Pathophysiology Summary: Integrates comprehensive knowledge of pathophysiology of major human systems. TARGET SKILLS: Recognize the interrelations among structure and function at the tissue and organ system to include: Discussing the etiology, pathogenesis, local, and systemic effects of cell injury. Applying the concepts of inflammation and healing, immune responses, and electrolyte imbalances, genetics, and age to common disorders in major body systems. Discussing the concept of stress, the body’s response to stress, and the relationship stress has to the disease process. Defining and discussing hypoperfusion, the of shock, and Multiple Organ Dysfunction Syndrome (MODS). Key Terminology: Acid Endothelial cells Isotonic solution Acidosis Epithelium Ketoacidosis Adipose tissue Exocrine hormones Lactic acidosis Adrenergic receptors Feedback inhibition Leukocytles Alcoholic ketoacidosis Free radicals Ligands Alkalosis Gram-negative Metabolic acidosis Allergen Gram-positive Metabolic alkalosis Anions Hemochromatosis Metaplasia Antidiuretic hormone Hemolytic anemia Mitochondria (ADH) Hemophilia Mixed acidosis Apoptosis Homeostasis alkalosis Asthma Hormones Morbidity Atopic Hypercalcemia Mortality Atrophy Hypercholesterolemia Necrosis Autocrine hormes Hyperkalemia Negative feedback Autosomal dominant Hypermagnesemia Neurotransmitters Axons Hypernatremia Nucleus Baroreceptors Hyperphosphatemia Oliguria Base Hyperplasia Organelles Bradypnea Hypertonic solution Osmolarity Buffers Hypertrophy Osmosis Cations Hypocalcemia Paracrine hormones Cell signaling Hypokalemia Pathophysiology Chemoreceptors Hypomagnesemia Peripheral nerves Connective tissue Hyponatremia pH Dendrites Hypophosphatemia Phagocytes Detones Hypotonic solution Polyuria Dissociates Incidence Prevalence Dysplasia Inflammatory response Pyrogens Endocrine hormones Ions
Pathophysiology Summary: Integrates comprehensive knowledge of pathophysiology of major human systems. TARGET SKILLS: Recognize the interrelations among structure and function at the tissue and organ system to include: Discussing the etiology, pathogenesis, local, and systemic effects of cell injury. Applying the concepts of inflammation and healing, immune responses, and electrolyte imbalances, genetics, and age to common disorders in major body systems. Discussing the concept of stress, the body’s response to stress, and the relationship stress has to the disease process. Defining and discussing hypoperfusion, the of shock, and Multiple Organ Dysfunction Syndrome (MODS). Key Terminology: Acid Acidosis Adipose tissue Adrenergic receptors Alcoholic ketoacidosis Alkalosis Allergen Anions Antidiuretic hormone (ADH) Apoptosis Asthma Atopic Atrophy Autocrine hormes Autosomal dominant Axons Baroreceptors Base Bradypnea Buffers Cations Cell signaling Chemoreceptors Connective tissue Dendrites Detones Dissociates Dysplasia Endocrine hormones Endothelial cells Epithelium Exocrine hormones Feedback inhibition Free radicals Gram-negative Gram-positive Hemochromatosis Hemolytic anemia Hemophilia Homeostasis Hormones Hypercalcemia Hypercholesterolemia Hyperkalemia Hypermagnesemia Hypernatremia Hyperphosphatemia Hyperplasia Hypertonic solution Hypertrophy Hypocalcemia Hypokalemia Hypomagnesemia Hyponatremia Hypophosphatemia Hypotonic solution Incidence Inflammatory response Ions Isotonic solution Ketoacidosis Lactic acidosis Leukocytles Ligands Metabolic acidosis Metabolic alkalosis Metaplasia Mitochondria Mixed acidosis alkalosis Morbidity Mortality Necrosis Negative feedback Neurotransmitters Nucleus Oliguria Organelles Osmolarity Osmosis Paracrine hormones Pathophysiology Peripheral nerves pH Phagocytes Polyuria Prevalence Pyrogens
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