Table Of Content

Toxicology Letters ELSEVIER Toxicology Letters 93 (1997 Author index Volume 93 (1997) Agarwal, D.K., see Chauhan, L.K.S. 93, 153 glyoxal on antioxidant enzymes and oxidative damage 93 Anderson, L.M., see Sipowicz, M.A. 93, 9 14] Angel Sogorb, M., N. Diaz-Alejo, M.C. Pellin, E. Vilanova ozmei, C., see Cantemir, ¢ 93, 87 Inhibition and aging of neuropathy target esterase by the stereoisomers of a phosphoramidate related to methami Diaz-Alejo, N., see Angel Sogorb, M. 93, 95 dophos 93, 95 Diaz-Mufioz, M., see Santamaria, A. 93, 117 Anglade, F., see Fernandez, Y. 93, 65 Ardelt, B.. see Kanthasamy, A.G. 93, 47 ma, M., E. Miyawaki, A. Harazono, K. Kawashima, Devel- Aruna, R., see Jagetia, G.C 93, 205 opmental toxicity evaluation of phthalic acid, one of the Azzalis, L.A., see Boveris, A. 93, 23 metabolites of phthalic acid esters, in rats 93, 109 scalante-Membrillo, C., C. Paz, Development of an experi Baez, A., see Gonzalez, M. 93, 55 mental model of epilepsy in rats exposed to ozone 93, 103 Banderas, J.A., see Gonzalez, M. 93, 55 Espinoza-Gonzalez, V., see Santamaria, A. 93, 11 Ban, M., D. Hettich, M. Goutet, P. Bonnet, TDI inhalation in guinea-pigs involves migration of dendritic cells 93, 185 Fernandez, Y., F. Anglade, S. Mitjavila, Potentiation of iron- Baynes, R.E., N.A. Monteiro-Riviere, G.L. Qiao, J.E. Riviere induced lipid peroxidation by a series of bipyridyls in rela- Cutaneous toxicity of the benzidine dye direct red 28 ap- tion to their ability to reduce iron 93, 65 plied as mechanistically-defined chemical mixtures (MDCM) Fischer, N.E., see Inaba, T. 93, 215 in perfused porcine skin 93, 159 Becker, D., see Schuppe, H.-( 93, 125 Giavarotti, | see Boveris, A 93, 23 Belmont, R., see Gonzalez, M. 93, 55 Gleichmann, E., see Schuppe, H.-C. 93, 125 Bonnet, P., see Ban, M. 93, 185 Gonzalez-Cid, M., |. Larripa, |. Slavutsky, Vinorelbine: cell Boveris, A., S. Liesuy, L.A. Azzalis, L. Giavarotti, K.A cycle kinetics and differential sensitivity of human Simon, V.B.C. Junqueira, E.A. Porta, L.A. Videla, E.A lymphocyte subpopulations 93, 171 Lissi, In situ rat brain and liver spontaneous chemilumines Gonzalez, M., J.A. Banderas, A. Baez, R. Belmont, Salivary cence after acute ethanol intake 93, 23 lead and cadmium in a young population residing in Mexico Butler, A.M., see Murray, M. 93, 195 city 93, 55 Goutet, M., see Ban, M 93, 185 Cantemir, C., C. Cozmei, B. Scutaru, S. Nicoara, E. Cara sevici, p53 Protein expression in peripheral lymphocytes Haddad,S ., R. Tardif, J.W ithey, K. Krishnan, Rateo f pyrene from atrazine chronically intoxicated rats 93, 87 metabolism in rat liver post-mitochondrial fractions 93 arasevici, E., see Cantemir, C. 93, 87 177 handra, D., see Choudhary, D. 93, 141 Harazono, A., see Ema, M. 93, 109 hauhan, L.K.S.. D.K. Agarwal, V. Sundararaman, In vivo Hettich, D., see Ban, M. 93, 185 induction of sister chromatid exchange in mouse bone mar- Hidaka, T., see Inaba, T. 93, 215 row following oral exposure to commercial formulations of alpha-cyano pyrethroids 93, 153 Inaba, T.. N.E. Fischer, D.S. Riddick, D.J. Stewart, T. Hi- heng, Y.-W., see Kang, J.-J. 93, 39 daka, HIV protease inhibitors, saquinavir, indinavir and heng, Y.-W., see Ueng, T.-H. 93, 2 ritonavir: inhibition of CYP3A4-mediated metabolism of hiang, L.Y., see Ueng, T.-H. 93, 29 testosterone and benzoxazinorifamycin, KRM-1648, in hu- houdhary, D., D. Chandra, R.K. Kale, Influence of methyl- man liver microsomes 93, 215 : Toxicology 4, Letters , ELSEVIER Subject index Volume 93 (1997) Acetaminopher Agonist 93 Allergic contact Alpha-cyanopyret Amygdala 93 Antioxidant enzyt Antioxidants 93 Aorta 93 Ascorbic acid 93 Atrazine 93, 8 Benzidine dye Benzoxazinorifa Bipyridyls 93 Bone marrow Brain 93 ) tetrachloride atalase 93. 47 ell proliferation 93 ellular compartmentaliz hemical mixtures 93 hemiluminescence 93 hromium(II1) chloride hronic 93 ommercial formulations 153 ‘ lyr issay 93, 125 ontact hypersensitivity 2 ig associated lymph nodes 93 utaneous toxicity 93 ypermethrin 93, 153 orphology — antibody — chr ytochrome P450 93, 195 ytochrome P450 3A4 93, ? Macrophage 93 Malathion 93 Deacetylation 93, 15 Malondialdehyde 93, 4 Deltamethrin 93, 153 Mast cell 93, 73 Dendritic cells 93, 185 Medetomidine 93 Developmental toxicity 93 ' Metallothionein 93, 13 Diazinon 93 Metallothionein-deficient 1 Dichlorofluorescin 93, 4 Methamidophos 93 Methylglyoxal 93 Endothelium 93, 3 Micronuclei 93, ? Enzyme induction 3. I Microsomes 93, 6 Mitochondrial dysfunction 93, 2' p53 protein 93, 87 Mouse 93, 205 P450 suppression 93, 29 Mouse bone marrow 93, 153 Pyrene 93, 177 Mouse sensitization 93 ‘ Pyridines 93 Nephrotoxicity 93, 15 Quinolinate neurotoxicity 93 Neuropathy target esterase Nitric oxide 93, 117 Rat 93, 109 Nitric oxide synthase 93 NMDA receptor 93, 11 Sakuraso-saponin Nw-nitro-L-arginin Saliva 93 SCI 93, 153 Organ distribution Sialochemistry 93 Organophosphate 93, 73 Spindle poisons Organophosphorus Sprague-Dawley Organophosphorus compound Stereoisomer 93, 95 Oxidation 93 5 Synaptosomal fractions 93, 117 Oxidative Teratogenicity 93, 109 Testosterone 93, 215 PAHs 3, 177 Toluene-2.4-diisocyanate 93, 185 PCE/NCE ratio 93 I oxic effect 93, 141 Peripheral lymphocytes I icol ogy 93. 55. 103 Phospholipase A, 93 I rivalent chromium 93, 9 Phosphoramidate 93 I umour necrosis factor-alpha 93 Phthalic acid 93, 109 Phthalic acid esters 93 ) Ibine (VRB) 93, | Picoline N-oxides 93 Platinum salt 93, | star rats 93, 8 Pollution 93, 55 Polycyclic aromatic