The Journal of Nutritional Biochemistry 2001: Vol 12 Index

9 Pages·2001·2.7 MB·English

Author Index
Aalinkeel, R.: See Srinivasan, M., 5 term high fiber diet consumption on rat Dayanandan, A., Kumar, P., and Panneer-
Akatsuka, N.: See Hara, H., 450 exocrine pancreatic function after selvam, C. Protective role of L-carnitine
Alpers, D.H.: See Brada, N., 200 chronic ethanol intake, 338 on liver and heart lipid peroxidation in
Amaral, M.E.C.: See Vieira, E.C., Briske-Anderson, M.: See Reeves, P.G., atherosclerotic rats, 254
Aoyama, Y.: See Hara, H., 450 674 Dehne, M.G.: See Miihling, J., 46
Arivazhagan, P., Ramanathan K., and Brooks, S.P.J., and Lampi, B.J. Fatty acid Del Angel-Meza, A.R., Feria-Velasco, A.,
Panneerselvam, C. Effect of DL-a- oxidation and fatty acid synthesis in Ontiveros-Martinez, L., Gallardo, L.,
lipoic acid on the status of lipid peroxi- energy restricted rats, 422 Gonzalez-Burgos, I., and Beas-Zarate,
dation and antioxidants in mitochondria Brown, M., Evans, M., and McIntosh, M. C. Protein- and tryptophan-restricted di-
of aged rats, 2 Linoleic acid partially restores the tri- ets induce changes in rat gonadal hor-
Atkinson, S.A.: See Bertolo, R.F.P., 66, 73 glyceride content of conjugated linoleic mone levels, 192
Austic, R.E.: See Keene, J.C., 274 acid-treated cultures of 3T3-L1 preadi- Delguingaro-Augusto, V.: See Vieira, E.C.,
pocytes, 381 285
Butler, J.A.: See Sun, Y., 88 Demaison, L.: See Joffre, F., 554
Badillo, A.: See Oliart Ros, R.M., 207
de Moura, E.G.: See Fonseca Passos, M.C.,
Banos, G.: See El Hafidi, M., 396
300
Bauman, D.E.: See Corl, B.A., 622 Calvo, J.J.: See Bragado, M.J., : Ding, S.-T., and Mersmann, H.J. Fatty
Baumgard, L.H.: See Corl, B.A., 622 Caride, B.: See Gonzalez, M., 5 acids modulate porcine adipocyte diifer-
Beas-Zarate, C.: See Del Angel-Meza, Carlini, C.R.: See Vasconcelos, rf entiation and transcripts for transcription
A.R., 192 Carneiro, E.M.: See Vieira, E.C., 285 factors and adipocyte-characteristic pro-
Berlin, E.: See Bhathena, S.J., 529 Carter, L.C.: See Quasney, M.E., 310 teins, 10]
Bertolo, R.F.P., Bettger, W.J., and Atkin- Carvalho, A.d.F.F.U.: See Vasconcelos, Dorian, C.L.: See Leifert, W.R., 365
son, S.A. Calcium competes with zinc I.M., 55 Draijer, R.: See Lin, Y., 183
for a channel mechanism on the brush Castelar, L .L.d.M.: See Vasconcelos, I.M., Du, C., Sato, A., Watanabe, S., Ikemoto,
border membrane of piglet intestine, 66 me A., Fujii, Y., and Okuyama, H. Effect of
Bertolo, R.F.P., Bettger, W.J., and Atkin- Chang Q.: See Zhang, Z., 144 dietary oils enriched with n-3 fatty acids
son, S.A. Divalent metals inhibit and Cheema, S.K., and Clandinin, M.T. Diet- on survival of mice, 474
lactose stimulates zinc transport across and diabetes-induced change in insulin Dubuisson, J.G., Murph, W.S., Griffin,
brush border membrane vesicles from binding to the nuclear membrane in S.R., and Gaubatz, J.W. Cytosolic en-
piglets, 73 spontaneously diabetic rats is associated zymes from rat tissues that activate the
Bettger, W.J., McCorquodale, M.L., and with change in the fatty acid composi- cooked meat mutagen metabolite N-
Blackadar, C.B. The effect of a Tropae- tion of phosphatidylinositol, 213 Hydroxyamino-1-methyl-6-phenylimi-
olum speciosum oil supplement on the Chen, H.-L.: See Yang, M.-H., 14 dazo[4,5-b]pyridine (N-OH-PhIP), 518
nervonic acid content of sphingomyelin Chen, Z.-Y.: See Zhang, Z., 144 Dufresne, C.J., and Farnworth, E.R. A
in rat tissues, 492 Cheng, T.-Y., Zhu, Z., Masuda, S., and review of latest research findings on the
Bettger, W.J.: See Bertolo, R.F.P., 73, 66 Morcos, N.C. Effects of multinutrient health promotion properties of tea, 404
Bhat, K.S.: See Reddy, G.B., 121 supplementation on antioxidant defense During, A., Smith, M.K., Piper, J.B., and
Bhathena, S.J., Berlin, E.. McClure, D., systems in healthy human beings, 388 Smith, J.C. B-Carotene 15,15'-Dioxyge-
and Peters, R.C. Effects of dietary fats Christon, R.: See Linard, A., 481 nase activity in human tissues and cells:
on red blood cell membrane insulin Clandinin, M.T.: See Cheema, S.K., 213 evidence of an iron dependency, 640
receptor in normo- and hypercholester- Cook, L.S.: See Kummerow, F.A., 602 Dutra, S.C.P.: See Fonseca Passos, M.C.,
olemic miniature swine, 529 Corino, C.: See Oriani, G., 138 300
Bhatnagar, D.: See John, S., 500 Corl, B.A., Baumgard, L.H., Dwyer, D.A., Dwyer, D.A.: See Corl, B.A., 622
Blackadar, C.B.: See Bettger, W.J., 492 Griinari, J.M., Phillips, B.S., and Bau-
Blum, J.W.: See Hiisler, B.R., 304 man, D.E. The role of A’-desaturase in
Borojevic, R.: See Fortuna, V.A., 610 the production of cis-9, trans-11 CLA, El Hafidi, M., Cuéllar, A., Ramirez, J., and
Boschero, A.C.: See Vieira, E.C., 285 622 Banos, G. Effect of sucrose addition to
Bosqueiro, J.R.: See Vieira, E.C., 285 Cornelius, S.G.: See Spurlock, M.E., 81 drinking water, that induces hyperten-
Boston, T.: See Vukovich, M.D., 631 Crespi, C.: See Proenza, A.M., 431 sion in the rats, on liver microsomal A9
Brada, N., Gordon, M.M., Wen, J., and Cuéllar, A.: See El Hafidi, M., 396 and A5-desaturase activities, 396
Alpers, D.H. Transfer of cobalamin Escrich, E., Solanas, M., Soler, M., Ruiz de
from intrinsic factor to transcobalamin Villa, C., Sanchez, J.A., and Segura, R.
il, 200 da Fonte Ramos, C.: See Fonseca Passos, Dietary polyunsaturated n-6 lipids ef-
Bragado, M.J., Garcia, L.J., Lopez, M.A., M.C., 300 fects on the growth and fatty acid com-
and Calvo, |.J. Protective effect of long Dagli, M.L.Z.: See Naves, M.M.V., 685 position of rat mammary tumors, 536
0955-2863/01/$ — see front matter © 2001 Elsevier Science Inc. All rights reserved.
PII: $0955-2863(01)00200-5
Author Index
Aalinkeel, R.: See Srinivasan, M., 5 term high fiber diet consumption on rat Dayanandan, A., Kumar, P., and Panneer-
Akatsuka, N.: See Hara, H., 450 exocrine pancreatic function after selvam, C. Protective role of L-carnitine
Alpers, D.H.: See Brada, N., 200 chronic ethanol intake, 338 on liver and heart lipid peroxidation in
Amaral, M.E.C.: See Vieira, E.C., Briske-Anderson, M.: See Reeves, P.G., atherosclerotic rats, 254
Aoyama, Y.: See Hara, H., 450 674 Dehne, M.G.: See Miihling, J., 46
Arivazhagan, P., Ramanathan K., and Brooks, S.P.J., and Lampi, B.J. Fatty acid Del Angel-Meza, A.R., Feria-Velasco, A.,
Panneerselvam, C. Effect of DL-a- oxidation and fatty acid synthesis in Ontiveros-Martinez, L., Gallardo, L.,
lipoic acid on the status of lipid peroxi- energy restricted rats, 422 Gonzalez-Burgos, I., and Beas-Zarate,
dation and antioxidants in mitochondria Brown, M., Evans, M., and McIntosh, M. C. Protein- and tryptophan-restricted di-
of aged rats, 2 Linoleic acid partially restores the tri- ets induce changes in rat gonadal hor-
Atkinson, S.A.: See Bertolo, R.F.P., 66, 73 glyceride content of conjugated linoleic mone levels, 192
Austic, R.E.: See Keene, J.C., 274 acid-treated cultures of 3T3-L1 preadi- Delguingaro-Augusto, V.: See Vieira, E.C.,
pocytes, 381 285
Butler, J.A.: See Sun, Y., 88 Demaison, L.: See Joffre, F., 554
Badillo, A.: See Oliart Ros, R.M., 207
de Moura, E.G.: See Fonseca Passos, M.C.,
Banos, G.: See El Hafidi, M., 396
300
Bauman, D.E.: See Corl, B.A., 622 Calvo, J.J.: See Bragado, M.J., : Ding, S.-T., and Mersmann, H.J. Fatty
Baumgard, L.H.: See Corl, B.A., 622 Caride, B.: See Gonzalez, M., 5 acids modulate porcine adipocyte diifer-
Beas-Zarate, C.: See Del Angel-Meza, Carlini, C.R.: See Vasconcelos, rf entiation and transcripts for transcription
A.R., 192 Carneiro, E.M.: See Vieira, E.C., 285 factors and adipocyte-characteristic pro-
Berlin, E.: See Bhathena, S.J., 529 Carter, L.C.: See Quasney, M.E., 310 teins, 10]
Bertolo, R.F.P., Bettger, W.J., and Atkin- Carvalho, A.d.F.F.U.: See Vasconcelos, Dorian, C.L.: See Leifert, W.R., 365
son, S.A. Calcium competes with zinc I.M., 55 Draijer, R.: See Lin, Y., 183
for a channel mechanism on the brush Castelar, L .L.d.M.: See Vasconcelos, I.M., Du, C., Sato, A., Watanabe, S., Ikemoto,
border membrane of piglet intestine, 66 me A., Fujii, Y., and Okuyama, H. Effect of
Bertolo, R.F.P., Bettger, W.J., and Atkin- Chang Q.: See Zhang, Z., 144 dietary oils enriched with n-3 fatty acids
son, S.A. Divalent metals inhibit and Cheema, S.K., and Clandinin, M.T. Diet- on survival of mice, 474
lactose stimulates zinc transport across and diabetes-induced change in insulin Dubuisson, J.G., Murph, W.S., Griffin,
brush border membrane vesicles from binding to the nuclear membrane in S.R., and Gaubatz, J.W. Cytosolic en-
piglets, 73 spontaneously diabetic rats is associated zymes from rat tissues that activate the
Bettger, W.J., McCorquodale, M.L., and with change in the fatty acid composi- cooked meat mutagen metabolite N-
Blackadar, C.B. The effect of a Tropae- tion of phosphatidylinositol, 213 Hydroxyamino-1-methyl-6-phenylimi-
olum speciosum oil supplement on the Chen, H.-L.: See Yang, M.-H., 14 dazo[4,5-b]pyridine (N-OH-PhIP), 518
nervonic acid content of sphingomyelin Chen, Z.-Y.: See Zhang, Z., 144 Dufresne, C.J., and Farnworth, E.R. A
in rat tissues, 492 Cheng, T.-Y., Zhu, Z., Masuda, S., and review of latest research findings on the
Bettger, W.J.: See Bertolo, R.F.P., 73, 66 Morcos, N.C. Effects of multinutrient health promotion properties of tea, 404
Bhat, K.S.: See Reddy, G.B., 121 supplementation on antioxidant defense During, A., Smith, M.K., Piper, J.B., and
Bhathena, S.J., Berlin, E.. McClure, D., systems in healthy human beings, 388 Smith, J.C. B-Carotene 15,15'-Dioxyge-
and Peters, R.C. Effects of dietary fats Christon, R.: See Linard, A., 481 nase activity in human tissues and cells:
on red blood cell membrane insulin Clandinin, M.T.: See Cheema, S.K., 213 evidence of an iron dependency, 640
receptor in normo- and hypercholester- Cook, L.S.: See Kummerow, F.A., 602 Dutra, S.C.P.: See Fonseca Passos, M.C.,
olemic miniature swine, 529 Corino, C.: See Oriani, G., 138 300
Bhatnagar, D.: See John, S., 500 Corl, B.A., Baumgard, L.H., Dwyer, D.A., Dwyer, D.A.: See Corl, B.A., 622
Blackadar, C.B.: See Bettger, W.J., 492 Griinari, J.M., Phillips, B.S., and Bau-
Blum, J.W.: See Hiisler, B.R., 304 man, D.E. The role of A’-desaturase in
Borojevic, R.: See Fortuna, V.A., 610 the production of cis-9, trans-11 CLA, El Hafidi, M., Cuéllar, A., Ramirez, J., and
Boschero, A.C.: See Vieira, E.C., 285 622 Banos, G. Effect of sucrose addition to
Bosqueiro, J.R.: See Vieira, E.C., 285 Cornelius, S.G.: See Spurlock, M.E., 81 drinking water, that induces hyperten-
Boston, T.: See Vukovich, M.D., 631 Crespi, C.: See Proenza, A.M., 431 sion in the rats, on liver microsomal A9
Brada, N., Gordon, M.M., Wen, J., and Cuéllar, A.: See El Hafidi, M., 396 and A5-desaturase activities, 396
Alpers, D.H. Transfer of cobalamin Escrich, E., Solanas, M., Soler, M., Ruiz de
from intrinsic factor to transcobalamin Villa, C., Sanchez, J.A., and Segura, R.
il, 200 da Fonte Ramos, C.: See Fonseca Passos, Dietary polyunsaturated n-6 lipids ef-
Bragado, M.J., Garcia, L.J., Lopez, M.A., M.C., 300 fects on the growth and fatty acid com-
and Calvo, |.J. Protective effect of long Dagli, M.L.Z.: See Naves, M.M.V., 685 position of rat mammary tumors, 536
0955-2863/01/$ — see front matter © 2001 Elsevier Science Inc. All rights reserved.
PII: $0955-2863(01)00200-5
Author Index / Journal of Nutritional Biochemistry 12 (2001) 7
Evans, M.: See Brown, M., 381 Guitard, R.: See Pericas, J., 444 alanine or histidine increase the activity
of hepatic threonine dehydrogenase,
phenylalanine hydroxylase or histidase,
Falconer, J.: See Read, M.A., 258 Hadley, K.B., and Sunde, R.A., Selenium
respectively, and prevent growth depres-
Fallon, K.: See Vukovich, M.D., 631 regulation of thioredoxin reductase ac-
sions in chicks caused by dietary ex-
Farnworth, E.R.: See Dufresne, C.J., 404 tivity and mRNA levels in rat liver, 693
cesses of threonine, phenylalanine, or
Feliu, M.S., and Slobodianik, N.H. Activ- Hara, H., Akatsuka, N., and Aoyama, Y.
histidine, 274
ities of adenosine deaminase (ADA) and Non-essential amino acids play an im-
Khan, F.A.: See Qureshi, A.A., 318
purine nucleoside phosphorylase (PNP) portant role in adaptation of the rat
Koo, S.I.: See Noh, S.K., 330
on undernourished and renourished rats’ exocrine pancreas to high nitrogen feed-
Kreeft, A.: See Lin, Y., 183
thymus, 125 ing, 450
Kriill, M.: See Miihling, J., 46
Feria-Velasco, A.: See Del Angel-Meza, Hayashi, T.: See Fotovati, A., 153
Kumar, P.: See Dayanandan, A., 254
A.R., 192 Hedemann, M.S.: See Lauridsen, C., 219
Kummerow, F.A., Cook, L.S., Wasowicz,
Fernandez, M.L., West, K.L., Roy, S., and Hempelmann, G.: See Miihling, J., 46
E., and Jelen, H. Changes in the phos-
Ramjiganesh, T. Dietary fat saturation Hennig, B. Letter to the Editor, 380
pholipid composition of the arterial cell
and gender/hormonal status modulate Hennig, B.: See Lee, Y.W., 648
can result in severe atherosclerotic le-
plasma lipids and lipoprotein composi- Hili, A.S., Marks, S.L., and Rogers, Q.R.
sions. 602
tion, 703 Quantitation of urinary 3-methylhisti-
Kummerow, F.A.: See Olinescu, R.M., 162
Fonseca Passos, M.C., da Fonte Ramos, C., dine excretion in growing dogs as an
Kushwaha, R.S., VandeBerg, J.F., Jackson,
Dutra, S.C.P., and de Moura, E.G. index of in vivo skeletal muscle catabo-
E.M., and VandeBerg, J.L. High and
Transfer of iodine through the milk in lism, 346
low responding strains of laboratory
protein-restricted lactating rats, 300 Hiroyuki, F., Tomohide, Y., and Kazunori,
opossums differ in sterol 27-hydroxy-
Fortuna, V.A., Trugo, L.C., and Borojevic, O. Efficacy and safety of Touchi Ex-
lase and acyl-coenzyme A:cholesterol
R. Acyl-CoA: retinol acyltransferase tract, an a-glucosidase inhibitor derived
acyltransferase activities on a high cho-
(ARAT) and lecithin:retinol acyltrans- from fermented soybeans, in non-insu-
lesterol diet, 664
ferase (LRAT) activation during the li- lin-dependent diabetic mellitus, 351
Kuske, J.L.: See Spurlock, M.E., 81
pocyte phenotype induction in hepatic Ho, W.K.K.: See Zhang, Z., 144
stellate cells, 610 Huang, Y.: See Zhang, Z., 144
Fotovati, A., Hayashi, T., and Ito, T. Lipo- Huertas, J.R.: See Ochoa-Herrera, J.J., 357
Lamas, A.: See Gonzalez, M., 512
lytic effect of BRL 35 135, a 83 agonist, Hiisler, B.R., and Blum, J.W. Blood
Lampi, B.J.: See Brooks, S.P.J., 422
and its interaction with dietary lipids on plasma response and urinary excretion
Latorraca, M.Q.: See Vieira, E.C., 285
the accumulation of fats in rat body, 153 of nitrite and nitrate in milk-fed calves
Lauber, R.P.: See Nelson, H.K., 242
Frank, G.R.: See Spurlock, M.E., 81 after oral nitrite and nitrate administra-
Lauridsen, C., Hedemann, M.S., and
Fuchs, M.: See Miihling, J., 46 tion, 304
Jensen, S.K. Hydrolysis of tocopheryl]
Fujii, Y.: See Du, C., 474
and retinyl esters by porcine carboxyl
Ibrahim, S.A., and Ghafoorunissa. Influ- ester hydrolase is affected by their car-
Gallardo, L.: See Del Angel-Meza, A.R., ence of dietary partially hydrogenated boxylate moiety and bile acids, 219
192 fat high in trans fatty acids on lipid Lee, Y.W., Park, H.J.. Hennig, B., and
Garcia, L.J.: See Bragado, M.J., 338 composition and function of intestinal Toborek, M.J. Linoleic acid induces
Garg, M.L.: See Nair, S.S.D., 7 brush border membrane in rats, 116 MCP-1I gene expression in human mi-
Garg, M.L.: See Read, M.A., 258 Ikemoto, A.: See Du, C., 474 crovascular endothelial cells through an
Gaubatz, J.W.: See Dubuisson, J.G., 518 Ito, T.: See Fotovati, A., 153 oxidative mechanism, 648
Genty, M.: See Joffre, F., 554 Leifert, W.R., Dorian, C.L., Jahangiri, A.,
German, J.B.: See Quasney, M.E., 310 McMurchie, E.J. Dietary fish oil pre-
Jackson, E.M.: See Kushwaha, R.S., 664
Gershwin, M.E.: See Quasney, M.E., 310 vents asynchronous contractility and al-
Jahangiri, A.: See Leifert, W.R., 365
Ghafoorunissa: See Ibrahim, G.A., 116 ters Ca 2 + handling in adult rat cardi-
Jelen, H.: See Kummerow, F.A., 602
Glahn, R.P.: See Yeung, A.C., 292 omyocytes, 365
Jensen, S.K.: See Lauridsen, C., 219
Godat, R.L.: See Spurlock, M.E., 81 Leitch, J.: See Nair, S.S.D., 7
Ji, S.Q.: See Spurlock, M.E., 81
Gonter, J.: See Miihling, J., 46 Leitch, J.W.: See Read, M.A., 258
Joffre, F., Martin, J.-C., Genty, M., Demai-
Gonzalez, M., Caride, B., Lamas, A., and Levi, B., and Werman, M.J. Fructose trig-
son, L., Loreau, O., Noél, J.-P., and
Taboada, C. Nutritional value of the gers DNA modification and damage in
Sébédio, J.-L. Kinetic parameters of he-
marine invertebrates Anemonia viridis an Escherichia coli plasmid, 235
patic oxidation of cyclic fatty acid
and Haliothis tuberculata and effects on Lewis, D.A., and Shaw, G.P. A natural
monomers formed from linoleic and lin-
serum cholesterol concentration in rats, flavonoid and synthetic analogues pro-
olenic acids, 554
Bt IP tect the gastric mucosa from aspirin-
John, S., Kale, M., Rathore, N., and Bhat-
Gonzalez-Burgos, I.: See Del Angel-Meza, induced erosions, 95
nagar, D. Protective effect of vitamin E
A.R., 192 Libal-Weksler, Y., Gotlibovitz, O., Stark,
in dimethoate and malathion induced
Gordon, M.M.: See Brada, N., 200 A.H., and Madar, Z. Diet and diabetic
oxidative stress in rat erythrocytes, 500
Gotlibovitz, O.: See Libal-Weksler, Y., 458 state modify glycogen synthase activity
Johnson, L.: See Reeves, P.G., 674
Grases, F., Simonet, B.M., Prieto, R.M., and expression in rat hepatocytes, 458
Jones, P.J.H.: See Vanstone, C.A., 565
and March, J.G. Variation of InsP$4, Lin, Y., Kreeft, A., Schuurbiers, J.A.E.,
InsP$5 and InsP$6 levels in tissues and and Draijer, R. Different effects of con-
biological fluids depending on dietary Kale, M.: See John, S., 500 jugated linoleic acid isomers on lipopro-
phytate, 595 Kazunori, O.: See Hiroyuki, F., 351 tein lipase activity in 3T3-L1 adipo-
Griffin, S.R.: See Dubuisson, J.G., 518 Keene, J.C., and Austic, R.E. Dietary sup- cytes, 183
Griinari, J.M.: See Corl, B.A., 622 plements of mixtures of indispensable Linard, A., Macaire, J.-P., and Christon, R
Guerrero, O.A.: See Oliart Ros, R.M., 207 amino acids lacking threonine, phenyl- Phospholipid hydroperoxide glutathione
714 Author Index / Journal of Nutritional Biochemistry 12 (2001) 712-715
peroxidase activity and vitamin E level tabolism and protein kinase C activity in Pericas, J., Oliver, P., Guitard, R., Picd, C.,
in the liver microsomal membrane: ef- adult porcine cardiac myocytes, 7 and Palou, A. Sexual dimorphism in
fects of age and dietary a-linolenic acid Naves, M.M.V., Silveira, E.R., Dagli, age-related changes in UCP2 and leptin
deficiency, 481 M.L.Z., and Moreno, F.S. Effects of gene expression in subcutaneous adi-
Looker, A.C.: See Sempos, C.T., 170 B-carotene and vitamin A on oval cell pose tissue in humans, 444
Lépez, M.A.: See Bragado, M.J., 338 proliferation and connexin 43 expres- Peters, R.C.: See Bhathena, S.J., 529
Loreau, O.: See Joffre, F., 554 sion during hepatic differentiation in the Petridou, A.: See Mougios, V., 585
rat, 685 Phillips, B.S.: See Corl, B.A., 622
Nayak, S.: See Reddy, G.B., 121 Picd, C.: See Pericas, J., 444
Macaire, J.-P.: See Linard, A., 481
Nazzaro, F.: See Tedesco, I., 505 Piper, J.B.: See During, A., 640
Macchi, M.B.: See Vukovich, M.D., 631
Nelson, H.K., Lauber, R.P., and Sheard, Prieto, R.M.: See Grases, F., 595
Madar, Z.: See Libal-Weksler, Y., 458
N.F. Effect of various levels of supple- Proenza, A.M., Crespi, C., Roca, P., and
Maia, A.A.B.: See Vasconcelos, I.M., 55
mentation with sodium pivalate on tis- Palou, A. Gender related differences in
March, J.G.: See Grases, F., 595
sue carnitine concentrations and urinary the effect of aging on blood amino acid
Margareto, J., Marti, A., and Martinez, J.A.
excretion of carnitine in the rat, 242 compartmentation, 431
Changes in UCP mRNA expression lev-
Newburg, D.S.: See Wiederschain, G.Ya.,
els in brown adipose tissue and skeletal
muscle after feeding a high-energy diet 559 Quagiotto, P.: See Read, M.A., 258
and relationships with leptin, glucose Nikolaidis, M.: See Mougios, V., ° Quandt, D.: See Miihling, J., 46
and PPARy, 130 Noél, J.-P.: See Joffre, F., 554 Quasney, M.E., Carter, L.C., Oxford, C.,
Marks, S.L.: See Hill, A.S., 346 Noh, S.K., and Koo, S.I. Enteral infusion Watkins, S.M., Gershwin, M.E., and
of phosphatidylcholine increases the
Marti, A.: See Margareto, J., 130 German, J.B. Inhibition of proliferation
Martin, J.-C.: See Joffre, F., 554 lymphatic absorption of fat, but lowers and induction of apoptosis in SNU-1
a-tocopherol absorption in rats fed a low
Martinez, J.A.: See Margareto, J., 130 human gastric cancer cells by the plant
zinc diet, 330
Masuda, S.: See Cheng, T.-Y., 388 sulfolipid, sulfoquinovosyldiacylglyc-
erol, 310
Matsakas, A.: See Mougios, V., 585 Quiles, J.L.: See Ochoa-Herrera, J.J., 357
Ochoa-Herrera, J.J., Huertas, J.R., Quiles,
McClure, D.: See Bhathena, S.J., 529 Qureshi, A.A., Sami, S.A., Salser, W.A..,
J.L., and Mataix, J. Dietary oils high
McCorquodale, M.L.: See Bettger, W.J., and Khan, F.A. Synergistic effect of
492 in oleic acid, but with different non- tocotrienol-rich fraction (TRF$2$5) of
McIntosh, M.: See Brown, M., 381 glyceride contents, have different ef- rice bran and lovastatin on lipid param-
Melissopoulou, A.: See Mougios, V., 585 fects on lipid profiles and peroxidation eters in hypercholesterolemic humans,
in rabbit hepatic mitochondria, 357 318
Oda, H.: See Mochizuki, H., 109
Mersmann, H.J.: See Ding, S.-T., 101
Okuyama, H., See Du, C., 474
Miller, D.D.: See Yeung, A.C., 292 Oliart Ros, R.M., Torres-Marquez, M.E., Raeini-Sarjaz, M.: See Vanstone, C.A., §
Mochizuki, H., Oda, H., and Yokogoshi, H. Badillo, A., and Guerrero, O.A. Dietary Ramanathan, K.: See Arivazhagan, P..,
Dietary taurine potentiates polychlori- fatty acids effects on sucrose-induced Ramirez, J.: See El Hafidi, M., 396
nated biphenyl-induced hypercholester- cardiovascular syndrome in rats, 207 Ramjiganesh, T.: See Fernandez, M.L., 703
olemia in rats, 109 Olinescu, R.M., and Kummerow, F.A. Fi- Rathmacher, J.: See Vukovich, M.D., 631
Mock, D.M.: See Zempleni, J., 465 brinogen is an efficient antioxidant, 162 Rathore, N.: See John, S., 500
Momiilovic, B., and Reeves, P.G. Idior- Oliveira, J.T.A.: See Vasconcelos, I.M., 55 Read, M.A., Leitch, J.W., Osmond, D.,
rhythmic zinc dose-rate induction of in- Oliver, P.: See Pericas, J., 444 Quagiotto, P., Falconer, J., and Garg,
testinal metallothionein in rats depends Omay, S.T.: See Zhang, P., 38 M.L. Dietary n-3 fatty acids alter the
upon their nutritional zinc status, 225 Ontiveros-Martinez, L.: See Del Angel- contractile response to thromboxane
Morcos, N.C.: See Cheng, T.-Y., 388 Meza, A.R., 192 A$2 agonists of porcine coronary arter-
Moreno, F.S.: See Naves, M.M.V., 685 Oriani, G., Corino, C., Pastorelli, G., Pan- ies, 258
Mougios, V., Matsakas, A., Petridou, A., taleo, L., Ritieni, A., and Salvatori, G. Reddy, G.B., Nayak, S., Reddy, P.Y., and
Ring, S., Sagredos, A., Melissopoulou, xidative status of plasma and muscle Bhat, K.S. Reduced levels of rat lens
A., Tsigilis, N., and Nikolaidis, M. Ef- in rabbits supplemented with dietary antioxidant vitamins upon in vitro UVB
fect of supplementation with conjugated vitamin E, 138 irradiation, 12]
linoleic acid on human serum lipids and Osmond, D.: See Read, M.A., 258 Reddy, P.Y.: See Reddy, G.B., 121
body fat, 585 Oxford, C.: See Quasney, M.E., 310 Reeves, P.G., Briske-Anderson, M., and
Miihling, J., Sablotzki, A., Fuchs, M., Johnson, L. Pre-treatment of Caco-2
Krill, M., Dehne, M.G., Weiss, S., cells with zinc during the differentiation
Gonter, J., Quandt, D., and Hempel- Palou, A.: See Pericas, J., 444 phase alters the kinetics of zinc uptake
mann, G. Effects of diazepam on neu- Palou, A.: See Proenza, A.M., 431 and transport, 674
trophil (PMN) free amino acid profiles Palumbo, R.: See Tedesco, I., 505 Reeves, P.G.: See MomCilovi¢, B., 225
and immune functions in vitro. Meta- Panneerselvam, C.: See Arivazhagan, P., 2 Ring, S.: See Mougios, V., 585
bolic and immunological consequences Panneerselvam, C.: See Dayanandan, A.., Ritieni, A.: See Oriani, G., 138
of L-alanyl-L-glutamine supplementa- 254 Roca, P.: See Proenza, A.M., 431
tion, 46 Pantaleo, L.: See Oriani, G., 138 Rogers, Q.R.: See Hill, A.S., 346
Murchie, E.J.: See Leifert, W.R., 365 Park, H.J.: See Lee, Y.W., 648 Roy, S.: See Fernandez, M.L., 703
Murph, W.S.: See Dubuisson, J.G., 518 Paski, S.C., and Xu, Z. Labile intracellular Ruiz deVilla, C.: See Escrich, E., 536
zinc is associated with 3T3 cell growth, Russo, G.L.: See Tedesco, I., 505
Nair, S.S.D., Leitch, J., and Garg, M.L. 655 Russo, M.: See Tedesco, I., 505
N-3 polyunsaturated fatty acid supple- Pastoreili, G.: See Oriani, G., 13
mentation alters inositol phosphate me- Patel, M.S.: See Srinivasan, M., 575 Sablotzki, A.: See Miihling, J., 46
dex Journal of Nutritional B
Sagredos, A.: See Mougios, V., 585 Sunde, R.A.: See Hadley, K.B.., Wasowicz. E.: Se Kummerow
Salser, W.A.: See Qureshi, A.A., 318 Watanabe, S.: See Du, ¢
Salvatori, G.: See Oriani, G., 138 Taboada, C See Gonzalez, M., 512 Watkins, S.M.: See Quasi
Sami, S.A.: See Qureshi, A.A., 318 Tedesco, I Russo, Gi Nazzaro, F Weiss, S.: See Mihling, J
Sanchez, J.A.: See Escrich, E., 536 Russo, M., and Palumbo, R. Antioxidant W en, J See Brada, N > &
Sarria, B., and Vaquero, M.P. Zinc and iron effect of red wine anthocyanins in nor- Werman, M.J.: See Levi
bioavailability in a powder or in-bottle- mal and catalase-inactive human eryth- West, K.L.: See Fernandez
sterilized infant formula estimated by in rocytes, 505 Whanger, P.D.: See Sun, ‘
vitro and in suckling rats, 266 Teitelbaum, J.E.. and Walker, W.A. Re- Wiederschain, G.Ya.,
Sato, A.: See Du, C., 474 view: the role of omega 3 fatty acids in Glycoconjugate stability in h
Schuurbiers, J.A.E.: See Lin, Y., 183 intestinal inflammation, 2 slycosidase activities an
Sébédio, J.-L.: See Joffre, F., 554 59
Toborek, M.: See Lee, Y.W., 648
Segura, R.: See Escrich, E., 536 Tomohide, Y.: See Hiroyuki, F., 351 is, G.M
Sempos, C.T., and Looker, A.C. Iron status Torres-Marquez, M.E.: See Oliart Ros,
and the risk of coronary heart disease: an
R.M., 207
example of the use of nutritional epide- Trugo, L.C.: See Fortuna, V.A., 610
miology in chronic disease research, 170
Tsigilis, N.: See Mougios, V., 585
Shaw, G.P.: See Lewis, D.A., 95 Yang, M.-H., Wang, C.-H..
Turner, M.J.: See Vukovich, M.D., 631
Sheard, N.F.: See Nelson, H.K., 242 H.-L. Green, oolong and
Siebra, E.A.: See Vasconcelos, I.M., 55 tracts modulate lipid metat
Silveira, E.R.: See Naves, M.M.V., 685 VandeBerg, J.F.: See Kushwaha, R.S., 664 perlipidemia rats fed h
Simonet, B.M.: See Grases, F., 595 VandeBerg, J.L.: See Kushwaha, R.S., 664 i4
Slater, G.: See Vukovich, M.D., 631 Vanstone, C.A., Raeini-Sarjaz, M., and
Slobodianik, N.H.: See Feliu, M.S., 125 Jones, P.J.H. Injected phytosterols Yeung, A.C., Glahn, R.P., and Mill
Smith, J.C.: See During, A., 640 stanols suppress plasma cholesterol lev- Dephosphorylation of sodiun
Smith, M.K.: See During, A., 640 els in hamsters, 565 enzymatically hydrolyzed caseir
Solanas, M.: See Escrich, E., 536 Vaquero, M.P.: See Sarria, B., 266 sein phosphopeptides by intestin
Soler, M.: See Escrich, E., 536 Vasconcelos, I.M., Maia, A.A.B.. Siebra., line phosphatase implication
Song, F.: See Srinivasan, M., 575 E.A., Oliveira, J.T.A., Carvalho, availability, 292
Spurlock, M.E., Ji, S.Q., Godat, R.L., \.d.F.F.l Melo, V.M.M., Carlini,
Kuske, J.L., Willis, G.M., Frank, G.R.., C.R., and Castelar, L.I.d.M. Nutritional
and Cornelius, $.G. Changes in the ex- study of two Brazilian soybean (Glycine Yokogoshi, H.: See Mochizuk
pression of uncoupling proteins and max) cultivars differing in the contents
lipases in porcine adipose tissue and of antinutritional and toxic proteins, 55 Zempleni, J., Stanley.
skeletal muscle during feed deprivation, Vieira, E.C., Carneiro, E.M., Latorraca D.M Proliferation of
81 M.Q., Delguingaro-Augusto, V., Ama- mononuclear cells cau
Srinivasan, M., Song, F., Aalinkeel, R., and ral, M.E.C., Bosqueiro, J.R., and Bos- pression of the scdium-de
Patel. M.S. Molecular adaptations in chero, A.C Low protein diet confers tivitamin transporter gene
islets from neonatal rats reared artifi resistance to the inhibitory effects of uptake of pantothenic
cially on a high carbohydrate milk for- interleukin 18 on insulin secretion in Zhang, P.., and Omaye.,
mula, 575 pancreatic islets, 285 interactions with
Stanely, J.S.: See Zempleni, J., 465 Vukovich, M.D.. Slater, G.. Macchi, M.B.. ascorbic acid in micro
Stark, A.H.: See Libal-Weksler, Y., 458 Turner. M.J., Fallon. K.. Boston, T., and oxidation, 38
Sullivan, J.L. Misconceptions in the debate Rathmacher, J. B-hydroxy-B-imethylbu- Zhang, Z.. Chang, Q., Zhu
on the iron hypothesis, 32 tyrate (HMB) kinetics and the influence Ho, W.K.K.. and Chen
Sun, Y., Butler, J.A.. and Whanger, P.D of glucose ingestion in humans, 631 ization of antioxidant
Glutathione peroxidase activity and sel thorn fruits, 144
enoprotein W levels in different brain Walker. W.A.: See Teitelbaum, J.E Zhu, M.: See Zhang, Z..
regions of selenium-depleted rats, 88 Wang, C.-H.: See Yang, M.-H., 14 Zhu, Z.: See Cheng, T
Subject Index
Absorption, 674 Cardiovascular, 404 Exocrine pancreas, 450
ACAT, 664 Cardiovascular diseases, 207
Acetylcholinesterase, 500 Carnitine, 242, 254
Fat, 330
Acyl-coenzyme A:cholesterol Carnitine deficiency, 242
Fatty acid composition, 536
acyltransferase, 664 B-Carotene, 38, 121, 640, 685
Fatty acid synthesis, 422
Adenosine deaminase, 125 Casein, 292, 512
Fatty acids, 101, 183, 536
Adipocyte differentiation, 101 Casein phosphopeptides, 292
Fiber, 338
Adipocyte fatty acid binding protein, 101 Catalase, 500, 505
Fibrinogen, 162
Adipocytes, 101 C/EBPa, 101
Fish oil, 21, 365
Adipose tissue, 444 B cell, 285
Flavonoids, 95, 144
8-Adrenergic receptor, 130 Cell proliferation, 310, 655
Fructose, 235
B-Adrenoceptor agonists, 153 Cell signaling, 7
Fucose, 559
Age, 431 Channel, 66
Ageing, 2, 444, 481 Chicks, 274
Alkaline phosphatase, 292 Cholecystokinin, 338 Gastrointestinal tract as a sensory organ,
Amino acid catabolism, 274 Cholesterol, 14, 109, 512, 529, 585 Z25
Amino acid excess, 274 Cholesteryl esters, 585 Gender, 703
Amino acids, 46 Cleavage, 640 Gender effect, 431
Amylase, 450 Cobalamin binding proteins, 200 Glucose, 631
Anemonia viridis, 512 Competition, 66 a-Glucosidase inhibitor, 351
Anti-hyperglycemic effect, 351 Conjugated linoleic acid, 183, 381, 622 GLUT 2, 458
Anti-inflammatory, 21 Connexin 43, 685 Glutathione peroxidase, 88
Antioxidants, 2, 121, 162, 254, 388, 404, Cooked meat mutagens, 518 Glutathione peroxidase-1, 693
505 Corn, 192 Glutathione peroxidase-4, 693
Antioxidative enzymes, 388 Coronary artery, 258 Glutathione-S-transferase, 500
Apoptosis, 310 Coronary heart disease, 602 Glycation, 235
ARAT, 610 Cyclic fatty acid monomers, 554 Glycine max, 55
Arterial bifurcations, 602 Cyclopropene fatty acids, 622 Glycogen synthase, 458
Ascorbic acid, 38 Cytokines, 285 Glycosidases, 559
Atherosclerosis, 162, 648 Gonadotrophic hormones
2,2’-azobis (2-amidino-propane) Growing dogs, 346
dihydrochloride (AAPH), 38 A’-Desaturase, 622
1,1'-azobis (cyclohexane-carbonitrile) Desaturase activities, 396
(ACCN), 38 Desferrioxamine, 640 Haliotis tuberculata, 512
Diabetes, 213 Hamster, 565
Diazepam, 46 Hawthorn fruit, 144
Beef tallow, 153 Diet, 492 HDL, 109, 585
Bioavailability, 266, 292 Dietary amino acids, 450 Health, 404
Blood amino acid compartmentation, 431 Dietary fat, 213, 422 Hepatic differentiation, 685
Body fat, 422 Dietary fat saturation, 703 Hepatic stellate cells, 610
BRL 35135, 153 Dietary fatty acids, 648 Hepatocytes, 458
Brown adipose tissue, 130 Dietary protein, 274 Heterocyclic amines, 518
Brush border membrane, 66, 73, 116 Diet-induced hyperlipidemia, 664 High-energy diet, 130
Dieting, 422 HMB, 631
Differentiation, 381 Hormonal status, 703
Ca’, 365 DL-a-lipoic acid, 2 HPLC, 121
Caco-2 cells, 674 DMBA- induced breast cancer, 536 Human, 465, 640
Calcium, 66, 338, 602 DNA damage, 518 Human IF, 200
Calf, 304 DNA synthesis, 655 Human milk, 559
Cancer, 404 Docosahexaenoic acid (DHA), 365, 474 Human TCII, 200
Cancer metastasis, 648 Humans, 431
Canine, 346 Hypercholesterolemia, 109
Carboxyl ester hydrolase, 219 Erythrocyte, 505 Hypercholesterolemic human subjects,
Carcinogen metabolism, 518 Esterification, 610 318
Cardiac myocytes, 7 Ethanol, 338 Hyperlipidemia, 254
0955-2863/01/$ — see front matter © 2001 Elsevier Science Inc. All rights reserved.
PII: S0955-2863(01)00201-7
Subject Index / Journal of Nutritional Biochemistry 12 (2001) 716-717
Hypertension, 207, 396 Miniature swine, 529 Preproinsulin gene expression, 575
Hypertriglyceridemia, 396 Mitochondria, 2, 357 Proliferation, 465
Mitochondrial oxidation, 554 Protein malnutrition, 285
Monodelphis domestica, 664 Protein quality, 55
Immune function, 46
Mouse, 474 Protein restriction, 192, 300
Infant formula, 73, 266
Muscle turnover, 346 PUFA, 536
Inflammatory bowel disease,
Purine nucleoside phosphorylase, 125
Injection, 565
Inositol hexaphosphate, ‘ n-3 fatty acids, 365, 481, 529
Inositol pentaphosphate, n-6 fatty acids, 529 Quality dietary protein, 125
Inositol tetraphosphate, ‘ n-3 polyunsaturated fatty acids, 258 Quantitation, 346
InsP,, 595 n-3 PUFA, 7
Insulin, 207, 213, 631 N-acetylhexosamines, 559
Insulin binding, 529 N-acetylneuraminic acid, 559 Rabbits, 138, 357
Insulin secretion, 285 Nervonic acid, 492 Rapeseed oil,
Interleukin 16, 285 Neutrophils, 46 Rat, 242, 492
Intestinal absorption, 330 Nitrate, 304 Rat brain, 88
Intestinal metallothionein induction, 225 Non-essential amino acids, 450 Rat IF, 200
Intestine, 73, 116, 640 Non-esterified fatty acids, 585 Rat lens, 121
Iodine, 300 Non-glyceride fraction, 357 Rat tissues, 518
Iron, 266, 292 Non-insulin-dependent diabetic mellitus, Rats, 109, 116, 213, 300, 450, 458
Islets of Langerhans, 575 351 Reactive oxygen species (ROS), 505
Isoproterenol, 153 Nucleus, 213 Red wine anthocyanins, 505
Nutrition, 388 Renal function, 474
Nutritional modification, 575 Renutrition, 125
Kinases, 575 Nutritional value, 512 Requirements, 693
Review, 404
Ribonuclease protection analysis, 693
Labile intracellular zinc, 655 OGTT, 631
ROMs, 138
Laboratory opossum, 664 Olive oil, 357
Lactation, 300 Omega 3 fatty acids, 21
L-alanyl-L-glutamine, 46 Organophosphate pesticides, 500 Seed protein, 55
L-Ascorbic acid, 121 Oval cell, 685 Selenoprotein P, 693
LDL cholesterol, 703 Oxidative stress, 648 Selenoprotein W, 88
Leptin, 444 Oxygen free radicals, 162 Serotonin, 192
Leucocyanidin, 95 Oxysterols, 602 Sitostanol, 565
Linoleic acid, 381 Skeletal muscle, 130
Lipase, 81 SNU-1 cancer cells, 310
Pancreas, 338
Lipid, 14 Sodium-dependent multivitamin
Pancreatic enzymes, 219
Lipid composition, 116 transporter, 465
Pancreatic islets, 285
Lipid parameters, 318 Soybean, 55
Pantothenic acid, 465
Lipid peroxidation, 2, 38, 357, Sphingomyelin, 492, 602
Peripheral blood mononuclear cells, 465
Lipid peroxides, 254 Starvation, 81]
Peroxisomal oxidation, 554
Lipolysis, 153 Stenosis, 602
Peroxisome proliferator-activated recepter
Lipoperoxidation, 138 Sterculic acid, 622
y2, 130
Lipoprotein composition, 703 Sterilization, 266
Pharmokinetics, 631
Lipoprotein lipase, 101, 183 Sterol 27-hydroxylase, 664
Phase II activation, 518
Lipoproteins, 664 Structured dietary intake, 225
Phenolic compounds, 357
Liver, 610, 640 Sucrose intake, 396
PhIP, 518
Longevity, 474 Sucrose-rich diet, 14
Phosphatidylcholine, 330
Lovastatin, 318 Sugar phosphates, 235
Phospholipid hydroperoxide glutathione '
Low density lipoprotein, 144 Sulfolipid, 310
peroxidase, 481
LRAT, 610 Sulfoquinovosyldiacylglycerol, 310
Phospholipids, 585
Superoxide dismutase, 500
Phytosterol, 565
Supplement, 388
Maillard reaction, 266 Pig, 81, 258
Mammary carcinomas, 536 Piglet, 66, 73
>
Membrane, 481 Pivalic acid, 242 4 cells, 655
Membrane function, 116 PKC, 7 é - 4 LI adipocytes, 183
-
Membrane lipid profile, 357 Plantain banana, 95 3T33- L1 preadipocytes, 381
Metabolic control, 422 Plasma, 631 Taurine, 109
Metabolism, 422 Plasma cholesterol, 565 Tea, 14, 404
3-Methylhistidine, 346 Plasma insulin, 529 Thioredoxin, 693
Michaelis-Menten kinetic, 219 Plasmid DNA, 235 Thromboxane A,, 258
Microsomes, 38 Polychlorinated biphenyls, 109 Thymus, 125
Milk, 300 Polyunsaturated fatty acids, 207 a-Tocopherol, 38, 121, 138, 144, 330
Milk fat, 622 Polyunsaturated n-6 diet, 536 a-Tocopheryl acetate, 219
Mineral, 388 Porcine, 101 a-Tocophery! nicotinate, 219
Mineral interactions, 73 PPARy, 101 a-Tocopheryl succinate, 219
Subject Index / Journal of Nutritional Biochemistry 12 (2001) 716-717
Tocotrienols, 318 UCP2, 444 Vitamin B,,, 200
Touchi-extract, 351 Ulcer, 95 Vitamin E, 481
Toxicity, 55 Uncoupling proteins, 81, 130 Vitamins, 254
Trace elements, 674 Undernourished rats, 125
Trans fatty acid, 622 Urine, 631
Western blot, 88
trans fatty acids, 116 UVB radiation, 121
Transcription factors, 575
Transport, 465 Vascular endothelium, 648 Zinc, 66, 266, 330, 655
Transport kinetics, 674 Vegetable oils, 153 Zinc dose-rate idiorrhythm, 225
Triacylglycerols, 585 Ventricular myocyte, 365 Zinc nutritional status, 225
Triglyceride, 14 Very long chain fatty acids, 492 Zinc repletion rate, 225
Triglyceride content, 381] Vitamin, 388 Zinc transport, 73, 674
Trypsin, 450 Vitamin A, 610, 685 Zinc uptake, 674