Exam Prep Materials

::Contents##<br/>1. General toxicology<br/>2. Disposition<br/>3. Mechanism of toxicity<br/>4. Target organ toxicity<br/>5. Pesticides (agrochemicals)<br/>6. Metals and micronutrients<br/>7. Nonmetals and micronutrients<br/>8. Solvents, vapors, and gases<br/>9. Poisonous and venomous organisms<br/>10. Poisonous foods and food poisonings<br/>11. Poisonous plants<br/>12. Drugs of use, dependence, and abuse<br/>13. Radioactive materials<br/>14. Environmental and ecotoxicology<br/>15. Veterinary toxicology<br/>16. Clinical toxicology<br/>17. Brainstorming: toxicology question bank<br/>Index.

::Contents##<br/>Radiographic imaging<br/>Mammographic imaging<br/>Fluoroscopy with image intensifiers<br/>Interventional radiology with flat-panel detectors<br/>Computed tomography imaging<br/>Gamma cameras<br/>Single-photon emission computed tomography and position emission tomography imaging<br/>Magnetic resonance basics<br/>Magnetic resonance imaging<br/>Ultrasound basics<br/>Ultrasound imaging and doppler<br/>Radiation doses<br/>Radiation safety

::Summary## "Lippincott® Illustrated Reviews: Immunology, 3e is a relatively new addition to the LIR series. Immunology content was originally covered within the LIR: Microbiology text. However, it eventually became clear that there was demand for a separate text covering immunology content in greater depth. This is especially helpful in med schools where microbiology and immunology are covered separately during basic sciences instruction"-- Provided by publisher.<br/>::Contents##<br/>The Need for Self-Recognition<br/>Antigens and Receptors<br/>Barriers to Infection<br/>Cells of the Innate Immune System<br/>Innate Immune Function<br/>Molecules of Adaptive Immunity<br/>Cells and Organs<br/>Generation of Immune Diversity: Lymphocyte Antigen Receptors Lymphocyte Development<br/>Lymphocyte Activation<br/>Lymphocyte Effector Functions<br/>Regulation of Adaptive Responses<br/>The Well Patient: How Innate and Adaptive Immune Responses Maintain Health<br/>Hypersensitivity Reactions<br/>Immune Deficiency<br/>Autoimmunity<br/>Transplantation<br/>Immune Pharmacotherapy<br/>Tumor Immunity<br/>Measurement of Immune Function.

::Contents##<br/>Biology of bacteria, viruses, fungi and parasites and the host-pathogen interactions<br/>Microbiology and virology laboratory practice<br/>Health and safety for infectious diseases, microbiology and virology<br/>Principles of public health in relation to infectious diseases, microbiology and virology<br/>Infection prevention and control<br/>Important clinical syndromes presenting from the community and within healthcare organisations<br/>Understanding use of antimicrobial agents<br/>Vaccination<br/>The management of HIV infection<br/>Travel and geographical health; imported infection and the provision of pre-travel health advice.

::Contents##<br/>Amino acids, carbohydrates, lipids, nucleic acids<br/>Biological building blocks: carbohydrates<br/>Lipids of biological significance<br/>Nucleic acids<br/>Protein structure and function<br/>Hemoglobin and myoglobin<br/>Biological membranes and membrane transport<br/>Vitamins and minerals<br/>Enzymes and enzyme kinetics<br/>Carbohydrates: glycolysis and glucose homeostasis<br/>Carbohydrates: fructose metabolism and feeding behaviors<br/>Carbohydrates: galactose metabolism<br/>Carbohydrates: gluconeogenesis, the synthesis of new glucose<br/>Carbohydrates: glycogen metabolism<br/>Carbohydrates: pentose phosphate pathway<br/>Pyruvate dehydrogenase complex and the TCA cycle<br/>Mitochondrial functions and oxidative phosphorylation<br/>Ethanol metabolism<br/>Lipids: fatty acid synthesis<br/>Lipids: triglyceride and phospholipid synthesis<br/>Lipids: sphingolipids, ceramides, and glycosphingolipids<br/>Lipids: the eicosanoids: prostaglandins, leukotrienes, and thromboxanes<br/>Lipids: bioactive lipids and lipid-sensing receptors<br/>Lipids: lipid mediators of inflammation<br/>Lipids: lipolysis, fatty acid oxidation, and ketogenesis<br/>Lipids: cholesterol metabolism<br/>Lipids: bile acid metabolism<br/>Lipids: lipoproteins<br/>Nitrogen: nitrogen homeostasis and disposal via urea<br/>Nitrogen: amino acid metabolism<br/>Nitrogen: amino acid-derived biomolecules<br/>Nitrogen: nucleotide metabolism<br/>Nitrogen: heme metabolism<br/>Nitrogen: metabolic integration<br/>Chromatin: DNA structure and replication<br/>Transcription: RNA synthesis, processing, and regulation<br/>Translation: protein synthesis and modification<br/>Glycoproteins<br/>Extracellular matrix: glycosaminoglycans and proteoglycans<br/>Mechanisms of signal transduction<br/>Molecular biology tools<br/>Iron and copper metabolism<br/>Digestion: anatomy, biochemistry, and physiology<br/>Gut-brain interactions and feeding behaviors<br/>Adipose tissue and obesity: associated metabolic disturbances<br/>Insulin function<br/>Diabetes mellitus<br/>Cardiovascular disease: the metabolic syndrome and atherosclerosis<br/>Peptide hormones<br/>Steroid and thyroid hormones<br/>Hemostasis: blood coagulation<br/>Cancer biology.

::Summary## Introduction to Agricultural Engineering Technology: A problem Solving Approach is an invaluable text for agriculture students at the introductory level. The fourth edition has been thoroughly updated and reorganized to meet the current units and standards of the American Society of Agricultural and Biological Engineers (ASABE). The book aims to: Familiarize students with a wide range of applications of engineering principles to agriculture Discuss a selection of independent but related topics Advance students' problem solving abilities Each chapter lists education objects, introductory material, and example problems where appropriate. In addition problems using ISO (metric) units, are now included. The authors have added a new chapter on precision agriculture. About the Authors: Harry L. Field is an Associate Professor of Agricultural Mechanics in the Department of Biosystems and Agricultural Engineering at Oklahoma State University. John Long is an Assistant Professor of Biological Engineering in the Department of Biosystems and Agricultural Engineering at Oklahoma State University.<br/>::Contents##<br/>1. Problem Solving<br/>2. Significant Figures and Standard Form<br/>3. Common Units of Measure<br/>4. Simple Machines<br/>5. Internal Combustion Engines<br/>6. Power Trains<br/>7. Tractors and Power Units<br/>8. Machinery Calibration<br/>9. Equipment Efficiency and Capacity<br/>10. Economics of Agricultural Machinery<br/>11. Sound and Noise<br/>12. Measuring Distance<br/>13. Angles and Areas<br/>14. Land Description<br/>15. Differential and Profile Leveling<br/>16. Weather<br/>17. Water Runoff<br/>18. Erosion and Erosion Control<br/>19. Irrigation<br/>20. Handling, Moisture Management, and Storage of Biological Products<br/>21. Animal Waste Management<br/>22. Insulation and Heat Flow<br/>23. Heating, Ventilation, and Air-Conditioning<br/>24. Selection of Structural Members<br/>25. Principles of Electricity<br/>26. Series and Parallel Circuits<br/>27. Sizing Conductors<br/>28. Electric Motors<br/>Appendices<br/>Index.

::Contents##<br/>1. Introduction to data analysis<br/>2. Introduction to probability<br/>3. Probability distributions<br/>4. Sampling distributions<br/>5. Introduction to hypothesis testing<br/>6. One-sample test of hypothesis<br/>7. Tests of hypothesis involving two samples<br/>8. k-Sample tests of hypothesis: the analysis of variance<br/>9. Two-factor analysis<br/>10. Linear regression and correlation<br/>11. Goodness of fit tests<br/>A. Proofs of selected results<br/>B. Answeres to even-numbered problems<br/>C. Tables of distributions and critical values<br/>References<br/>Index<br/>Guide to hypothesis testing.