Fundamentals of Toxicologic PathologyMatthew A. Wallig, Wanda M Haschek, Colin G. Rousseaux Toxicologic pathology integrates toxicology and the disciplines within it (such as biochemistry, pharmacodynamics and risk assessment) to pathology and its related disciplines (such as physiology, microbiology, immunology, and molecular biology). Fundamentals of Toxicologic Pathology Second Edition updates the information presented in the first edition, including five entirely new chapters addressing basic concepts in toxicologic pathology, along with color photomicrographs that show examples of specific toxicant-induced diseases in animals. The current edition also includes comparative information that will prove a valuable resource to practitioners, including diagnostic pathologists and toxicologists.
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Contents
1 | |
9 | |
43 | |
67 | |
CHAPTER 5 TECHNIQUES IN TOXICOLOGIC PATHOLOGY | 81 |
CHAPTER 6 RESPIRATORY SYSTEM | 93 |
CHAPTER 7 SKIN AND ORAL MUCOSA | 135 |
CHAPTER 8 GASTROINTESTINAL TRACT | 163 |
CHAPTER 12 CARDIOVASCULAR AND SKELETAL MUSCLE SYSTEMS | 319 |
CHAPTER 13 NERVOUS SYSTEM | 377 |
CHAPTER 14 BONES AND JOINTS | 411 |
CHAPTER 15 IMMUNE SYSTEM | 451 |
CHAPTER 16 HEMATOPOIETIC SYSTEM | 491 |
CHAPTER 17 ENDOCRINE SYSTEM | 513 |
CHAPTER 18 MALE REPRODUCTIVE SYSTEM | 553 |
CHAPTER 19 FEMALE REPRODUCTIVE SYSTEM | 599 |
Other editions - View all
Fundamentals of Toxicologic Pathology Wanda M. Haschek,Colin George Rousseaux,Matthew A. Wallig No preview available - 2009 |
Common terms and phrases
abnormal acid acinar activity acute adenomas agents alterations animals antigen apoptosis associated bile blood bone marrow calcium carcinogenesis carcinogens carcinoma cardiac cartilage cause cellular changes chemicals chronic clinical compounds cortex cytoplasm damage decreased defects degeneration disease dogs dose drugs duct edema effects endothelial enzymes epididymis epithelial cells epithelium estrogen evaluation exposure factors fibers fibrosis Figure follicles function glands growth hepatic hepatocytes histologic hormone humans hyperplasia immune increased induced inflammation inflammatory inhibition injury interstitial intestine kidney lesions Leydig cell lipid liver lumen lung lymphocytes lymphoid macrophages mechanisms medulla membrane metabolism metabolites mice morphologic mouse mucosa muscle necrosis neoplasms nephron neurons normal occur organ oxidative pancreatic plasma potential produce proliferation protein pulmonary reactions receptors renal respiratory response result rodents secretion Sertoli cell serum skeletal species spermatids stain structure studies synthesis T-cells thyroid tion tissue toxicity Toxicologic Pathology toxins tract tubular tubule tumors vacuoles vascular xenobiotics