Indoor Air and Human Health
How does the way in which we heat, cool, insulate, furnish, and ventilate our buildings affect our health? What is the association between physical and chemical conditions of indoor air and human health? This new book presents the latest breakthroughs in applied research in the areas of chemical sensitivity, allergies, bioaerosols, neurotoxicity, and carcinogenic effects of radon and tobacco smoke. Anyone involved in public health, including epidemiologists, health regulators, public health scientists, microbiologists, radiologists, organic chemists, environmental scientists, neurotoxicologists, and industrial hygienists, will find the information in Indoor Air and Human Health both practical and interesting.
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activity airborne allergen Allergy animal antigen asbestos associated asthma aversive axons behavioral effects bioaerosols biological building-related carcinogens chemical Clin compounds concentration concurrent schedule conditioned dendrites detection disease dose dust mite endotoxin Environ environmental tobacco smoke epithelium Equation estimate evaluation evidence experimental exposed external plexiform layer f/mL factors function glomeruli granule cell Greer health effects house dust human immune system Immunol increased indoor air pollution indoor air quality indoor radon infection inhalation irritation lavage levels lever lung cancer lymphocytes measures mice mitral cells mixtures nasal neurons nonhuman occupants odor thresholds olfaction olfactory bulb olfactory epithelium olfactory system Passive smoking patients performance population potential procedures Psychol public health pungency radon reinforcement relationship reported respiratory response risk assessment samples sensitivity sensory sick building sick building syndrome solvents specific spores stimulation stress subjects symptoms synaptic toxicity Toxicol tufted cells variables ventilation volatile organic