atherosclerosis eel! ELSE VI4E R Atherosclerosis 119 (1996) 298-300 Author index Volume 121 (1996) Adams, M.R., see Manning, J.M. 121, 217 Doutre, M.-S., see Duplaa, C. 121, 253 Andersson, B., see Frostegard, J. 121, 93 Duplaa, C., T. Couffinhal, L. Labat, C. Moreau, M.-E. Asada, Y., A. Kisanuki, A. Tsuneyoshi, K. Marutsuka, K. Petit-Jean, M.-S. Doutre, J.-M.D. Lamaziére, J. Bonnet, Hatakeyama, A. Sumiyoshi, Effects of inflation pressure of Monocyte/macrophage recruitment and expression of en- balloon catheter on vascular injuries and subsequent devel- dothelial adhesion proteins in human atherosclerobic le- opment of intimal hyperplasia in rabbit aorta 121, 45 sions 121, 253 Durand, P., D. Blache, Enhanced platelet thromboxane syn- Bailey, K., see O’Brien, T. 121, 285 thesis and reduced macrophage-dependent fibrinolytic Barozzini, M., see Garuti, R. 121, 105 activity related to oxidative stress in oral contraceptive- Barter, P.J., K.-A. Rye, High density lipoproteins and coro- treated female rats 121, 205 nary heart disease 121, 1 Durand, P., M. Proust, D. Blache, Pro-thrombotic effects of Bartlett, A., see Grewal, T. 121, 151 a folic acid deficient diet in rat platelets and macrophages Berger, B., see Scanlon, C.E.O. 121, 23 related to elevated homocysteine and decreased n-3 polyun- Bertolini, S., see Garuti, R. 121, 105 saturated fatty acids 121, 231 Blache, D., see Durand, P. 121, 205 Blache, D., see Durand, P. 121, 231 Edwards, I.J., see Manning, J.M. 121, 217 Bonnet, J., see Duplaa, C. 121, 253 Ehnholm, C., see Strandberg, T.E. 121, 267 Brehme, U., see Hanke, H. 121, 129 Erkelens, D.W., see van Barlingen, H.H.J.J. 121, 75 Brennan, G.M., see McGrath, L.T. 121, 275 Erkelens, D.W., see van Greevenbroek, M.M.J. 121, 139 Bruck, B., see Hanke, H. 121, 129 Brzezinska, A., see Zgliczynski, S. 121, 35 Finking, G., see Hanke, H. 121, 129 Freyss-Béguin, M., see Seres, I. 121, 175 Calandra, S., see Garuti, R. 121, 105 Frostegard, J., B. Kjellman, M. Gidlund, B. Andersson, S. Campos, G., see Manning, J.M. 121, 217 Jindal, R. Kiessling, Induction of heat shock protein in Chajés, V., W. Sattler, M. Stultschnig, G.M. Kostner, Photo- monocytic cells by oxidized low density lipoprotein 121, metric evaluation of lipid peroxidation products in human 93 plasma and copper oxidized low density lipoproteins: corre- Fukuyama, J., see Miyazawa, K. 121, 167 lation of different oxidation parameters 121, 193 Chen, Y., see Xi Liu, §. 121, couldLipoperoxidative injury Gallagher, P.R., see Shamir, R. 121, 85 to macrophages by oxidatively modified low densitu Garozzo, R., see Garuti, R. 121, 105 Chotkowska, E., see Zgliczynski, S. 121, 35 Garuti, R., N. Lelli, M. Barozzini, R. Tiozzo, M. Ghisellini, Cortner, J.A., see Shamir, R. 121, 85 M.L. Simone, S. Li Volti, R. Garozzo, F. Mollica, Couffinhal, T., see Duplaa, C. 121, 253 Ghisellini, M., see Garuti, R. 121, 105 Gidlund, M., see Frostegard, J. 121, 93 de Bruin, T.W.A., see van Barlingen, H.H.J.J. 121, 75 Grewal, T., A. Bartlett, J. W. Burgess, N.H. Packer, K.K. de Bruin, T.W.A., see van Greevenbroek, M.M.J. 121, 139 Stanley, Desialylated LDL uptake in human and mouse de Man, F.H.A.F., see van Barlingen, H.H.J.J. 121, 75 macrophages can be mediated by a lectin receptor 121, Devynck, M.-A., see Seres, I. 121, 175 151 Donnelly, J.P., see McGrath, L.T. 121, 275 Gugel, N., see Hanke, H. 121, 129 atherosclerosis eel! ELSE VI4E R Atherosclerosis 119 (1996) 298-300 Author index Volume 121 (1996) Adams, M.R., see Manning, J.M. 121, 217 Doutre, M.-S., see Duplaa, C. 121, 253 Andersson, B., see Frostegard, J. 121, 93 Duplaa, C., T. Couffinhal, L. Labat, C. Moreau, M.-E. Asada, Y., A. Kisanuki, A. Tsuneyoshi, K. Marutsuka, K. Petit-Jean, M.-S. Doutre, J.-M.D. Lamaziére, J. Bonnet, Hatakeyama, A. Sumiyoshi, Effects of inflation pressure of Monocyte/macrophage recruitment and expression of en- balloon catheter on vascular injuries and subsequent devel- dothelial adhesion proteins in human atherosclerobic le- opment of intimal hyperplasia in rabbit aorta 121, 45 sions 121, 253 Durand, P., D. Blache, Enhanced platelet thromboxane syn- Bailey, K., see O’Brien, T. 121, 285 thesis and reduced macrophage-dependent fibrinolytic Barozzini, M., see Garuti, R. 121, 105 activity related to oxidative stress in oral contraceptive- Barter, P.J., K.-A. Rye, High density lipoproteins and coro- treated female rats 121, 205 nary heart disease 121, 1 Durand, P., M. Proust, D. Blache, Pro-thrombotic effects of Bartlett, A., see Grewal, T. 121, 151 a folic acid deficient diet in rat platelets and macrophages Berger, B., see Scanlon, C.E.O. 121, 23 related to elevated homocysteine and decreased n-3 polyun- Bertolini, S., see Garuti, R. 121, 105 saturated fatty acids 121, 231 Blache, D., see Durand, P. 121, 205 Blache, D., see Durand, P. 121, 231 Edwards, I.J., see Manning, J.M. 121, 217 Bonnet, J., see Duplaa, C. 121, 253 Ehnholm, C., see Strandberg, T.E. 121, 267 Brehme, U., see Hanke, H. 121, 129 Erkelens, D.W., see van Barlingen, H.H.J.J. 121, 75 Brennan, G.M., see McGrath, L.T. 121, 275 Erkelens, D.W., see van Greevenbroek, M.M.J. 121, 139 Bruck, B., see Hanke, H. 121, 129 Brzezinska, A., see Zgliczynski, S. 121, 35 Finking, G., see Hanke, H. 121, 129 Freyss-Béguin, M., see Seres, I. 121, 175 Calandra, S., see Garuti, R. 121, 105 Frostegard, J., B. Kjellman, M. Gidlund, B. Andersson, S. Campos, G., see Manning, J.M. 121, 217 Jindal, R. Kiessling, Induction of heat shock protein in Chajés, V., W. Sattler, M. Stultschnig, G.M. Kostner, Photo- monocytic cells by oxidized low density lipoprotein 121, metric evaluation of lipid peroxidation products in human 93 plasma and copper oxidized low density lipoproteins: corre- Fukuyama, J., see Miyazawa, K. 121, 167 lation of different oxidation parameters 121, 193 Chen, Y., see Xi Liu, §. 121, couldLipoperoxidative injury Gallagher, P.R., see Shamir, R. 121, 85 to macrophages by oxidatively modified low densitu Garozzo, R., see Garuti, R. 121, 105 Chotkowska, E., see Zgliczynski, S. 121, 35 Garuti, R., N. Lelli, M. Barozzini, R. Tiozzo, M. Ghisellini, Cortner, J.A., see Shamir, R. 121, 85 M.L. Simone, S. Li Volti, R. Garozzo, F. Mollica, Couffinhal, T., see Duplaa, C. 121, 253 Ghisellini, M., see Garuti, R. 121, 105 Gidlund, M., see Frostegard, J. 121, 93 de Bruin, T.W.A., see van Barlingen, H.H.J.J. 121, 75 Grewal, T., A. Bartlett, J. W. Burgess, N.H. Packer, K.K. de Bruin, T.W.A., see van Greevenbroek, M.M.J. 121, 139 Stanley, Desialylated LDL uptake in human and mouse de Man, F.H.A.F., see van Barlingen, H.H.J.J. 121, 75 macrophages can be mediated by a lectin receptor 121, Devynck, M.-A., see Seres, I. 121, 175 151 Donnelly, J.P., see McGrath, L.T. 121, 275 Gugel, N., see Hanke, H. 121, 129 Author index vol. 121 (1996) Haasis, R., see Hanke, H. 121, 129 Misawa, K., see Miyazawa, K. 121, 167 Hallaway, B.J., see O’Brien, T. 121, 285 Miyazawa, K., J. Fukuyama, K. Misawa, S. Hamano, A. Hamano, S., see Miyazawa, K. 121, 167 Ujiie, Tranilast antagonizes angiotensin II and inhibits its Hanke, H., S. Hanke, B. Bruck, U. Brehme, N. Gugel, G. biological effects in vascular smooth muscle cells 121, 167 Finking, A.O. Miick, F.W. Schmahl, V. Hombach, R. Mohacsi, A., see Seres, I. 121, 175 Haasis, Inhibition of the protective effect of estrogen by Mollica, F., see Garuti, R. 121, 105 progesterone in experimental atherosclerosis 121, 129 Moreau, C., see Duplaa, C. 121, 253 Hanke, S., see Hanke, H. 121, 129 Muros, M., C. Rodriguez-Ferrer, Apolipoprotein E polymor- Hatakeyama, K., see Asada, Y. 121, 45 phism influence on lipids, apolipoproteins and Lp(a) in a Hayes, J.R., see McGrath, L.T. 121, 275 Spanish population underexpressing apo E4 121, 13 Hayman, L.L., see Shamir, R. 121, 85 Miick, A.O., see Hanke, H. 121, 129 Hodge, D., see O’Brien, T. 121, 285 Hombach, V., see Hanke, H. 121, 129 Nagornev, V.A., S.V. Maltseva, The phenotype of macrophages which are not transformed into foam cells in Ivandic, B., see Thiery, J. 121, 63 atherogenesis 121, 245 Iwai, N., see Izumi, M. 121, 293 Nakamura, Y., see Izumi, M. 121, 293 Izumi, M., N. Iwai, N. Ohmichi, Y. Nakamura, H. Shimoike, Nebendahl, K., see Thiery, J. 121, 63 M. Kinoshita, Molecular variant of 5,10-methylenetetrahy- Nguyen, T.T., see O’Brien, T. 121, 285 drofolate reductase is a risk factor of ischemic heart disease O’Brien, T., T.T. Nguyen, B.J. Hallaway, D. Hodge, K. in the Japanese population 121, 293 Bailey, B.A. Kottke, HDL subparticles and coronary artery disease in NIDDM _ 121, 285 Ji Sun, M., see Xi Liu, S. 121, 55 Jindal, S., see Frostegard, J. 121, 93 Ohmichi, N., see Izumi, M. 121, 293 Oiso, Y., see Suzuki, A. 121, 119 Johnston, G.D., see McGrath, L.T. 121, 275 Ossowski, M., see Zgliczynski, S. 121, 35 Kiessling, R., see Frostegard, J. 121, 93 P.M. de Maat, M., A. Pietersma, M. Kofflard, W. Sluiter, C. Kinoshita, M., see Izumi, M. 121, 293 Kluft, Association of plasma fibrinogen levels with coro- Kisanuki, A., see Asada, Y. 121, 45 nary artery disease, smoking and inflammatory mark- Kjellman, B., see Frostegard, J. 121, 93 ers 121, 185 Kluft, C., see P.M. de Maat, M. 121, 185 Packer, N.H., see Grewal, T. 121, 151 Kock, L.A.W., see van Barlingen, H.H.J.J. 121, 75 Parks, J.S., see Manning, J.M. 121, 217 Kostner, G.M., see Chajés, V. 121, 193 Petit-Jean, M.-E., see Duplaa, C. 121, 253 Kottke, B.A., see O’Brien, T. 121, 285 Pietersma, A., see P.M. de Maat, M. 121, 185 Kozawa, O., see Suzuki, A. 121, 119 Proust, M., see Durand, P. 121, 231 Kozlovszky, B., see Seres, I. 121, 175 Kofflard, M., see P.M. de Maat, M. 121, 185 Rodriguez-Ferrer, C., see Muros, M. 121, 13 Rye, K.-A., see Barter, PJ. 121, 1 Labat, L., see Duplaa, C. 121, 253 Lamaziére, J.-M.D., see Duplaa, C. 121, 253 Sadowski, Z., see Zgliczynski, S. 121, 35 Lelli, N., see Garuti, R. 121, 105 Sairanen, S., see Strandberg, T.E. 121, 267 Li Volti, S., see Garuti, R. 121, 105 Sattler, W., see Chajés, V. 121, 193 Liacouras, C.A., see Shamir, R. 121, 85 Scanlon, C.E.O., B. Berger, G. Malcom, R.W. Wissler, Re- Lindberg, O., see Strandberg, T.E. 121, 267 search Group, Evidence for more extensive deposits of epitopes of oxidized low density lipoprotein in aortas of Malcom, G., see Scanlon, C.E.O. 121, 23 young people with elevated serum thiocyanate levels 121, Maltseva, S.V., see Nagornev, V.A. 121, 245 23 Manning, J.M., G. Campos, I.J. Edwards, W.D. Wagner, Schmahl, F.W., see Hanke, H. 121, 129 J.D. Wagner, M.R. Adams, J.S. Parks, Effects of hormone Seidel, D., see Thiery, J. 121, 63 replacement modalities on low density lipoprotein composi- Seres, I., M. Freyss-Béguin, A. Mohacsi, B. Kozlovszky, J. tion and distribution in ovariectomized cynomolgus mon- Simon, M.-A. Devynck, T. Filép Jr., Alteration of keys 121, 217 lymphocyte membrane phospholipids and intracellular free Marutsuka, K., see Asada, Y. 121, 45 calcium concentrations in hyperlipidemic subjects 121, McGrath, L.T., G.M. Brennan, J.P. Donnelly, G.D. John- 175 ston, J.R. Hayes, G.E. McVeigh, Effect of dietary fish oil Shamir, R., A.M. Tershakovec, P.R. Gallagher, C.A. Lia- supplementation on peroxidation of serum lipids in patients couras, L.L. Hayman, J.A. Cortner, The influence of age with non-insulin dependent diabetes mellitus 121, 275 and relative weight on the presentation of familial com- McVeigh, G.E., see McGrath, L.T. 121, 275 bined hyperlipidemia in childhood 121, 85 300 Author index vol. 121 (1996) Shimoike, H., see Izumi, M. 121, 293 Valvanne, J., see Strandberg, T.E. 121, 267 Shinoda, J., see Suzuki, A. 121, 119 van Barlingen, H.H.J.J., L.A.W. Kock, F.H.A.F. de Man, Simon, J., see Seres, I. 121, 175 D.W. Erkelens, T.W.A. de Bruin, In vitro lipolysis of Simone, M.L., see Garuti, R. 121, 105 human VLDL: effect of different VLDL compositions in Slowinska-Srzednicka, J., see Zgliczynski, S. 121, 35 normolipidemia, familial combined hyperlipidemia and fa- Sluiter, W., see P.M. de Maat, M. 121, 185 milial hypertriglyceridemia 121, 75 Soszynski, P., see Zgliczynski, S. 121, 35 van Greevenbroek, M.M.J., G. van Meer, D.W. Erkelens, Srzednicki, M., see Zgliczynski, S. 121, 35 T.W.A. de Bruin, Effects of saturated, mono-, and polyun- Stanley, K.K., see Grewal, T. 121, 151 saturated fatty acids on the secretion of apo B containing Stein, O., see Thiery, J. 121, 63 lipoproteins by Caco-2 cells 121, 139 Stein, Y., see Thiery, J. 121, 63 van Meer, G., see van Greevenbroek, M.M.J. 121, 139 Strandberg, T.E., R.S. Tilvis, O. Lindberg, J. Valvanne, S. Vergoni, W., see Garuti, R. 121, 105 Sairanen, C. Ehnholm, J. Tuomilehto, High plasma insulin is associated with lower LDL cholesterol in elderly individ- W. Burgess, J., see Grewal, T. 121, 151 uals 121, 267 Wagner, J.D., see Manning, J.M. 121, 217 Stultschnig, M., see Chajés, V. 121, 193 Wagner, W.D., see Manning, J.M. 121, 217 Sumiyoshi, A., see Asada, Y. 121, 45 Walli, A.K., see Thiery, J. 121, 63 Suzuki, A., J. Shinoda, Y. Oiso, O. Kozawa, Tyrosine kinase Wissler, R.W., see Scanlon, C.E.O. 121, 23 is involved in angiotensin II-stimulated phospholipase D activation in aortic smooth muscle cells: Function of Ca? + Xi Liu, S., M. Zhou, Y. Chen, W. Yan Wen, M. Ji Sun, influx 121, 119 Lipoperoxidative injury to macrophages by oxidatively modified low density lipoprotein may play an important Tershakovec, A.M., see Shamir, R. 121, 85 role in foam cell formation 121, 55 Teupser, D., see Thiery, J. 121, 63 Thiery, J., D. Teupser, A.K. Walli, B. Ivandic, K. Nebendahl, O. Stein, Y. Stein, D. Seidel, Study of causes underlying Yan Wen, W., see Xi Liu, S. 121, 55 the low atherosclerotic response to dietary hypercholes- terolemia in a selected strain of rabbits Zgliczynski, S., M. Ossowski, J. Slowinska-Srzednicka, A. Tilvis, R.S., see Strandberg, T.E. 121, 267 Brzezinska, W. Zgliczynski, P. Soszynski, E. Chotkowska, Tiozzo, R., see Garuti, R. 121, 105 M. Srzednicki, Z. Sadowski, Effect of testosterone replace- Tsuneyoshi, A., see Asada, Y. 121, 45 ment therapy on lipids and lipoproteins in hypogonadal Tuomilehto, J., see Strandberg, T.E. 121, 267 and elderly men 121, 23 Zgliczynski, W., see Zgliczynski, S. 121, 35 Ujiie, A., see Miyazawa, K. 121, 167 Zhou, M., see Xi Liu, S. 121, 55 atherosclerosis ees 4) ELSEVIER Atherosclerosis 121 (1996) 301-302 Subject index Volume 121 (1996) Acute phase 121, 185 Experimental 121, 129 Adhesion proteins 121, 253 Age 121, 85 Familial combined hyperlipidemia 121, 75, 85 Alveolar macrophages 121, 63 Familial hypercholesterolemia 121, 105 Angiotensin II 121, 119 Familial hypertriglyceridemia 121, 75 Angiotensin II receptor 121, 167 Fatty acid 121, 139 Aortic smooth muscle cells 121, 119 Fatty acid composition 121, 205 Apolipoprotein A-I 121, 285 Fibrinogen 121, 185 Apolipoprotein B_ 121, 139 Fibrinolytic activity 121, 205 Apolipoprotein E 121, 217 Fibroblasts 121, 63 Apolipoprotein E polymorphism 121, 13 Fish oil 121, 275 Apolipoproteins 121, 75 Foam cell 121, 55 Arachidonic acid 121, 205 Folic acid deficiency 121, 231 Arachidonic acid metabolism 121, 231 Atherogenesis 121, 245 Gene 121, 293 Atherosclerosis 121, 1, 23, 93, 129, 253, 285 Atherosclerotic response 121, 63 Heat shock protein 121, 93 High density lipoprotein 121, 55 Balloon injury 121, 45 High density lipoproteins 121, 1, 285 Homocystein 121, 231, 293 Caco-2 121, 139 Hypercholesterolemia 121, 175 [(Ca**},. 128,175 Hypogonadism 121, 35 Canary Islands 121, 13 Cell adhesion 121, 63 ['7*I]-acLDL 121, 63 Children 121, 85 Inflation pressure 121, 45 Cholesterol 121, 13, 267, 85 Insulin 121, 267 Cholesterol-fed rabbit 121, 63 Intestine 121, 139 Chylomicron 121, 139 Intimal hyperplasia 121, 45 Conjugated dienes 121, 193 Iodometric assay 121, 193 Coronary artery disease 121, 185 Ischemic heat disease 121, 293 Coronary heart disease 121, 1 C-reactive protein 121, 185 LDL 121, 151, 23, 267 Cytokines 121, 245 LDL-receptor gene 121, 105 Lectin 121, 151 Desialylation 121, 151 Lipid disorders 121, 85 Diabetes mellitus 121, 285 Lipid hydroperoxides 121, 193 Dil-acLDL 121, 63 Lipid peroxides 121, 275 Lipids 121, 35 Elderly 121, 267 Lipoprotein 121, 139 Endothelium 121, 253, 63 Lipoprotein(a) 121, 13 Estrogen 121, 129, 217 Lipoprotein lipase 121, 75 302 Subject index vol. 121 (1996) Lipoproteins 121, 13, 35 Platelet 121, 205 Low density lipoprotein 121, 55 Platelet aggregation 121, 231 Low density lipoprotein molecular weight 121, 217 Peritoneal macrophage 121, 231 Low density lipoprotein subfractionation 121, 217 Progesterone 121, 129, 217 Lymphocytes 121, 175 Protein kinase C 121, 119 PTCA 121, 167, 185 Macrophage 121, 151 Macrophage differentiation 121, 253 Rabbit aorta 121, 45 Macrophage phenotype 121, 245 Rabbits 121, 129 Macrophage proliferation 121, 245 Receptor 121, 151 Macrophage (rat) 121, 205 Restenosis 121, 167 Malondialdehyde modification 121, 55 Medial damage 121, 45 Scavenger receptor 121, 63 Membrane lipids 121, 175 Serum thiocyanate 121, 23 Methylenetetrahydrafolate reductase 121, 293 Smoking 121, 23 Monocytes 121, 93 Smooth muscle cells 121, 63 Mouse peritoneal macrophage 121, 55 Muscle contraction 121, 167 F Mutation 121, 105 Tamoxifen 121, 217 TBARS 121, 193 (n-3) fatty acids 121, 231 Testosterone replacement therapy 121, 35 121, 217 Thromboxane 121, 205, 231 Nonhuman primates Non-insulin dependent diabetes mellitus 121, 275 Tissue factor 121, 231 a-Tocopherol 121, 193 Oral contraceptives 121, 205 Tranilast 121, 167 Oxidation 121, 63 Triglyceride 121, 13 Oxidative modification 121, 55 Triglycerides 121, 85 Oxidative stress 121, 205 Tyrosine kinase 121, 119 Oxidized low density lipoprotein 121, 93 Vitamin E 121, 275 Partial deletion 121, 105 VLDL substrate kinetics 121, 75 Phospholipase D 121, 119 PKH-2 121, 63 Weight 121, 85 e o t c u See oN, Be - ie