Scandinavian Journal of Work, Environment & Health 1993: Vol 19 Index

9 Pages·1993·1.7 MB·English

AUTHOR INDEX
Ahlberg-Hulten G: Theorell et al, p 313 disorders among workers in the fish-processing indus-
Aitio A: Re: “Urinary styrene in the biological monitoring try, p 126
of styrene exposure” by F Gobba, C Galassi, S Ghittori, Christakopoulos A, et al: Monitoring occupational exposure
M Imbriani, F Pugliese, A Cavaleri. Scand J Work to styrene from hemoglobin adducts and metabolites
Environ Health 1993;19:175—82 (letter to the Editor), in blood, p 255
p 432 Christoffersen T, Gronvold Olsen E: Injury to the cornea
Aitio A: see Brune et al, suppl 1 p 39 due to fish bile, p 358
Akkerman M: see Fowler et al, supp! 1 p 101 Ciccone G: see Rodella et al, p 369
Alessio L, et al: Biological monitoring of cadmium expo- Clausen KO: see Hansteen et al, p 375
sure — an Italian experience, suppl 1 p 27 Coggon D, Wield G: Mortality of army cooks, p 85
Alessio L: see Vesterberg et al, suppl 1 p 19 Combs GF Jr: Essentiality and toxicity of selenium with re-
Alexander J: Risk assessment of selenium, suppl 1 p 122 spect to recommended dietary allowances and refer-
Alexander J: Toxicity versus essentiality of chromium, suppl ence doses, suppl 1 p 119
1 p 126 Conner EA: see Fowler et al, suppl 1 p 101
Amadori D: see Nanni etal, p 191 Cornelis R: Recommendations of the International Union
Andersen P: see Veiersted et al, p 284 of Pure and Applied Chemistry concerning analytical
Anttila S: see Karjalainen et al, p 102 quality criteria in the biological monitoring of toxic met-
Apostoli P: Alessio et al, supp! 1 p 27 als, suppl 1 p 14
Armstrong TJ, et al: A conceptual model for work-related Costa G, et al: Effect of bright light on tolerance to night
neck and upper-limb musculoskeletal disorders, p 73 work, p 414
Axelson O: Book review of Risk factors for cancer in the Costa M: Molecular targets of nickel and chromium in hu-
workplace, p 68 man and experimental systems, suppl 1 p 71
Axelson O: see Landtblom et al, p 399 Cronje R: see Rees D, et al, p 236
Axelson O: Wingren & Axelson, suppl 1 p 95 Dossing M: see Beelum etal, p 55
Beelum J, et al: Hepatic metabolism of toluene after Dourson ML: Reference dose of the United States Envi-
gastrointestinal uptake in humans, p 55 ronmental Protection Agency, suppl 1 p 115
Barregard L: Biological monitoring of exposure to mercury Dreyer NA: see Lanes et al, p 426
vapor, suppl 1 p 45 Driscoll TR: see Erlich et al, p 162
Berglund M, et al: Health risk evaluation of nitrogen ox- Dujic Z, et al: Association between asbestos-related pleu-
ides, suppl 2 ral plaques and resting hyperventilation, p 346
Berglund M: see Bjerre et al, p 154 Dunn DE: see Morata et al, p 245
Bergmark E: see Christakopoulos et al, p 255 Ekesrydh S: see Jakobsson Lagerkvist et al, suppl 1 p 50
Bjerre B, et al: Blood lead concentrations of Swedish pre- Elinder C-G: see Wesseling et al, p 227
school children in a community with high lead levels Elinder C-G: see Langworth et al, p 405
from mine waste in soil and dust, p 154 Elinder C-G: see Seidal et al, p 429
Blair A: see Hoar Zahm et al, p 108 Elinder C-G: see Friberg & Elinder, supp! 1 p 7
Bloom TF: see Walker et al, p 89 Ellingsen DG, et al: Urinary mercury excretion in chioralkali
Bodelier-Bade MM: see Van Rooij et al, p 200 workers after the cessation of exposure, p 334
Boffetta P, et al: Carcinogenicity of mercury and mercury Ellingsen DG: see Hansteen et al, p 375
compounds, p 1 Englyst V: see Jakobsson Lagerkvist et al, suppl 1 p 50
Boffetta P: Carcinogenicity of trace elements with refer- Erlich SM, et al: Work-related agricultural fatalities in Aus-
ence to evaluations made by the International Agency tralia, 1982—1984, p 162
for Research on Cancer, supp! 1 p 67 Eterovic D: see Duji¢ et al, p 346
Boffetta P: Carcinogenicity of trace elements: report of a Ewetz L: see Berglund et al, suppl 2
panel discussion, suppl 1 p 110 Falcini F: see Nanni et al, p 191
Bongers PM, et al: Psychosocial factors at work and mus- Faustini A: see Forastiere et al, p 382
culoskeletal disease, p 297 Fine LJ: see Armstrong et al, p 73
Boosalis MG: see McClain et al, suppl 1 p 132 Fingerhut MA: see Walker et al, p 89
Borgia P: see Forastiere et al, p 382 Flodin U: see Landtblom et al, p 399
Bostrém C-E: see Berglund et al, supp! 2 Foo SC: see Chia et al, p 264
Bovenzi M: Digital arterial responsiveness to cold in healthy Forastiere F, et al: Cancer among farmers in central Italy,
men, vibration white finger and primary raynaud’s phe- p 382
nomenon, p 271 Forni A: Alessio et al, supp! 1 p 27
Boxer PA, Wild D: Psychological distress and alcohol use Fowler B: Reference values for the biological monitoring
among fire fighters, p 121 of trace elements in environmental and occupational
Brune D, et al: Normal concentrations of chromium in se- health: report of a panel discussion, suppl 1 p 65
rum and urine — a TRACY project, suppl 1 p 39 Fowler BA, et al: Cancer risks for humans from exposure
Brune D: see Vesterberg et al, supp! 1 p 19 to the semiconductor metals, supp! 1 p 101
Buckle P: see Armstrong et al, p 73 Friberg L, Elinder C-G: Biological monitoring of toxic met-
Buiatti E: see Nanni et al, p 191 als, suppl 1 p 7
Burdorf A: Bias in risk estimates from variability of expo- Frommer MS: see Erlich et al, p 162
sure to postural load on the back in occupational Galassi C: see Gobba et al. p 175
groups, p 50 Galassi C: see Gobba et al, p 433
Bylin G: see Berglund et al, supp! 2 Gan SC: see Chia et al, p 264
Cantor KP: see Hoar Zahm et al, p 108 Gemne G: Book review of Hand-transmitted vibration: clini-
Castillo L: see Wesseling et al, p 227 cal effects and pathophysiology. Part |: report of a
Cavalleri A: see Gobba et al, p 175 working party; part Il: background papers, p 436
Cavalleri A: see Gobba et al, p 433 Gerhardsson L, Nordberg GF: Lung cancer in smelter work-
Cavariani F: see Forastiere et al, p 382 ers — interactions of metals as indicated by tissue lev-
Chang P-Y: see Chiang et al, p 126 els, suppl 1 p 90
Chen S-S: see Chiang et al, p 126 Gerhardsson L: see Vesterberg et al, supp! 1 p 19
Chia SE, et al: Neurobehavioral functions among workers Gerhardsson L: see Brune et al, suppl 1 p 39
exposed to manganese ore, p 264 Gerhardsson L: see Skerfving et al, suppl 1 p 59
Chiang H-C, et al: Prevalence of shoulder and upper-limb Ghirlanda G: see Costa et al, p 414
Ghittori S: see Gobba et al, p 175 Kjuus H: see Ellingsen et al, p 334
Gobba F, et al: Urinary styrene in the biological monitor- Kjuus H: see Hansteen et al, p 375
ing of styrene exposure, p 175 Ko Y-C: see Chiang et al, p 126
Gobba F, et al: Authors’ reply (letter to the Editor), p 433 Kolmodin-Hedman B: Book review of Unusual occupational
Goldie |: see Stenlund etal, p 43 diseases, p 294
Gronvold Olsen E: see Christoffersen & Gronvold Olsen, Kompier MAJ: Bongers et al, p 297
p 358 Kretschmer LW: see Morata et al, p 245
Grandjean P, et al: Excess cancer incidence among work- Kriebel D: see Zappa et al, p 16
ers exposed to fluoride, supp! 1 p 108 Kristensen TS, Lynge E: Lung cancer among butchers and
Graneek BJ: see Venables et al, p 342 slaughterhouse workers, p 137
Gulsvik A: see Thorsen et al, p 115 Kuorinka IAA: see Armstrong et al, p 73
Gustafsson L: see Berglund et al, suppl 2 Kurttio P, et al: Chromosome aberrations in peripheral
Hanninen O: see Toivanen et al, p 319 lymphocytes of workers employed in the plywood in-
Hagberg M: see Stenlund etal, p 43 dustry, p 132
Hagberg M: see Armstrong et al, p 73 Kyyr6nen P: see Karjalainen et al, p 102
Halperin WE: see Walker et al, p 89 Lansimies E: see Toivanen et al, p 319
Hansteen I-L, et al: Chromosome aberrations in chloralkali Landtblom A-M, et al: Multiple sclerosis and exposure to
workers previously exposed to mercury vapor, p 375 solvents, ionizing radiation and animals, p 399
Hansteen I-L: see Skyberg et al, p 29 Lanes S, et al: Mortality update of cellulose fiber produc-
Harrison JE: see Erlich et al, p 162 tion workers, p 426
Harsbo K: see Bjerre et al, p 154 Langard S: Role of chemical species and exposure char-
Hedberg GE, et al: Risk indicators of ischemic heart dis- acteristics in cancer among persons occupationally
ease among male professional drivers in Sweden, p exposed to chromium compounds, 81
326 Langard S: see Ellingsen et al, p 334
Heikkila L: see Karjalainen et al, p 102 Langendoen S: see Hedberg et al, p 326
Hellman B: see Bjerre et al, p 154 Langworth §S, et al: Minor effects of low exposure to inor-
Hémon D: see Sticker et al, p 148 ganic mercury on the human immune system, p 405
Hennig B: see McClain et al, supp! 1 p 132 Lehtinen S: Book review of Increasing productivity and profit
Herber R: see Vesterberg et al, suppl 1 p 19 through health and safety: case studies in successful
Hernberg S: The International Commission on Occupational occupational health and safety practice, p 437
Health: past and present, p 66 Leigh J: see Erlich et al, p 162
Hertz-Picciotto |, Smith AH: Observations on the dose- Lemasters GK: see Morata et al, p 245
response curve for arsenic exposure and lung cancer, Lugaresi C: see Nanni et al, p 191
p 217 Lundberg P: Book review of Mechanisms of carcinogenesis
Heseltine E: see Vainio et al, p 291 in risk identification, p 294
Heseltine E: see Vainio et al, p 360 Lynge E: see Kristensen & Lynge, p 137
Hildebrandt VH: Bongers et al, p 297 Maki-Paakkanen J: see Christakopoulos et al. p 255
Hoar Zahm §S, et al: Role of the herbicide atrazine in the Molhave L: see Beelum etal, p 55
development of non-Hodgkin’s lymphoma, p 108 Malmberg P: Book review of Occupational lung disease, p
Hogstedt C: see Stenlund etal, p 43 135
Holmes FF: see Hoar Zahm et al, p 108 Mandereau L: see Sticker et al, p 148
Honoré Hansen S: see Bzelum et al, p 55 Martikainen Pi: see Pasanen et al, p 421
van der Horst FGEM, et al: Morbidity among unemployed Martin BJ: see Park & Martin, p 35
and work-incapacitated men in The Netherlands, p 168 McClain CJ, et al: Zinc and the stress response, suppl 1 p
Imbriani M: see Gobba et al, p 175 132
Imbriani M: see Gobba et al, p 433 McClain ML: see McClain et al, suppl 1 p 132
Jacobsson KA: see Hedberg et al, p 326 McGregor DB: see Vainio et al, p 291
Jarventaus H: see Kurttio et al, p 132 Merler E: see Boffetta et al, p 1
Jakobsson Lagerkvist B, et al: Biological monitoring of ar- Mertz W: Risk assessment of essential elements, supp! 1
senic, lead and cadmium in occupationally and envi- p 112
ronmentally exposed pregnant women, suppl 1 p 50 Miceli M: see Forastiere et al, p 382
Janlert U: see Hedberg et al, p 326 Miligi L: see Petrelli et al, p 63
Jeyaratnam J: see Chia et al, p 264 Minors DS: see Costa et al, p 414
Jodko M: Theorell et al, p 313 Moldéus P: see Berglund et al, suppl 2
Jonsson BAG, Skerfving S: Toxicokinetics and biological Morata TC, et al: Effects of occupational exposure to or-
monitoring in experimental exposure of humans to gas- ganic solvents and noise on hearing, p 245
eous hexahydrophthalic anhydride, p 183 Muris JWM: see van der Horst et al, p 168
Jorgensen N: see Seidal et al, p 429 Myers J: see Rees D, et al, p 236
Johnson JV, Stewart WF: Measuring work organization ex- Nanni O, et al: Iterative use of a priori exposure matrices
posure over the life course with a job-exposure ma- to improve the characterization of chemical exposures
trix, p 21 in agricultural work studies, p 191
Jokela V: see Toivanen et al, p 319 Newman Taylor AJ: see Venables et al, p 342
Jongeneelen FJ: see Van Rooij et al, p 200 Nielsen FH: see Uthus & Nielsen, suppl 1 p 137
Jonsson B: see Armstrong et al, p 73 Goyer RA: Concluding remarks on the toxicity of essential
Juel K: see Grandjean et al, supp! 1 p 108 metals, suppl 1 p 139
Kalliokoski P: see Kurttio et al, p 132 Nijhuis FJN: see van der Horst et al, p 168
Kalliokoski P: see Pasanen et al, p 421 Nilsson U, Skerfving S: In vivo X-ray fluorescence meas-
Kambestad BK: see Thorsen et al, p 115 urements of cadmium and lead, suppl 1 p 54
Karjalainen A, et al: Lobe of origin of lung cancer among Nilsson U: see Skerfving et al, supp! 1 p 59
asbestos-exposed patients with or without diffuse in- Nord E: see Wannag & Nord, p 394
terstitial fibrosis, p 102 Nordberg G: see Brune et al, suppl 1 p 39
Karliqvist L: see Wiktorin et al, p 208 Nordberg GF: Cadmium carcinogenesis and its relation-
Karlsson M: see Landtblom et al, p 399 ship to other health effects in humans, suppl 1 p 104
Kazantzis G: see Vesterberg et al, suppl 1 p 19 Nordberg GF: see Vesterberg et al, supp! 1 p 19
Keinanen J: see Pasanen et al, p 421 Nordberg GF: see Jakobsson Lagerkvist et al, supp! 1 p 50
Keith RW: see Morata et al, p 245 Nordberg GF: Gerhardsson & Nordberg, suppl 1 p 90
Kielkowski D: see Rees D, et al, p 236 Nordberg S: see Berglund et al, supp! 2
Kilbom A: see Armstrong et al, p 73 Norppa H: see Kurttio et al, p 132
Norppa H: see Christakopoulos et al, p 255 Sticker |, et al: Relationship between birthweight and oc-
O'Flaherty EJ: Chromium as an essential and toxic metal, cupational exposure to cytostatic drugs during or be-
suppl 1 p 124 fore pregnancy, p 148
Okun AH: see Walker et al, p 89 Sunderman FW Jr: Biological monitoring of nickel in hu-
Olsen JH: see Grandjean et al, suppl 1 p 108 mans, suppl 1 p 34
Oskarsson A: Risk assessment of essential trace elements Sunderman FW Jr: Search for molecular mechanisms in
— considerations from the Swedish National Food Ad- the genotoxicity of nickel, supp! 1 p 75
ministration, supp! 1 p 113 Sundqvist K-G: see Langworth et al, p 405
Osterman-Golkar S: see Christakopoulos et al, p 255 Terenzoni B: see Forastiere et al, p 382
Paci E: see Zappa et al, p 16 Theorell T, et al: Influence of job strain and emotion on
Palhagen S: see Landtblom et al, p 399 blood pressure in female hospital personnel during
Park H-S, Martin BJ: Contribution of the tonic vibraticn workhours, p 313
reflex to muscle stress and muscle fatigue, p 35 Thomassen Y: see Ellingsen et al, p 334
Partanen T: Formaldehyde exposure and respiratory can- Thorsen E, et al: Pulmonary function one and four years
cer — a meta-analysis of the epidemiologic evidence, after a deep saturation dive, p 115
p 8 Tian CS: see Chia et al, p 264
Partensky C: see Vainio et al, p 360 Tocilj J: see Duji_ et al, p 346
Pasanen A-L, et al: Microbial growth on respirator filters Toffoletto F: Alessio et al, suppl 1 p 27
from improper storage, p 421 Toivanen H, et al: Impact of regular relaxation training on
Pershagen G: see Berglund et al, suppi 2 the cardiac autonomic nervous system of hospital
Perucci CA: see Forastiere et al, p 382 cleaners and bank employees, p 319
Petrelli G, et al: Solvents in pesticides, p 63 de la Torre B: see Theorell et al, p 313
Prasad AS: Essentiality and toxicity of zinc, supp! 1 p 134 Uthus EO, Nielsen FH: Determination of the possible re-
Pugliese F: see Gobba et al, p 175 quirement and reference dose levels for arsenic in
Quercia A: see Forastiere et al, p 382 humans, suppl 1 p 137
Rasanen T: see Salminen et al, p 352 Vahter M: see Seidal et al, p 429
Rapiti E: see Forastiere et al, p 382 Vainio H, et al: Meeting of the IARC working group on oc-
Rees D, et al: Solvent exposure, alcohol consumption and cupational exposures of hairdressers and barbers and
liver injury in workers manufacturing paint, p 236 on some colorings and dyestuffs, p 291
Rege-Cambrin G: see Rodella et al, p 369 Vainio H, et al: Meeting of the IARC working group on be-
Ricci M: see Nanni et al, p 191 ryllium, cadmium, mercury and exposures in the glass
Rodella S, et al: Cytogenetics and occupational exposures manufacturing industry, p 360
in acute nonlymphocytic leukemia and myelodysplastic Vainio H: see Boffetta et al, p 1
syndrome, p 369 Vainio H: see Karjalainen et al, p 102
Rothman KJ: see Lanes et al, p 426 Van Lieshout EMA: see Van Rooij et al, p 200
Roto P: Book review of Occupational health in developing Van Rooij JGM, et al: Effect of the reduction of skin con-
countries, p 69 tamination on the internal dose of creosote workers
Ruuskanen J: see Pasanen et al, p 421 exposed to polycyclic aromatic hydrocarbons, p 200
Saarela KL: see Salminen et al, p 352 Veiersted KB, Westgaard RH: Development of trapezius
Saari J: see Salminen et al, p 352 myalgia among female workers performing light manual
Sabbioni E: see Vesterberg et al, supp! 1 p 19 work, p 277
Salminen S, et al: Organizational factors influencing seri- Veiersted KB, et al: Electromyographic evaluation of mus-
ous occupational accidents, p 352 cular work pattern as a predictor of trapezius myalgia,
Sandstead HH: Zinc requirements, the recommended di- p 284
etary allowance and the reference dose, suppl 1 p 128 Venables KM, et al: Bronchial responsiveness and the re-
Schitz A: see Skerfving et al, supp! 1 p 59 producibility of forced expiratory volume in one second,
Segadal K: see Thorsen et al, p 115 p 342
Seidal K, et al: Fatal cadmium-induced pneumonitis, p 429 Vesterberg O, et al: International project for producing ref-
Seniori Costantini A: see Zappa et al, p 16 erence values for concentrations of trace elements in
Settimi L: see Forastiere et al, p 382 human blood and urine — TRACY, suppl 1 p 19
Siepi G: see Petrelli et al, p 63 Vesterberg O: see Brune et al, suppl 1 p 39
Sigala F: Theorell et al, p 313 Victorin K: see Berglund et al, suppl 2
Silverstein BA: see Armstrong et al, p 73 Viikari-Juntura ERA: see Armstrong et al, p 73
Sjégren B: see Seidal et al, p 429 Vineis P: see Petrelli et al, p 63
Sjogaard G: see Armstrong et al, p 73 Vineis P: see Rodella et al, p 369
Skerfving S, et al: Biological monitoring of inorganic lead, Vistnes Al: see Skyberg et al, p 29
suppl 1 p 59 Walker JT, et al: Mortality of workers employed in shoe
Skerfving S: see J6nsson & Skerfving, p 183 manufacturing, p 89
Skerfving S: see Nilsson & Skerfving, supp! 1 p 54 Wannag A: Classification system for work in occupational
Skyberg K, et al: Chromosome aberrations in lymphocytes health services, p 390
of high-voltage laboratory cable splicers exposed to Wannag A, Nord E: Work content of Norwegian occupa-
electromagnetic fields, p 29 tional physicians, p 394
Smith AH: see Hertz-Picciotto & Smith, p 217 Waterhouse JM: see Costa et al, p 414
Smulevich VB: see Solionova & Smulevich, p 96 Weisenburger DD: see Hoar Zahm et al, p 108
Soden KJ: see Lanes et al, p 426 Wesseling C, et al: Pesticide poisonings in Costa Rica, p
Soderlund N: see Rees D, et al, p 236 227
Séderberg H-A: see Jakobsson Lagerkvist et al, supp! 1 p Westgaard RH: see Veiersted & Westgaard, p 277
50 Westgaard RH: see Veiersted et al, p 284
Sdderfeldt B: see Landtblom et al, p 399 Wield G: see Coggon & Wield, p 85
Solionova LG, Smulevich VB: Mortality and cancer inci- Wiktorin C, et al: Validity of self-reported exposures to work
dence in a cohort of rubber workers in Moscow, p 96 postures and manual materials handling, p 208
Song E: see Rees D, et al, p 236 Wilbourn J: see Vainio et al, p 360
Sorsa M: see Kurttio et al, p 132 Wild D: see Boxer & Wild, p 121
Stenlund B, et al: Shoulder tendinitis and its relation to Wingren G, Axelson O: Epidemiologic studies of occupa-
heavy manual work and exposure to vibration, p 43 tional cancer as related to complex mixtures of trace
Stern FB: see Walker et al, p 89 elements in the art glass industry, supp! 1 p 95
Stewart WF: see Johnson & Stewart, p 21 Winkel J: see Wiktorin et al, p 208
Stockholm MUSIC | study group: see Wiktorin et al, p 208 de Winter CR: Bongers et al, p 297
Working Group on the Epidemiology of Hematolym- Yu H-S: see Chiang et al, p 126
phopoietic Malignancies in Italy: see Rodella et al, Zappa M, et al: Lung cancer among textile workers in the
p 369 Prato area of Italy, p 16
Wu T-N: see Chiang et al, p 126 Zorcec V: see Christakopoulos et al, p 255
Yamauchi H: see Fowler et al, supp! 1 p 101
INDEX OF KEY TERMS
1,2-dichloroethane, 63 biological markers, suppl 2 classification, 394
1,4-dioxane, 63 biochemical mechanisms, suppl 2 classification system, 390
2-nitropropane, 63 biological monitoring, 175 183, 432, clastogenicity, 132
a priori exposure matrices, 191 433, 200, suppl 1 p 7, suppl 1 p 14, cobalt, supp! 1 p 14, suppl 1 p 90
a priori matrices, 191 suppl 1 p 27, suppl 1 p 34, suppl 1 cohort, 96
absorption, suppl 2 p 45, suppl 1 p 50, suppl 1 p 54, cohort study, 96
acetone, 89 supp! 1 p 59, supp! 1 p 65 cold, 271
activity blood pressure, 313 biomarker of exposure, suppl 1 p 71 cold provocation test, 271
activity patterns, suppl 2 birthweight, 148 colon cancer, 85, 382
acute effects, suppl 2 blood, 255, 264, suppl 1 p 7, suppl 1 colorings, 291
acute nonlymphocytic leukemia, 369 p 19, supp! 1 p 45, suppl 1 p 59, combustion products, 137
adults, suppl 2 suppl 2 community, 154
adverse effects, suppl 1 p 45 blood cadmium, suppl 1 p 27 complex mixtures, supp! 1 p 95
agricultural fatalities, 162 blood lead concentrations, 154 concentrations, suppl 2
agricultural work studies, 191 blood pressure, 313 conceptual model, 73
agricultural workers, 227 body fluids, suppl 2 contribution, 35
agriculture, 108, 382 body mass index, 313 controlled studies, suppl 2
air, 183 body organs, suppl 2 conversion factors, supp! 1 p 140
air quality, suppl 2 bone, suppl 1 p 54, supp! 1 p 59 coping, 319
airway responsiveness, suppl 2 bricklayer, 43 copper, supp! 1 p 14
airway resistance, suppl 2 bright light, 414 cornea, 358
alcohol, 236 bronchial responsiveness, 342 cortisol, 313, 414
alcohol consumption, 236 bus drivers, 326 Costa Rica, 227
alcohol use, 121 butchers, 137 coveralls, 200
alcoholism, 121 cadmium, 360, suppl 1 p 14, suppl 1 p creosote workers, 200
alkenes, suppl 2 50, suppl 1 p 54, suppl 1 p 90 critical effects, suppl 1 p 104
allergens, suppl 2 cadmium carcinogenesis, supp! 1 p critical organ, suppl 1 p 45
alternative break, 319 104 cross-sectional study, 29, 313
alveolar air, 55 calcium chromate, suppl 1 p 81 cumulative exposure assessment, 191
alveolar macrophages, suppl 2 cadmium exposure, suppl 1 p 27 cumulative trauma disorders, 73
alveolar permeability, suppl 2 cadmium-induced pneumonitis, 429 cytogenetic biomonitoring, 132
amalgam, suppl! 1 p 45 cancer, 1, 108, 382, suppl 1 p 67, cytogenetics, 369
ambient air, suppl 2 suppl 1 p 81 cytokines, 405
analytical quality criteria, suppl 1 p 14 cancer epidemiology, 1 cytostatic drugs, 148
animal studies, suppl 2 cancer incidence, 96, supp! 1 p 108 deep saturation dive, 115
animals, 399 cancer risks, suppl 1 p 101 dehydroepiandrosterone sulfate, 313
antibody response, suppl 1 p 90 cancer studies, suppl 2 dental amalgam, 405
antibody-forming cells, suppl 2 capillary blood, 154 deoxyribonucleic acid, suppl 1 p 71
antimony, suppl 1 p 95, suppl 1 p 101, carbon tetrachloride, 63 depression, 121
suppl2 carboxyhemoglobin, 426 dermal exposure, 200
antioxidant defense systems, supp! 2 carcinogenic potency, suppl 1 p 81 descriptive epidemiology, 227
application, suppl 2 carcinogenicity, 1, 426, suppl 1 p 67, determination, 183, suppl 1 p 137,
army cooks, 85 suppl 1 p 110 suppl 2
aromatic amines, 297 cardiac autonomic nervous system, deterministic effects, suppl 1 p 104
arsenic, suppl 1 p 14, suppl 1 p 50, 319 developing country, 227
suppl 1 p 90, suppl 1 p 101, suppl 1 cardiovascular, supp! 1 p 95 development, 277
p 137 cardiovascular disease, 426 differential bias, 208
arsenic exposure, 217 carpal tunnel syndrome, 73, 126 diffuse interstitial fibrosis, 102
art glass industry, suppl 1 p 95 case report, 429 digital arterial responsiveness, 271
asbestos, 16 case-referent study, 16, 108, 382, 399 dispersion models, suppl 2
asbestos-exposed patients, 102 catecolamines, 414 distribution, 183
asbestos-related pleural plaques, 346 cellular immunity, supp! 2 diving, 115
asbestosis, 102 cellulose fiber production workers, 426 DNA protein cross-links, supp! 1 p 71
asthma, 342, suppl 2 central nervous system, 1, suppl 1 p dose, suppl 1 p 7
asthmatic subjects, suppl 2 45 dose markers, suppl 2
atmospheric chemistry, supp! 2 cerebrovascular disease, 85 dose-response, 73
atrazine, 108 cessation of exposure, 334 dose-response curve, 217
auditory system, 245 characterization of chemical expo- dose-response relationships, suppl 1
Australia, 162 sures, 191 p 104
autoantibodies, 405 chelating agent, suppl 1 p 59 dust, 154
back, 50 chemical exposures, 191 dyestuffs, 291
back pain, 297 chemical properties, suppl 2 dyspnea, 346
bacteria, 421 chemical species, suppl 1 p 81 education, 313
bank employees, 319 children, 154, 162 electromagnetic fields, 29
barbers, 291 chloralkali workers, 1, 334, 375 electromyographic evaluation, 284
benzene, 63 chloroform, 63 electron microscopy, 102
beryllium, 360 chromium, suppl 1 p 14, suppl 1 p 39, emotion, 313
bias, 50 supp! 1 p 71, supp! 1 p 90, suppl 1 endogenous formation, suppl 2
biliary tract cancer, 426 p 124, suppl 1 p 126 environmental health, suppl 1 p 65
biological equivalent exposure limit, chromium compounds, suppl 1 p 81 environmental joad, 154
175, 432, 433 chromium trioxide, supp! 1 p 81 environmentally exposed, suppl 1 p 50
biological exposure index, 175, 432, chromosome aberrations, 29, 132, enzymes, suppl 2
433 369, 375, suppl 1 p 27 epicondylitis, 126
biological half-time, supp! 1 p 90 chronic obstructive bronchitis, suppl 2 epidemiologic, 399
epidemiologic evidence, 8 hearing, 245 life course, 21
epidemiologic methods, 217 heart rate variability, 319 light manual work, 277
epidemiologic perspective, 369 heavy manual work, 43 lipid peroxidation, suppl 2
epidemiologic studies, suppl 1 p 95, heavy metals, suppl 1 p 19 liver cancer, 426
suppl 2 hematological changes, suppl 2 liver enzymes, 236
epidemiology, 21, 50, 96, 108, 208, hematolymphopoietic malignancies, liver injury, 236
342, suppl 1 p 67 369 load, 43
ergonomic accident theory, 352 hemoglobin adducts, 255 lobe of origin, 102
ergonomics, 126, 208 hepatic extraction, 55 long-term exposure, suppl 2
essential elements, suppl 1 p 112 hepatic metabolism, 55 longitudinal, 21
essential metal, suppl 1 p 124 hepatotoxicity, 236 low exposure, 405
essential metals, suppl 1 p 139 herbicide, 108 lung, 1, 8, supp! 2
essential trace elements, suppl 1 p 113 herbicides, 108 lung cancer, 16, 85, 89, 102, 137, 217,
essentiality, supp! 1 p 119, suppl 1 p hexahydrophthalic acid, 183 suppl 1 p 81, suppl 1 p 90, suppl 1
126, supp! 1 p 134 hexahydrophthalic anhydride, 183 p 104
ethanol, 55 hexane, 89 lung disease, suppl 2
evaluation, 208, 390, 394, suppl 2 high-voltage laboratory cable splicers, lung function, 115, suppl 2
evaluation of health effects, suppl 2 29 lung injury, suppl 2
evaluations, suppl 1 p 67 histological cell type, 102 lung morphology, suppl 2
excess, suppl 1 p 108 history, 66 lung tissue, supp! 1 p 90
excretion, 183 hospital cleaners, 319 lung volume, suppl 2
excretion pathways, suppl 2 host defense, suppl 2 lymphocytes, 29
experimental animals, suppl 2 human blood, suppl 1 p 19 magnetic fields, 29
experimental exposure, 183 human exposure, suppl 2 male professional drivers, 326
experimental studies, supp! 2 human immune system, 405 manganese, suppl 1 p 14
experimental systems, suppl! 1 p 71 human systems, suppl 1 p 71 manganese ore, 264
exposed workers, 264, suppl 1 p 108 human urine, suppl 1 p 19 manual materials handling, 208
exposure, 29, 360, 399, suppl 1 p 7, humans, 55, 183, suppl 1 p 34, suppl masking, 414
supp! 1 p 45, suppl 1 p 101 1 p 101, suppl 1 p 104, suppl 1 p maximal expiratory flow-volume curve,
exposure assessment, 21, 217, 382 137, suppl 2 suppl 2
exposure characteristics, supp! 1 p 81 humid conditions, 421 measurement, 21, 50, suppl 1 p 54,
exposure Classification, 399 IARC working group, 291, 360 suppl 2
farmers, 63, 382 immune system, suppl 2 meat industry, 137
farms, 162 immunoglobulins, 405 meat packing, 137
fatal cadmium-induced pneumonitis, immunological diseases, 405 mechanical equipment, 162
429 impact, 319 mechanical wood processing, 132
fatality, 162 improper storage, 421 media, supp! 1 p 7
fatigue, 73 improvement, 191 meeting, 291, 360
female workers, 277 in vivo, suppl 1 p 54 melatonin, 414
female hospital personnel, 313 in vivo studies, supp! 2 mercury, 1, 360, supp! 1 p 14
finger systolic pressure, 271 in vitro studies, suppl 2 mercury compounds, 1, 360
fire fighters, 121 incapacity, 168 mercury excretion, 334
fish bile, 358 indium, supp! 1 p 101 mercury vapor, 334, 375, suppl 1 p 45
fish-processing industry, 126 indoor concentrations, suppl 2 meta-analysis, 8
fluoride, supp! 1 p 108 infectious agents, suppl! 2 metabolic effects, suppl 2
follow-up study, 426 injury, 358 metabolic fate, suppl 2
force control, 35 inorganic lead, suppl 1 p 59 metabolism, suppl 1 p 7
forced expiratory flow, suppl 2 inorganic mercury, 375, 405 metabolites, 55, suppl! 2
forced expiratory volume, 342, suppl 2 interaction, 55, 245, supp! 1 p 81, suppl metabolites in blood, 255
foreman, 43 1 p 90, suppl 2 metal concentrations, supp! 1 p 140
formaldehyde exposure, 8 internal dose, 200 metal exposure, suppl 1 p 50
formation of N-nitroso compounds, international project, suppl 1 p 19 metals, supp! 1 p 90, suppl 1 p 95
suppl2 International Union of Pure and Ap- methyl ethyl ketone, 89
fungi, 421 plied Chemistry, supp! 1 p 14 methylene chloride, 426
gallium, supp! 1 p 101 International Commission on Occupa- methylmercury, 1
gas chromatography-mass spectrom- tional Health, 66, 360 microbial growth, 421
etry, 255 International Agency for Research on microbiological contamination, 421
gaseous hexahydrophthalic anhydride, Cancer, 291, 360, suppl 1 p 67 microenvironmental monitoring, suppl
183 intervention study, 200 2
gastrointestinal uptake, 55 ionizing radiation, 399 micronuclei, 375
genetic effects, 1 iron, suppl! 2 mine waste, 154
genotoxic effect, 29 ischemic heart disease, 85, 326 mineral fibers, 102
genotoxic effects, 375 isolated cell systems, suppl 2 mineral oils, 16
genotoxicity, supp! 1 p 75, suppl 2 Italy, 16, 382, supp! 1 p 27 minor effects, 405
germanium, supp! 1 p 101 iterative use, 191 misclassification of exposure, 50
glass manufacturing industry, 360 job control, 21 mixed exposure, suppl 1 p 95
glass reinforced plastics, 175, 432, 433 job strain, 313, 326 molecular mechanisms, suppl 1 p 75
grading, suppl 1 p 39 job-exposure matrix, 21 molecular targets, supp! 1 p 71
guidelines, suppl 2 kidney, 1, suppl 1 p 45, supp! 1 p 54 monitoring occupational exposure, 255
hairdressers, 291 kidney cancer, 382 morbidity, 168
half-time, 183, 334 kinetics, 183, 334 mortality, 85, 89, 96, 426
hand-arm vibration, 35 lanthanum, suppl 1 p 90 mortality update, 426
health effects, supp! 1 p 104, suppl 2 lead, supp! 1 p 14, suppl 1 p 50, suppl Moscow, 96
healthy men, 271 1 p 54, supp! 1 p 59, supp! 1 p 90 motor function, 264
health risk, suppl 2 lead chromate, supp! 1 p 81 mucociliary clearance, suppl 2
health risk evaluation, suppl 2 lead level, 154 multiple sclerosis, 399
health service research, 390, 394 lethality, suppl 2 muscle stress, 35
healthy worker survivor effect, 217 leukemia, 63, 89 muscle fatigue, 35
muscle activity pauses, 284 pesticide poisonings, 227 1 p 113, supp! 1 p 122
muscle attachment inflammation, 43 pesticides, 63, 382 risk estimates, 50
muscular work pattern, 284 pharynx, 8 risk indicators, 326
musculoskeletal disorder, 43 physical activity, 326 rockblaster, 43
musculoskeletal disorders, 73 physical properties, suppl 2 rotogravure printers, 245
musculoskeletal disease, 297 physical work load, 208 rubber chemicals, 96
musculoskeletal symptoms, 297 plasma, 183 rubber workers, 96
myelodysplastic syndrome, 369 pleural plaques, 346 safety, 162
N-alkyl Edman procedure, 255 plywood industry, 132 selenium, supp! 1 p 14, suppl 1 p 90,
N-nitroso compounds, suppl 2 polycyclic aromatic hydrocarbons, 200, supp! 1 p 95, suppl 1 p 101, suppl 1
nasal, 8 suppl 2 p 119, suppl 1 p 122
nasopharynx, 8 postural load, 50 self-reported exposures, 208
neck and shoulder disorders, 277 Prato area, 16 semiconductor metals, suppl 1 p 101
neck disorder, 284 predictive value, 271 sensitive groups, suppl 2
neck disorders, 73 predictor, 284 sensitivity, 271
neck pain, 297 pregnancy, 148, supp! 1 p 50 serine proteinase inhibitor, supp! 1 p
neoplasms, 1 pregnancy outcome, 148 75
nephrotoxicity, suppl 1 p 104 pregnant women, suppl 1 p 50 serious occupational accidents, 352
nerve pathogenesis, 73 preschool children, 154 serum, supp! 1 p 39
nerve conduction, 264 pressure of work community, 352 serum nickel, suppl 1 p 34
neurobehavioral functions, 264 prevalence, 126 shift work, 414
Ni?*-binding proteins, suppl 1 p 75 prevention, suppl 1 p 81 shoe industry, 89
nickel, supp! 1 p 14, suppl 1 p 34, suppl previous exposure, 375 shoe manufacturing, 89
1p 71, suppl 1 p 75 primary Raynaud’s phenomenon, 271 short-term exposure, suppl 2
night work, 414 production, 1 shoulder disorder, 284
nitric oxide, suppl 2 professional drivers, 326 shoulder disorders, 126
nitrite, 137 prolactin, 313 shoulder girdle pain, 126
nitrogen oxides, suppl 2 properties, supp! 2 shoulder pain, 297
nitrogen dioxide, suppl 2 proprioception, 35 shoulder tendinitis, 43
nitrosamines, suppl 2 prospective design, 277, 284 size of company, 352
noise, 245 proteins, suppl 2 skin contamination, 200
non-Hodgkin’s lymphoma, 63, 108 psychological distress, 121 skin monitoring, 200
nonlinearity, 217 psychological factors, 291 slaughterhouse workers, 137
nonoccupational, suppl 1 p 39 psychological job strain, 21 small for delivery date, 148
normal concentrations, suppl 1 p 39 psychosocial factors, 297 smelter workers, supp! 1 p 90
normal levels, suppl 1 p 39 pulmonary function, 115, 346, suppl 2 smoking, 102
normal subjects, suppl 2 purification, 414 smoking habits, 326
normal values validation, supp! 1 p 19 questionnaire, 191, 208, 399 social support, 21, 326
Norway, 394 radicals, suppl 2 soil, 154
nucleic acids, suppl 2 radiological work, 399 soil exposure, 154
nurses, 148, 414 reaction, suppl 2 solvent, 426
occupation, 108, 148, 369 recommendations, supp! 1 p 14 solvent exposure, 236
occupational, 162, 399, suppl 1 p 45 recommended dietary allowance, suppl solvents, 63, 399
occupational cancer, 89, 96, 217, 382, 1p 128 sources, suppi 2
suppl 1 p 95 recommended dietary allowances, South Africa, 236
occupational accidents, 352 suppl 1 p 119 spark discharges, 29
occupational disease, 346 recommended guideline values, suppl speciation, suppl 1 p 7
occupational exposure, 115, 148, 200, 2 specificity, 271
227, 245, 405, suppl 1 p 81, suppl 2 reduction, 200 spirometry, 342
occupational eye injuries, 358 reference, supp! 1 p 67 standards, suppl 2
occupational exposures, 217, 291, 369 reference dose, supp! 1 p 115, suppl static work load, 284
occupational groups, 50 1p 128 stochastic effects, supp! 1 p 104
occupational health, 21, supp! 1 p 65 reference dose levels, supp! 1 p 137 stomach cancer, 382
occupational health services, 390, 394 reference doses, suppl 1 p 119 storage, 421
occupational physicians, 394 reference value, supp! 1 p 27 stress, 297
occupational strain, 319 reference values, supp! 1 p 19, suppl stress response, supp! 1 p 132
occupationally exposed, supp! 1 p 50 1 p 34, suppl 1 p 39, supp! 1 p 65 styrene, 255
odor threshold, suppl 2 relationship, 43, 148, suppl 1 p 104 styrene exposure, 175, 432, 433
oral contraceptive, 126 relaxation training, 319 styrene glycol in blood, 255
oral temperature, 414 renal effect, suppi 1 p 27 styrene metabolites, 175, 432, 433
organic solvent mixtures, 236 repetitive strain injuries, 73 styrene 7,8-oxide in blood, 255
organic solvents, 245 repetitive work load, 277, 284 subcontracting, 352
organizational factors, 352 report, 291, 360 subjective symptoms, supp! 2
outdoor concentrations, suppl! 2 reproducibility, 342 supralinearity, 217
overweight, 326 reproductive hazard, 148 Sweden, 154, 326, supp! 2
oxidative damage, suppl 1 p 71 requirement levels, supp! 1 p 137 Swedish National Food Administration,
pain diary, 277 research methods, 21 suppl 1 p 113
paint manufacture, 236 respirator filters, 421 system approach, 352
paint manufacturing, 245 respiratory, 8 systemic effects, suppl 2
paint manufacturing workers, 236 respiratory cancer, 8 tendinitis, 73
pancreatic cancer, 382, 426 respiratory organs, suppl 2 tendon and muscle disorder, 73
papilloma virus, 137 respiratory tract, supp! 2 teratogenesis, suppl 1 p 75
penetration, 421 respiratory tract diseases, supp! 2 terpenes, 132
performance, 414 respiratory tract symptoms, suppl 2 test failure 342
peripheral lymphocytes, 132 resting hyperventilation, 346 textile workers, 16
peroxynitrite, suppl 2 retrospective study, 89 thallium, supp! 1 p 101
personal exposure assessment, suppl review, 1, 8 73, 137, 297, 369 The Netherlands, 168
2 risk assessment, suppl 1 p 112, suppl time windows, 16
tissue levels, suppl 1 p 90 Tyvek", 200 vital capacity, suppl 2
tolerance, 414 unemployed men, 168 work, 297, 390
toluene, 55, 89, 245 unemployment, 168 work content, 394
tonic vibration reflex, 35 United States Environmental Protec- work environment, 21, 326
toxic metals, suppl 1 p 7, suppl 1 p 14, tion Agency, suppl 1 p 115 work organization, 21
supp! 1 p 19, supp! 1 p 124 upper-limb disorders, 73, 126 work planning, 390
toxicity, 1, suppl 1 p 119, suppl 1 p uptake, 183, suppl 2 work postures, 208
126, suppl 1 p 134, suppl 1 p 139, urinary cadmium, suppl! 1 p 27 work stress, 21, 121, 137
suppl2 urinary excretion kinetics, 334 worker exposure, 21, 89, 200
toxicokinetics, 183 urinary mandelic acid, 255 workhours, 313
toxicology, supp! 1 p 104 urinary mercury excretion, 334 work-incapacitated men, 168
trace elements, supp! 1 p 65, suppl 1 urinary nickel, suppl 1 p 34 work-related, 162
p 67, suppl 1 p 95, suppl 1 p 110, urinary styrene, 175, 432, 433 work-related disorders, 43, 73
suppl 1p 113 urine, 183, 264, suppl 1 p 7, suppl 1 p work-related fatalities, 162
trace element concentrations, suppl 1 19, suppl 1 p 39, suppl 1 p 45, suppl X-ray fluorescence, suppl 1 p 54, suppl
p19 1p 59 1p 59
trace metals, suppl 1 p 19 use, 1 Xenopus laevis, supp! 1 p 75
tractors, 162 valency state, suppl 1 p 81 xylene, 245
TRACY, suppl 1 p 19 validity, 208 zinc, suppl 1 p 14, suppl 1 p 90, suppl
TRACY project, supp! 1 p 39 variability of exposure, 50 1 p 132, suppl 1 p 134
transformation, suppl 2 vasospastic syndromes, 271 zinc chromate, suppl 1 p 81
trapezius myalgia, 277, 284 vibration, 35 zinc requirements, suppl 1 p 128
triazines, 108 vibration white finger, 271
truck drivers, 326 vibration exposure, 43