Results 171 to 180 of about 379,623 (215)
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The toxicology of digitalis∗

The American Journal of Cardiology, 1960
T HE recognition, prevention and treatment of the toxic effects of cardiac glycosides constitute a major problem in clinical medicine today. Despite extensive studies published on the subject,‘+ several aspects of the toxicology of digitalis deserve further attention.
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Occupational Toxicology

Human Toxicology, 1988
1 Toxicology plays an important part in the prevention of work related disease. 2 The toxic effects of substances used at work are similar to those of other types of chemical, hence similar methods of investigation are used. 3 A very wide range of substances is used at work. The conditions of use determine the degree
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Toxicology of Radionuclides

Annual Review of Pharmacology, 1973
On a weight basis many radionuclides must be viewed as among the most toxic agents known. For this reason and because of the potential of ionizing radiation to produce long-term effects both somatic and genetic, a very large amount of work has been done. In a sense our knowledge of these agents is almost out of proportion to the numbers of human beings
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The Toxicology of Mycotoxins

CRC Critical Reviews in Toxicology, 1985
Mycotoxin problems are one of great concern to health scientists. Toxic fungal metabolites such as aflatoxins, trichothecenes, zearalenone and others are contaminated in our environments and induce various diseases. In this manuscript, the author will summarize the recent advances on toxicology of mycotoxins in special references to toxicological ...
Yoshio Ueno, Dennis P. H. Hsieh
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Biomarkers in toxicology

Toxicology, 1998
The use of biomarkers in toxicology is becoming increasingly important. This article briefly reviews some of the aspects in an attempt to give an overall view of the field. Some of the new developments, particularly in relation to biomarkers of exposure and response, are mentioned.
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The Toxicology of Chlorine

Environmental Research, 2001
Chlorine is a reactive gas used by humanity for over two centuries. Exposure to chlorine has occurred in a number of situations, including as a chemical warfare agent, in industrial and domestic exposures, and as a result of accidents and spills. The toxicology of chlorine is related almost entirely to effects in the respiratory system.
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Toxicology of Aldicarb

1988
Aldicarb (2-methyl-2[methylthio]propionaldehyde 0-[methyl carbamoyl]-oxime; TEMIK®, Rhone-Poilenc’s registered trademark) effectively controls a wide variety of insects, mites, and nematodes and is used worldwide on more than 40 economically important crops.
R L, Baron, T L, Merriam
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Toxicology

Annual Review of Pharmacology, 1966
L I, Medved, J S, Kagan
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Toxicology and Clinical Toxicology in Uruguay

Clinical Toxicology, 1981
E G, Comstock   +4 more
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Avian Toxicology

Veterinary Clinics of North America: Small Animal Practice, 1991
Owing to the unique physiology of birds, most toxicities are life-threatening and require prompt, well-informed action. It is often hard to ascertain which specific toxin or the amount of toxin to which the bird has been exposed. Therefore, the most important action is to treat the bird, not the poison.
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