Industrial Hygiene and Toxicology: Theory and rationale of industrial hygiene practiceInterscience Publishers, 1985 - Industrial hygiene |
Contents
Toxicologic Data in Chemical Safety Evaluation | 61 |
Biological Indicators of Chemical Dosage and Burden | 101 |
Body Defense Mechanisms to Toxicant Exposure | 145 |
Copyright | |
14 other sections not shown
Common terms and phrases
absorption acid acrophase activity agents animals associated biological rhythms blood body carcinogens cells changes chronobiologic Chronobiology circadian rhythms clinical concentration disease dose duration effects employees energy environment environmental enzymes Ergonomics ethanol evaluation example excretion exposed factors Figure frequency function glutathione Halberg hazard Health heat hippuric acid human increased index chemical individual industrial hygiene inhalation L. E. Scheving laser limits lung maximum measurements mechanisms metabolic metabolites mg/kg microwave motion motion sickness noise exposure normal occupational occur organ oxygen particles percent performance period phenol Physiol physiological plasma plutonium pressure problems procedures produce radiation radionuclide rats Raynaud's phenomenon reactions Reinberg reported respiratory response result rodents rotating shiftwork safety sampling schedule shift shiftwork skin sleep sources specific specific gravity standard stress studies symptoms synchronizer temperature threshold tissue toxicity urinary urine vibration whole-body vibration workers workplace xenobiotic