Table Of Content

TOXICOLOGY ELSEVIER Author index of volume 165 M 165 fsnes. M. 165 165 165 165 S 165 , ( 165 Ss S.N. 165 PI 165 he “M« 165. 75 »s P. 165 Ss S.A. 165 S 165 \ H.N. 165 s\ \.-¢ 165. 163 Ss Sk 165 165 165 \ 165. 153 or 5 ‘ 165. 225 D.1 165 M.P. 165 D.PM. R. 165 165, 5 ’ { 5 5 =ilsk i. M 1651 65 A. 16,8 igarkal 5 eber. S.1 ( 116655. 97 165. 153 PIL SO300-483X(01 )00478-4 TOXICOLOGY ELSEVIER Subject index of volume 165 Abamectin partat sferasc OX Benzoyl peroxide: An Rats . , 165, 225 Actin: ( kelet ‘ nis i Beryllium: ( Nc DP Acute lead 165icity: A Biomonitoring Adrenocortical cell: Ste Mict 165 cide 165 AICD: TCDD: hl ( ‘ : — Boric acid | 1654 Sulfl dry Anilofos: | Cadmiu6Smici ty; accZuimnuel ation Animal model: ( . aa Cadmium 165icity Zinc Antioxidants: Bc Carbon monoxide 165 Antioxidants Carboxvlesterases 165 4; ES-10 165 Apoptosis ( ¢ B depends . c f-Catenin:; Apoptosis: Bcl-2: p53 SK-N-MC cc mal SK-N-MC cells 165 Apoptosis \ rosodimet op! ¢ F Chemical-induced indirect effect icid Pret 0 c Apoptosis: TCDD; | C C : Rue 168 § Chromosomal aberrations: Siste: cronucieus Aspartate amin, otransferase 165 R 165. 189 : : Chronic beryllium disease: Ber netic susce] ib ’ Lv my Astroglia: Acute DP alleles 165 Ciliary beat frequency: O+ Comet assay: Chromosomal aberrations: Sister chromatid ex- Bel-2 Apopt IS. | te | s-Tndependent « . changes Mic Ol ! I ney Pesticides Biomonitot ronal SK-N-M¢ | 74 ng 168, 153 PIL SO300-48 sX(O1)004 Conventional toxicology > Gender: | 1645 M Genetic susceptibility CS: On i 165 Cyproterone acetate: ( Z lux 165 GFAP C vtokines Glutathione Glutathione Cytokines 1645 | Glutathione S-transferase Cytoskeleton 165 Nc ( 165 Hepatol 6Si. city Developmental immuno! 6Sicology 165 P Herbicide 165 Histopathology 2,4-Dichlorophenoxyacetic acid: P c | 165 HLA-DP alleles: B Diesel exhaust particles: P 165 M 165 Dogs \ 165 Immune response: B Ehrlich ascites carcinoma 165 Sulthy« M Immunochemistry: ( Epithelial cells: N \ " Immunocytochemistrs \ Immunol 6Sicity | 165 Interaction Fas: TCDD: | f | lsoproturon 165 Fetal or offspri. ng growth Kerati1n6o 5c ytes: B 1) hidney N Free radicals: A L.-T vrosine 165 Fumonisin Ic ( re h Lung cells ( Lymphocyte proliferation test: Be Peroxisome proliferator. PPAR | ) G ES-|( 165, 109 165 Pesticides: ( Macroarrays: Dix changes: Mic 165. 153 p53-Independent Malondialdehyde: Bx il SK-N-M¢ S PPAR alpha: Pe Metals: Mir 4, ES-10 165 Prenatal exposure " 165 Micronucleus frequency ( Primary culture Dogs 165 165 Nlicrotubules Proliferation B Kidne Nc Mineral particles Cyt Re Rats Aba Nephrol 6Sicity e 165 Kix Mic Reactive nitrogen species: Nit L-Tyrosine:E y Neuronal SK-N-MIC cells: Ay PCB 5 165 Reactive oxygen species: M Neutrophils Reactive oxygen species NF-KB: Be cies: L-Tyrosine: Epithe 165 Reactive oxygen species Nitric oxide Neutrophils 165, 65 Rat 165 Sister chromatid exchanges: ( Nitric oxide: | ( cleus equenc ( cies: L-T 165 \-nitrosodimethy lamine Soluble components: M pecies 165, 65 Cytokines: Reactive oxyvg Sphingoid bases nes: Mice 165 Oxidative damage: Nit iclive 165 Steroidogenesis ture 165, | Particulate matter with an aerodynamic diameter less than 10 microns: Diese! exhaust particles Toxicogenomics Macro Sulfhydryls: Bo 165 145 tion: Malondialdehyde topathology 165 PCB 52 Apoptosis p53-Independent Ne PCDD: Immuno! 6Sicits activation AICD Apoptosis ee ronal SK-N-MC ¢ I is 165 5] I cell activation; TCDD: Immun t poptosis Villin 165. 5 Mic Tear gas: OC: CS; Cilia eat Irequency White matter damage: ¢ che \r Toxicogenomics Zinc efflux: (