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Understanding Toxicology : a biological approach / Steven D. Mercurio.
Bibliographic Record Display
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Title:Understanding Toxicology : a biological approach / Steven D. Mercurio.
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Author/Creator:Mercurio, Steven D., author.
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Published/Created:Burlington, MA : Jones & Bartlett Learning, [2017]
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Holdings
Holdings Record Display
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Location:BMB LIBRARY (VGH) stacksWhere is this?
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Call Number: QV600 .M365 2017
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Number of Items:1
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Status:Available
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Location:WOODWARD LIBRARY stacksWhere is this?
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Call Number: QV600 .M365 2017
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Number of Items:1
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Status:Available
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Location:BMB LIBRARY (VGH) stacksWhere is this?
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Library of Congress Subjects:Environmental toxicology.
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Medical Subjects: Drug-Related Side Effects and Adverse Reactions.
Toxicology.
Biological Factors--toxicity.
Hazardous Substances--toxicity.
Environmental Exposure.
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Description:xix, 952 pages : illustrations ; 26 cm
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Notes:Includes bibliographical references and index.
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ISBN:9780763771164 paperback
0763771163 paperback
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Contents:Machine generated contents note: 1. Biological Research in Toxicology
Toxicology Research Area Specialties
Selected Research Experiments to Consider During Your Study of Toxicology
Biology as the Arbiter of Toxicology
Questions
References
2. Development of the Field of Toxicology
Development of the Science of Toxicology
Questions
References
3. Toxicology Terms and How They Relate to Organisms
Cell
Tissues, Organs, and Complex Organisms
Ecosystems
Questions
References
4. Hazard, Exposure, and Risk Modeling
Framework
Cells
Complex Organisms-Tissues and Organs: Therapeutic or Human Risk
Ecosystems
Questions
References
5. Absorption and Transport of Toxicants Through Membranes: Toxic Damage to Membranes
Cellular Barriers
Mechanisms of Cellular Transport
Mechanisms of Membrane Damage
Questions
References
6. Receptor-Mediated Toxicities on the Outside of Cells
Receptors and Signal Transduction Mechanisms
Targeting lon-Channel Receptors
Targeting Transmembrane Enzyme Receptors and Downstream Enzymes
Targeting G Protein-Linked Receptors and Downstream Signal Transduction
Questions
References
7. Detoxication and Activation by Cells: Metabolism of the Original Toxicant
Biotransformation
Anaerobic Bacteria
Hybrid Reactions of Facultative Anaerobes: Metabolism of Aromatic Compounds
Aerobic Organisms' Phase 1 Metabolism
Aerobic Organisms' Phase 2 Metabolism: Conjugation
Questions
References
8. Damage to Cytosolic and Endoplasmic Reticulum Activities
Reactive Chemical Species
Cellular Damage and Adaptation Mechanisms
Antidotes
Questions
References
9. Damage to Mitochondria! and Chloroplast Activities
Mitochondria
Chloroplasts and Plant Mitochondria
Questions
References
10. Damage to Nuclear Structures/DNA: Mutagenesis and Carcinogenesis
Nuclear Membrane
Mutagenesis
Carcinogenesis
Questions
References
11. Selective Genetic Sensitivity of Cells to Toxicants
Selective Toxicity
Absorption and Elimination Differences
Metabolism/CYP Polymorphisms
Receptor Interaction Alterations
Questions
References
12. Nutritional Toxicity and Sensitivity
Nutritional Toxicology
Undernutrition
Overnutrition/Pharmacologic or Toxic Concentrations of Nutrients
Naturally Occurring Toxicants in Food
Genetics and Nutrition/Nutritional Genomics
Questions
References
13. Routes of Administration and Which Organs Are Most Likely Impacted Based on Route and Toxicokinetic Models
Transcutaneous Absorption
Ocular Absorption
Oral Absorption
Inhalation
Parenteral Routes
Questions
References
14. Forensic Toxicity Testing
Most Likely Suspects
Signs/Symptoms of Exposure
Sampling Techniques
Analysis Methodology
Flow Chart of a Typical Postmortem Examination
Therapeutic Drug (Medication) Monitoring in Living Human Patients
Questions
References
15. Skin and Eye: Most Likely Exposure Routes and Toxicities Due to Contact Exposure and Dose Toxicities
Forensic Analysis of Skin Damage
Percutaneous Absorption
Dermal Toxicity Tests
Forensic Analysis of Eye Damage
Eye Toxicity Tests
Questions
References
16. Gastrointestinal System Toxicity and Oral Exposure (GI Tract, Pancreas, Liver)
Forensic Analysis of GI Damage
Forensic Analysis of Pancreatic Damage
Forensic Analysis of Liver Damage
GI Toxicity Tests
Pancreas Toxicity Tests
Liver Toxicity Tests
Questions
References
17. Lung and Gill Exposures Representing Toxic Concentrations - Model for Environmental Toxicology
Forensic Analysis of Lung Damage
Forensic Analysis of Gill Damage
Lung Toxicity Tests
Gill Toxicity Tests
Microcosm for Environmental Toxicology
Questions
References
18. Cardiovascular System as Conduit for a Dose Becoming a Dosage: Exposure and Toxicities
Forensic Analysis of Blood as a Diagnostic Tool
Forensic Analysis of Vascular Toxicants
Forensic Analysis of Cardiac Toxicants
Questions
References
19. Bone Marrow and Immune Organ Toxicity via Lymphatic and Blood Transport
Recognition of Foreign Antigens
Hypersensitivity Reactions (Allergy and Autoimmunity)
Autoimmunity Versus Immune Suppression
Toxicity Tests
Questions
References
20. Nervous System and Exposure to Lipophilic Toxicants or Transported Neurotoxic Agents
Central Nervous System Toxicity
Nerve Toxicity Tests
Questions
References
21. Toxicity to Neuroendocrine Organs and Endocrine Disruption
Primary Endocrine Organs
Secondary Endocrine Organs
Endocrine Organ Disruption Tests
Questions
References
22. Toxicity to Reproductive Organs and Developmental Toxicity
Mutagenic Damage
Epigenetic Developmental Disruption
Early Male Developmental Toxicity
Early Female Developmental Toxicity
Fertilization
Embryo Toxicity/Fetal Toxicity
Late Male Developmental Toxicity
Late Female Developmental Toxicity
Reproductive/Developmental Tests
Questions
References
23. Excretion of Hydrophilic Toxicants and Metabolites and Kidney Toxicity
Prerenal Azotemia
Vascular Damage
Glomerular Damage
Proximal Convoluted Tubular (PCT) Injury
Interstitium
Loop of Henle
Distal Convoluted Tubule
Collecting Duct
Acid-Base Balance and Electrolyte Balance
Species Specificity
Kidney Toxicity Tests
Questions
References
24. Dispersion Modeling in Air, Water, and Soil: Likely Route of Exposure and Most Sensitive Organism Based on Dispersion and Concentration
Ecotoxicology and Environmental Toxicology
Dispersion
Route of Exposure
Questions
References
25. Agricultural Chemicals (Pesticides and Fertilizers): Exposure and Impacts
Fertilizers/Nutrients
Pesticides
Questions
References
26. Industrial Chemicals That Biodegrade: Organic Chemical Exposures and Impacts
Solvents
PAHs (Arenes-Multiple Rings)
Polychlorinated Biphenyls (PCBs)
Dibenzodioxins and Dibenzofurans
Questions
References
27. Industrial Chemicals That Change Lipophilicity But Do Not Biodegrade: Metal Impacts
Toxic Metals
Essential Metals
Biological Interest: Nickel
Medical
Questions
References
28. Industrial Chemicals That Cause Atmospheric Changes and Direct Versus Indirect Toxicity: Gases, Vapors, Aerosols, and Radiation
Gases and Vapors-Direct Effects
Aerosols-Direct Effects
Gases and Vapors-Indirect Effects
Particles- Indirect Effects
Radiation
Questions
References
29. Toxicity of Pharmaceuticals and Personal Care Products (PPCPs) into Water
Environmental Effects of PPCPs
Possible Human Effects of PPCPs
Treatment of Effluents to Prevent Exposure to PPCPs
Questions
References
30. Venoms and Injection Toxicity Versus Poisonous Animals or Cells and Ingestion or Contact Toxicity
Chordata: Amniota: Reptilia: Squamata Venoms
Eumetazoa: Bilateria: Ecdysozoa: Arthropod Venoms
Chordata: Craniata Venoms
Lophotrochozoa: Mollusca Venoms
Eumetazoa: Cnidaria Venoms
Echinodermata: Holothuroidea Venom
Chordata: Mammalia: Eutheria: Soricomorpha: Soricidae Venoms
Venom Economy
Chordata: Tetrapoda: Amphibia Poisons
Fish Poisons
Chordata: Avialae: Ayes Poisons
Discussion of Poisons' Evolution and Proper Attribution/ Biological Classification
Eukarya: Chromalveolata: Alveolata: Dinoflagellata Poisons
Eukaryota: Chromalveolata: Heterokontophyta: Bacillariophyceae Poisons
Eukaryota: Opisthokonta: Fungi Poisons
Bacteria Poisons
Questions
References
31. Poisonous Plants or Plant Cells and Ingestion or Contact Toxicity
Seed Poisons
Root Poisons
Fruit Poisons
Plant Leaves and Flowers
Questions
References.