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Toxicology of Industrial Compounds

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Post-radiolabelling technology 184<br />

Prenatal effects 284, 285, 289<br />

Production volume triggers 280, 281<br />

Propylthiouracil (PTU) 260<br />

Protein adducts 73, 74, 79, 81, 184–90<br />

Protein-binding 258<br />

Pulmonary cell proliferation 118, 124–7<br />

Pulmonary hyperreactivity to industrial<br />

pollutants 128–9<br />

guinea-pig model 131–6<br />

rat model 134–7<br />

Pulmonary sensitization, mechanisms <strong>of</strong><br />

137–51<br />

Pulmonary toxic effects<br />

chrysotile asbestos fibres 116–30<br />

para-aramid fibrils 116–30<br />

Pulmonary uptake <strong>of</strong> organic solvents<br />

3–5<br />

Pyrethroid insecticides 238<br />

Pyromellitic dianhydride (PMDA) 152<br />

Quinone-thioethers 63<br />

Quinones 63–6<br />

Rad-equivalence values 192<br />

Radioallergosorbent tests (RAST) 138<br />

Radioimmunoassays 77<br />

Reactive airways dysfunction syndrome<br />

(RADS) 128, 148, 151, 153<br />

Reactive chemicals, metabolism 60–71<br />

Reactive compounds<br />

adduct formation <strong>of</strong> 74<br />

determination in unknown mixtures<br />

83–6<br />

determination <strong>of</strong> 71–88<br />

interaction with cellular constituents<br />

71–5<br />

Reactive metabolites 71<br />

Refractory ceramic fibres (RCFs) 91,<br />

99–2<br />

industrial hygiene studies 105<br />

Repeated dose toxicity 281<br />

Reproductive toxicity 279–298<br />

detecting effects on males 293<br />

evaluation for 282<br />

interpretation/extrapolation <strong>of</strong> 296–<br />

9<br />

INDEX 379<br />

labelling 296–9<br />

manifestations <strong>of</strong> 291–4<br />

methods for detecting effects on 282<br />

overlap <strong>of</strong> 281<br />

Respiratory allergic hypersensitivity<br />

137<br />

Restricted test systems 283<br />

Rifampicin 322<br />

Risk assessment 162–9, 166–84<br />

and exposure pr<strong>of</strong>iles 362–68<br />

approaches to 167–6<br />

cancer 188–6<br />

guidelines for 361<br />

in vitro approach 207–13<br />

mathematical procedures 369–3<br />

non-threshold effects 368<br />

peroxisome proliferation 229–5<br />

phenolic antioxidants 321–5<br />

physiologically based<br />

pharmacokinetic (PBPK) models in.<br />

See PBPK/PBTK models<br />

textile chemicals 315<br />

threshold effects 366–71<br />

see also Safety assessment<br />

RNA probes 211<br />

Rock (stone) wool 91, 102–5<br />

industrial hygiene studies 108<br />

R-phrases 364<br />

Safety assessment 361–74<br />

benzotriazole-based light stabilisers<br />

331–7<br />

see also Risk assessment<br />

Salmonella typhimurium 66<br />

SHIELD system 149<br />

Slag wool 91, 102–5<br />

industrial hygiene studies 108<br />

Solid phase assays 77<br />

Sperm analysis 284<br />

Spermatogenesis 284, 286, 288<br />

Structure-activity databases 282<br />

Structure-activity relationships,<br />

surfactants 344<br />

Styrene 38–38<br />

Styrene oxide 38–38<br />

Superoxide dismutase (SOD) 241<br />

Surface markers 200

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