin-Belloso, O., Katrich, Jeffery, E. H.: See Hintze, K. J., 173 Lankhorst, J.: See de Wolf, I. D., 459 E., Lojek, A.. Ciz, M., Gligelmo- Jensen, S. K.: See Knarreborg, A., 259 LeBlanc, M.-J., Brunet, S., Bouchard, G., Miguel, N., Haruenkit, R., Park, Y.-S., Jung, S.-T.: See Gorinstein, S., 154 Lamireau, T., Yousef, I. M., Gavino, V., Lévy, E., and Tuchweber, B.: Effects of Jung, S.-T., and Trakhtenberg, S.: Com- dietary soybean lecithin on plasma lipid parison of the contents of the main Kalina, A.: See Reiber, I., 394 transport and hepatic cholesterol metab- biochemical compounds and the antiox- Kamanna, V. S.: See Ganji, S. H., 298 olism in rats, 40 idant activity of some Spanish olive oils Kang, J.: See Song, Z., 591 Lee, K.-N.: See Koo, H.-N., 598 as determined by four different radical Kang, N. E.: See Kim, W. K., 166 Lee, Y.-S.: See Ciubotaru, I., 513 scavenging tests, 154 Karakilgik, A. Z.: See Olmez. D., 104 Levi, B., and Werman, M. J.: Fructose and Goshey, I.: See Gorinstein, S., 710 Kashyap, M. L.: See Ganji, S. H., 298 related phosphate derivatives impose Goswami, B. C., Reida, A. K., Ivanoff, Katayama, T.: See Okazaki, Y., 81 DNA damage and apoptosis in L5178Y K. D., Barua, A. B., and Olson, J. A.: Kato, N.: See Matsubara, K., 246 mouse lymphoma cells, 49 Intestinal absorption and metabolism of Katrich, E.: See Gorinstein, S., 154 Lewis, B., Rathman, S., and McMahon, R. retinoy! B-glucuronide in humans, and Keck, A.-S.: See Hintze, K. J., 173 J.: Detection and quantification of bio- of 15-['*C]-retinoyl §-glucuronide in Keen, C. L.: See Orozco, T. J., 108 tinylated proteins using the Storm 840 rats of different vitamin A status, 703 Kerr, S.: See Gropper, S. S., 409 Optical Scanner, 196 Green, N. R.: See McGill, C. R., 656 Khan, S. A., and Vanden Heuvel, J. P.: Li, C.: See Wei, W., 314 Greenspan, P.: See Mouat, M. F., 74 Role of nuclear receptors in the regula- Li, G.-M., Presnell, S. R., and Gu, L.: Grider, A.: See Mouat, M. F., 74 tion of gene expression by dietary fatty Folate deficiency, mismatch repair-de- Gropper, S. S., Kerr, S., and Barksdale, acids (Review), 554 pendent apoptosis, and human disease, J. M.: Non-anemic iron deficiency, oral Kim, C.-H.: See Koo, H.-N., 598 568 iron supplementation, and oxidative Kim, H.-M.: See Koo, H.-N., 598 Li, N.. DeMarco, V. G., West, C. M., and damage in college-aged females, 409 Kim, M. H.: See Kim, W. K., 166 Neu, J.: Glutamine supports recovery Gropper, S. S.: See McGill, C. R., 656 Kim, N.-S.: See Koo, H.-N., 598 from loss of transepithelial resistance Grusak, M. A.: See Lienau, A., 663 Kim, W. K., Chung, M. K., Kang, N. E., and increase of permeability induced by Gu, L.: See Li, G.-M., 568 Kim, M. H., and Park, O. J.: Effect of media change in Caco-2 cells, 401 Guix, M. P.: See Aguild, A., 319 resistant starch from corn or rice on Libman, I.: See Gorinstein, S., 710 glucose control, colonic events, and Liegibel, U.: See Bub, A., 90 Ha, E., and Zemel, M. B.: Functional blood lipid concentrations in streptozo- Lienau, A., Glaser, T., Tang, G., Dolni- properties of whey, whey components, tocin-induced diabetic rats, 166 kowski, G. G., Grusak, M. A., and and essential amino acids: mechanisms Kishida, T., Ishikawa, H., Tsukaoka, M., Albert, K.: Bioavailability of lutein in underlying health benefits for active Ohga, H., Ogawa, H., and Ebihara, K.: humans from intrinsically labeled vege- people, 251 Increase of bile acids synthesis and ex- tables determined by LC-APCI-MS, 663 Hancock, D. L.: See Ajuwon, K. M., 576 cretion caused by taurine administration Lojek, A.: See Gorinstein, S., 154 Hancock, D. L.: See Ajuwon, K. M., 522 prevents the ovariectomy-induced in- Loktionov, A.: Common gene polymor- Hardman, A. E.: See Gill, J. M. R., 122 crease in cholesterol concentrations in phisms and nutrition: emerging links Author Index / Journal of Nutritional Biochemistry 14 (2003) 727-730 with pathogenesis of multifactorial acids and the development of atheroscle- Pallauf, J.: See Mueller, A. S., 637 chronic diseases, 426 rosis (Review), 182 Palou, A.: See Proenza, A. M., 133 Loo, G.: Redox-sensitive mechanisms of Morphake, P.: See Tsipas, G., 626 Paniagua, M.: See Sanchez-Moreno, C.. phytochemical-mediated inhibition of Morris, K. L., Namey, T. C., and Zemel, 606 cancer cell proliferation (Review), 64 M. B.: Effects of dietary carbohydrate Panneerselvam, C.: See Ramanathan, K.., Lorenz, A.: See Dongowski, G., 480 on the development of obesity in het- 416 Lévy, E.: See LeBlanc, M.-J., 40 erozygous Zucker rats, 32 Papanikou, S.: See Athanassakis, I., 350 Lonnerdal, B.: See Chowanadisai, W., 386 Mouat, M. F., Greenspan, P., Byerley, Park, O. J.: See Kim, W. K., 166 L. Q., and Grider, A.: Zine uptake into Park, Y.-S.: See Gorinstein, S., 154 MCF-10A cells is inhibited by choles- Periyasamy, V.: See Rajagopal, S. K., 452 MacDonald-Wicks, L. K., and Garg, M. L.: terol depletion, 74 Pestka, J. J.: See Moon, Y., 717 Vitamin E supplementation in the miti- Mueller, A. S., Pallauf, J., and Rafael, J.: Peters, T. J.: See Adachi, J., 616 gation of carbon tetrachloride induced The chemical form of selenium affects Peniafiel, R.: See Ruzafa, C., 333 oxidative stress in rats, 21] insulinomimetic properties of the trace Pfaffl, M. W., Gerstmayer, B., Bosio, A., Macho-Azcarate, T., Marti, A., Calabuig, element: investigations in type II dia- and Windisch, W.: Effect of zinc defi- J., and Martinez, J. A.: Basal fat oxida- betic dbdb mice, 637 ciency on the mRNA expression pattern tion and after a peak oxygen consump- Murakami, K., Tanemura, Y., and Yo- in liver and jejunum of adult rats: Mon- tion test in obese women with a B2 shino, M.: Dipicolinic acid prevents the itoring gene expression using cDNA adrenoceptor gene polymorphism, 275 copper-dependent oxidation of low den- microarrays combined with real-time Madrid, A.: See Sanchez-Moreno, C., 606 sity lipoprotein, 99 RT-PCR, 691 Mahan, D. C.: See Ching, S., 139 Miiller, H.: See Bub, A., 90 Plat, J.: See de Jong, A., 362 Manickam, P.: See Rajagopal, S. K., 452 Plouffe, L. J.: See Brooks, S. P. J., 648 Marchionatti, A. M., Diaz de Barboza, Pons, A.: See Aguil6, A., 319 G. E., Centeno, V. A., Alisio, A. E., and Namasivayam, N.: See Rajagopal, S. K.., Pool-Zobel, B. L.: See Bub, A.. 90 Tolosa de Talamoni, N. G.: Effects of a 452 Porter, T. D.: Supernatant protein factor single dose of menadione on the intesti- Namey, T. C.: See Morris, K. L., 32 and tocopherol-associated protein: an nal calcium absorption and associated Nandini, C. D., Sambaiah, K., and Sali- unexpected link between cholesterol variables, 466 math, P. V.: Dietary fibres ameliorate synthesis and vitamin E (Review), 3 Maritim, A. C., Sanders, R. A., and decreased synthesis of heparan sulphate Preedy, V. R.: See Adachi, J.. 616 Watkins, J. B., Ill: Effects of a-lipoic in streptozotocin induced diabetic rats, Presnell, S. R.: See Li, G.-M., 568 acid on biomarkers of oxidative stress in 203 Proenza, A. M., Oliver, J., Palou, A., and streptozotocin-induced diabetic rats, 288 Neu, J.: See Li, N., 401 Roca, P.: Breast and lung cancer are Marti, A.: See Macho-Azcarate, T., 275 Niemelia, O.: See Adachi, J., 616 associated with a decrease in blood cell Martin-Belloso, O.: See Gorinstein, S., 154 Noh, S. K., and Koo, S. I.: Low zinc intake amino acid content, 133 Martinez, J. A.: See Macho-Azcarate, T.. decreases the lymphatic output of retinol Pronczuk, A.: See Wijendran, V., 584 of. in rats infused intraduodenally with Palos, G.: See Reiber, I., 394 Martin, A.: See Sanchez-Moreno, C., 606 B-carotene, 147 Matsubara, K., Komatsu, S.-i., Oka, T., and Quarles, L. D.: See Chen, X., 342 Kato, N.: Vitamin B,-mediated suppres- sion of colon tumorigenesis, cell prolif- Ogawa, H.: See Kishida, T., 7 eration, and angiogenesis, 246 Ohga, H.: See Kishida, T., 7 Raederstorff, D. G., Schlachter, M. F., McClain, C.: See Song, Z., 591 Ohlendieck, K.: See Adachi, J., 616 Elste, V., and Weber, P.: Effect of McGill, C. R., Green, N. R., Meadows, Oka, T.: See Matsubara, K., 246 EGCG on lipid absorption and plasma M. C., and Gropper, S. S.: Beta-carotene Okazaki, Y., and Katayama, T.: Effects of lipid levels in rats, 326 supplementation decreases leukocyte su- dietary carbohydrate and myo-inositol Rafael, J.: See Mueller, A. S., 637 peroxide dismutase activity and serum on metabolic changes in rats fed 1,1,1- Ragland, D.: See Ajuwon, K. M., 522 glutathione peroxidase concentration in trichloro-2,2-bis (p-chloropheny]) Rajagopal, S. K., Manickam, P., Peri- humans, 656 ethane (DDT), 81 yasamy, V., and Namasivayam, N.: Ac- McMahon, R. J.: See Lewis, B., 196 Oliver, J.: See Proenza, A. M., 133 tivity of Cassia auriculata leaf extract in McNeel, R. L.. and Mersmann, H. J.: Ef- Oliveros, L. B., Videla, A. M., Ramirez, rats with alcoholic liver injury, 452 fects of isomers of conjugated linoleic D. C., and Gimenez, M. S.: Dietary fat Ramanathan, K., Shila, S.. Kumaran, S., acid on porcine adipocyte growth and saturation produces lipid modifications and Panneerselvam, C.: Ascorbic acid differentiation, 266 in peritoneal macrophages of mouse, and a-tocopherol as potent modulators Meadows, M. C.: See McGill, C. R., 656 370 on arsenic induced toxicity in mitochon- Mensink, R. P.: See de Jong, A., 362 Olmez, D., and Karakilgik, A. Z.: Protec- dria, 416 Mercer, L. P.: See Hassanien, M. H., 280 tive role of B-carotene dietary supple- Ramirez, D. C.: See Oliveros, L. B., 370 Mersmann, H. J.: See McNeel, R. L., 266 mentation on activities of the functional Rathman, S.: See Lewis, B., 196 Mez6, I.: See Reiber, I., 394 liver enzymes and some biochemical Ratnayake, W. M. N.: See Brooks, S. P. J., Mitjavila, M. T.: See Moreno, J. J., 182 parameters in experimental hepatotoxic- 648 Monserrat, F.: See Ruzafa, C., 333 ity of rats, 104 Rechkemmer, G.: See Bub, A., 90 Moon, Y., and Pestka, J. J.: Deoxynivale- Olson, J. A.: See Goswami, B. C., 703 Reed, K. A.: See Horne, D. W., 473 nol-induced mitogen-activated protein Omdahl, J. L.: See Chavez, L. S., 378 Reeves, P. G.: Patterns of food intake and kinase phosphorylation and IL-6 expres- Orozco, T. J., Wang, J. F., and Keen, C. L.: self-selection of macronutrients in rats sion in mice suppressed by fish oil, 717 Chronic consumption of a flavanol- and during short-term deprivation of dietary Moreau, R.: See Ching, S., 139 procyanindin-rich diet is associated with zine, 232 Moreno, J. J., and Mitjavila, M. T.: The reduced levels of 8-hydroxy-2'-deox- Reiber, I., Mez6, I., Kalina, A., Palos, G., degree of unsaturation of dietary fatty yguanosine in rat testes, 108 Romics, L., and Csaszar, A.: Postpran- 730 Author Index / Journal of Nutritional Biochemistry 14 (2003) 727-730 dial triglyceride levels in familial com- Sun, X., and Zemel, M. B.: Effects of Videla, A. M.: See Oliveros, L. B., 370 bined hyperlipidemia. The role of apoli- mitochondrial uncoupling on adipocyte Villa, G.: See Aguil6, A., 319 poprotein E and_ lipoprotein lipase intracellular Ca** and lipid metabolism, polymorphisms, 394 219 Reida, A. K.: See Goswami, B. C., 703 Wander, R. C.: See Ciubotaru, I., 513 Robinson, E. N.: See Hassanien, M. H., Tallman, D. L., and Taylor, C. G.: Effects Wang, J. F.: See Orozco, T. J., 108 280 of dietary fat and zinc on adiposity, Wang, Y.: See Wei, W., 314 Roca, P.: See Proenza, A. M., 133 serum leptin and adipose fatty acid com- Watkins, B. A.: See Turek, J. J., 24 Rodriguez-Melendez, R., and Zempleni, J.: position in C57BL/6J mice, 17 Watkins, J. B., Il: See Maritim, A. C., 288 Regulation of gene expression by biotin Tanemura, Y.: See Murakami, K., 99 Watzl, B.: See Bub, A., 90 (Review), 680 Weber, P.: See Raederstorff, D. G., 326 Tang, G.: See dos Anjos Ferreira, A. L., Romics, L.: See Reiber, I., 394 531 Wei, W., Li, C., Wang, Y., Su, H., Zhu, J., Russell, R. M.: See dos Anjos Ferreira, Tang, G.: See Lienau, A., 663 and Kritchevsky, D.: Hypolipidemic and A. L., 531 Tauler, P.: See Aguilo, A., 319 anti-atherogenic effects of long-term Ruzafa, C., Monserrat, F., Cremades, A., Taylor, C. G.: See Tallman, D. L., 17 Cholestin (Monascus purpureus-fer- and Penafiel, R.: Influence of dietary Tolosa de Talamoni, N. G.: See Marchion- mented rice, red yeast rice) in choles- arginine on sexual dimorphism of argi- atti, A. M., 466 terol fed rabbits, 314 nine metabolism in mice, 333 Trakhtenberg, S.: See Gorinstein, S., 154 Werman, M. J.: See Levi, B., 49 Trakhtenberg, S.: See Gorinstein, S., 710 West, C. M.: See Li, N., 401 Tsai, A. C., Sandretto, A., and Chung, Wijendran, V., Pronczuk, A., Bertoli, C., Safak, O.: See Sarand6l, E., 507 Y.-C.: Dieting is more effective in re- and Hayes, K. C.: Dietary trans-18:1 Salimath, P. V.: See Nandini, C. D., 203 ducing weight but exercise is more ef- raises plasma triglycerides and VLDL Sambaiah, K.: See Nandini, C. D., 203 fective in reducing fat during the early cholesterol when replacing either 16:0 Sanchez-Moreno, C., Paniagua, M., Ma- phase of a weight-reducing program in or 18:0 in gerbils, 584 drid, A., and Martin, A.: Protective ef- healthy humans, 541 Williams, H.: See Awad, A. B., 115 fect of vitamin C against the ethanol Tsipas, G., and Morphake, P.: Beneficial Windisch, W.: See Pfaffl, M. W., 691 mediated toxic effects on human brain effects of a diet rich in a mixture of glial cells, 606 n-6/n-3 essential fatty acids and of Sanders, R. A.: See Maritim, A. C., 288 their metabolites on cyclosporine - Yeum, K.-J.: See dos Anjos Ferreira, A. L., Sandretto, A.: See Tsai, A. C., 541 nephrotoxicity, 626 531 Sarandol, E., Serdar, Z., Dirican, M., and Tsukaoka, M.: See Kishida, T., 7 Yoo, T.-S.: See Koo, H.-N., 598 Safak, O.: Effects of red wine consump- Tuchweber, B.: See LeBlanc, M.-J., 40 Yoshino, M.: See Murakami, K., 99 tion on serum paraoxonase/arylesterase Tur, J. A.: See Aguil6, A., 319 Yousef, I. M.: See LeBlanc, M.-J., 40 activities and on lipoprotein oxidizabil- Turek, J. J., Watkins, B. A., Schoenlein, ity in healthy-men, 507 I. A., Allen, K. G. D., Hayek, M. G., and Schlachter, M. F.: See Raederstorff, D. G.., Aldrich, C. G.: Oxidized lipid depresses Zaidi, S. M. K. R., Al-Qirim, T. M., Hoda, 326 canine growth, immune function, and N., and Banu, N.: Modulation of re- Schoenlein, I. A.: See Turek, J. J., 24 bone formation, 24 straint stress induced oxidative changes Selvam, R.: See Kumar, M. S., 306 in rats by antioxidant vitamins, 633 Seo, H.-G.: See Koo, H.-N., 598 Zemel, M. B.: See Ha, E., 251 Serda, R.: See Chavez, L. S., 378 Ueno, Y.: See Adachi, J., 616 Zemel, M. B.: See Morris, K. L., 32 Serdar, Z.: See Sarand6l, E., 507 Zemel, M. B.: See Sun, X., 219 Shila, S.: See Ramanathan, K., 416 van Lith, H. A.: See de Wolf, I. D., 459 Zempleni, J.: See Rodriguez-Melendez, R.., Song, Z., Zhou, Z., Chen, T., Hill, D., van Oost, B. A.: See de Wolf, I. D., 459 680 Kang, J., Barve, S., and McClain, C.: van Zutphen, B. F. M.: See de Wolf, I. D.. Zemser, M.: See Gorinstein, S., 710 S-Adenosylmethionine (SAMe) protects 459 Zeng, H., Davis, C. D., and Finley, J. W.: against acute alcohol induced hepatotox- Vanden Heuvel, J. P.: See Khan, S. A., 554 Effect of selenium-enriched broccoli icity in mice, 59] Vaskonen, T.: Dietary minerals and modi- diet on differential gene expression in Spurlock, M. E.: See Ajuwon, K. M., 576 fication of cardiovascular risk factors min mouse liver, 227 Spurlock, M. E.: See Ajuwon, K. M., 522 (Review), 492 Zhou, Z.: See Song, Z., 591 Su, H.: See Wei, W., 314 Vassiliadis, S.: See Athanassakis, I., 350 Zhu, J.: See Wei, W., 314 THE JOURNAL OF Nutritional Mees Fes os Biochemistry ELSEVIER Journal of Nutritional Biochemistry 14 (2003) 731-733 Keyword Index a-|-antitrypsin, 386 '°C NMR, 648 Energy expenditure, 122 Ca** absorption, 466 Enzyme, 531 Cancer, 426, 568 Epicatechin, 104 5-methyltetrahydrofolate, 473 Canine, 24 Epigallocatechin gallate (EGCG), 326 Carbohydrate, 81, 232 Erythrocyte glycolysis, 648 Carbon tetrachloride, 211 Estrogen receptor-a B, 342 Cardiovascular disease, 426 Ethanol, 606 8-hydroxy-2’-deoxyguanosine, 104 B-carotene, 147 Exercise, 251, 319 8-iso-PGF,,,, 211 Carotenoids, 663 Cassia auriculata, 452 Catalase, 633 fa, 32 Absorption, 703 cDNA microarray, 691 Familial combined hyperlipidemia, 394 Adducts, 616 cell proliferation, 246 Fat, 122, 232 Adipocyte, 576 Cell viability, 606 Fatty acid synthase, 32 Adipocyte differentiation, 266 Cholecystokinin, 232 Fatty acids, 17, 154, 370 Adipocyte proliferation, 266 Cholesterol, 111, 319, 326, 459, 584 Feed intake, 522 Adipose, 17 Cholesterol 7a-hydroxylase, 7 Females, 409 Adiposity, 32 Cholesterol hydroperoxides, 616 Fish oil, 513 Adult rats, 691 Cholestin (Monascus purpureus rice, Flavanols, 104 Alcohol-induced liver injury, 591 314 Flavonoids, 104 Alexa Fluor430, 196 Cleavage, 531 Folate deficiency, 5 Alpha-lipoic acid, 288 Cocoa, 104 Food Intake, 232 angiogenesis, 246 Coconut oil, 370 Fructose, 49 Anorexia, 232 colon cancer, 246 Fruit, 90 Antioxidant, 99, 288 Conjugated linoleic acids, 266 Antioxidant activity, 154 Copper, 459 Antioxidant compounds, 154 Copper deficiency, 648 Antioxidant enzymes, 636 COX-2, 606 Gene array, 227 Antioxidant status, 90 C-reactive protein, 513 Gene expression, 680 Antioxidants, 306, 319, 452 Cyclists, 319 Gene expression pattern, 691 Apolipoprotein B, 7 Cyclosporine, 626 Gene variants, 426 Apolipoprotein E, 394 CYP2E1, 591 Genistein, 342 Apoptosis, 49, 568 Cytokine, 717 Genomic instability, 568 Arachidonic acid, 350 Cytotoxicity, 49 Glial cells, 606 Arginase, 333 Gln27Glu polymorphism, 275 Arginine decarboxylation, 333 Glutathione, 466, 591 Ascorbic acid, 139 Glutathione peroxidase, 173, 656 Atherosclerosis, 314, 362 DDT, 81 Glycation, 49 Avidin blotting, 196 Deuterated vegetables, 663 Glycosaminoglycans, 203 Diabetes, 203, 288 Goiter, 280 Diabetic rats, 166 Growth hormone, 522 Diet, 160, 362, 426 GST, 633 Beta2 adrenoceptor, 275 Dietary fat, 32 Guar gum, 203 Beta-carotene supplements, 656 Dietary fiber, 203 Bile acids, 7 Dietary lecithin, 40 Biliary cholesterol, 40 Dieting, 541 Bioactive compounds, 251 Dipicolinic acid, 99 Heparan sulfate, 203 Bioavailability, 663 DNA, 49 Hepatic cholesterol, 40 Biotin, 680 DNA damage, 90 Hepatic drug-metabolizing enzymes, Biotinylation, 196 DNA polymorphism, 394 81 Body composition, 251 Hepatic lipogenic enzymes, 81 Body fat, 541 Hepatocyte, 522 Bone, 24 Hepatotoxicity, 452 Breast cancer, 111 ECF, 196 Histones, 680 Broccoli, 227 ECL-Plus, 196 HMG-CoA reductase inhibitors, 314 0955-2863/03/$ — see front matter © 2003 Elsevier Inc. All rights reserved. PII: f 732 Subject Index / Journal pf Nutritional Biochemistry 14 (2003) 731-733 / é HRT, 513 Musc}e, 616 Prostaglandins, 626 Hsp70, 606 Mut¢tion, 49, 378 Prostate, 473 Humans, 703 Myotoxin, 717 Prostate cancer cells, 473 Hydrogen peroxide, 64 myo-inositol, 81 Protein, 232 Hydroxyl groups, 466 Myopathy, 616 Protein tyrosine kinase, 598 / Hyperlipidemia, 314 Pyridine compounds, 99 / { ‘ : /n - 3 essential fatty acids, 626 IgA Nephropathy, 717 ae 6, 626 Rabbit, 459 IGF-1, 522 n-3 PUFA, 717 Rat, 7, 147, 160, 232, 288, 531, 616 Immune function, 24, 251 Nephrotoxicity, 626 Rats, 211, 326, 703 Immune system, 90 Nervonic acid, 160 RAW 264.7 cells, 598 Inbred strain, 459 Neuropeptide Y, 232 Real-time RT-PCR, 691 Indispensible amino acids, 251 NF-kB, 680 Recombinant human milk proteins, 386 Infant digestion, 386 NF-kappa B (Nuclear factor-kappa B), Red yeast rice, 314 Infant formula, 386 598 red yeast rice), 314 Insulin, 32, 541 nitric oxide, 246 Redox-sensitive genes, 64 Insulinomimetic properties, 637 Nitric Oxide (NO), 598 Regulatory element, 227 Interleukin-6, 342, 513 Nitric oxide synthase, 333 Regulatory enzymes, 40 Intestinal absorption, 147, 326 Non-anemic, 409 Relative expression, 691 Inulin, 598 Non-esterified fatty acids PPAR, 576 Resistant starch, 166 lodine deficiency, 280 Nuclear protein, 227 Restraint stress, 633 Iron deficiency, 409 Nutrient requirement, 280 Retinoic acid, 703 Isothiocyanates, 64 Nutrition, 401 Retinol, 147, 211 Nutrition intervention, 280 Retinoyl B-glucuronide, 703 Rice, 386 Rickets, 378 Kinase, 717 Obesity, 17, 275, 426 RNA deletion, 378 6-OH butyrate, 350 Olive oils, 154 L-arginine, 333 Ornithine decarboxylase, 333 S-adenosylmethionine, 591 LC/APCI-MS, 663 Osteoblast, 342 Saturated fatty acids, 584 L-carnitine, 350 Osteoprotegerin, 342 Selenium, 173, 227, 306, 637 Leptin, 17, 232, 522, 541/576 Oxidation, 531 Sexual dimorphism, 333 L-gulono-y-lactone oxidake, 139 Oxidative damage, 104, 409 Signal transduction, 64, 111, 717 Linoleic acid, 584 Oxidative stress, 24, 211, 246, 288, Soybean oil, 370 Lipase activity, 259 / 452, 466, 616 Sphingomyelin, 160 Lipid, 326 / Oxidized lipid, 24 Squalene, 3 Lipid metabolism, 166 Oxidosqualene cyclase, 3 Squalene monooxygenase, 3 Lipid peroxidatio3n0,6 , 452 Stearic acid, 584 Lipids, 81, 370 Sterol metabolism, 362 Lipogenesis, 32 Palmitic acid, 584 Sterols, 154 Lipolysis, 576 Paracellular permeability, 401 Storm840, 196 Lipoprotein, 7, 122 PC-3 cells, 473 Streptozotocin, 288 Lipoprotein lipase, 266, 394 Pentose phosphate pathway, 648 Stress, 401 Lipoprotein receptors, 3 Peritoneal macrophages, 370 Sulforaphane, 173 Lipoproteins, 319 Peroxisome proliferator-activated Superoxide dismutase, 633, 656 Liver, 459 receptor y, 266 Low density lipoprotein, 99 PGE,, 606 Lutein, 663 Lycopene, 531 pH, 259 T and B lymphocytes, 350 Phenolic phytochemicals, 64 Taurine, 7 Phospholipid, 147 Thiobarbituric acid-reactive substance Physical activity, 122, 541 (TBARS), 370 Macrophages, 350 Phytosterols, 111 Thioredoxin reductase, 173 Mathematical model, 280 Pig, 378, 522, 576 Thromboxanes, 626 Megaloblastic anemia, 568 Pigs, 139, 266 Tight junctions, 401 Menadione, 466 PKC (protein kinase C)-alpha, 598 a-tocopherol supplementation, 211 Metabolites, 531 Plant stanol, 362 Trans fatty acids, 584 Metallothionein, 691 Plant sterol, 362 Transepithelial resistance, 401 Milk, 160, 386 Plasma lipid hydroperoxides, 409 Transit time, 166 Min mouse, 227 Plasma lipoproteins, 40 Transport, 473 Mismatch repair, 568 Plasma protein carbonyl, 409 Triacylglycerol/HDL-cholesterol, 513 Mitochondria, 591 Polyphenols, 90 Triglyceride, 122, 584 Mitochondrial permeability transition, Postprandial lipemia, 122, 394 Triglycerides, 319, 326 591 Pregnant, 160 Tumor growth, 111 Mouse kidney, 333 Prostaglandin El E2, 350 Type II diabetes, 637 Subject Index / Journal of Nutritional Biochemistry 14 (2003) 731-733 Unconjugated bile acids, 259 Vitamin C, 139, 606 Whey, 251 Urolithiasis, 306 Vitamin D, 378 Women, 275 Vitamin E, 306 VO2max, 275 Vit A, 633 Vit C, 633 Vit E, 633 Weight loss, 541 Zinc, 17, 147, 232 Vitamin B,, 246 Wheat bran, 203 Zinc deficiency, 691