Toxicant-induced responses |
26 |
Describing exposure-dose-response | |
relationships for noncancer endpoints |
27 |
Cancer as an endpoint |
29 |
New potential endpoints |
29 |
Concluding remarks and future | |
directions |
30 |
Dedication |
3I |
Acknowledgments |
31 |
PostScript |
32 |
References |
32 |
Introduction |
3 |
|
Historical perspective |
4 |
|
Historical events |
4 |
|
Textbooks |
5 |
|
Organizations |
6 |
|
Evolution of veterinary toxicology |
7 |
|
Roots in veterinary medicine and toxicology |
7 |
|
Emergence of science-based | ||
toxicology |
7 |
|
Toxicology joined to the risk paradigm |
9 |
|
A framework for acquiring information |
15 |
|
Linkages from sources to health | ||
impacts |
15 |
|
Toxicokinetics |
17 |
|
Toxicodynamics |
17 |
|
Veterinary toxicology is multifaceted |
18 |
|
Sources of information |
| 9 |
|
Case observations in the species of | ||
interest |
19 |
|
Epidemiological / epizootiological | ||
studies |
19 |
|
Experimentation |
20 |
|
Schematic experimental |
designs |
21 |
Acquiring toxicokinetic |
data |
21 |
Acquiring exposure-dose-response | ||
data |
22 |
|
Toxicologic descriptors |
24 |
|
Toxicology rooted in observations |
24 |
|
Quantifying exposure |
24 |
|
Describing absorption, distribution, metabolism, and | ||
excretion |
25 |
|
Introduction |
37 |
Background |
37 |
Demographics |
38 |
Dogs |
38 |
Cats |
39 |
Other species |
39 |
Toxic agents |
39 |
Seasonality |
41 |
Signs and outcome |
42 |
References |
42 |
Species involved |
46 |
Toxic classes |
47 |
Copper |
48 |
Lead |
48 |