Chapter 1: Topographical Anatomy as Landmarks
Chapter 2: Radiological Anatomy
Chapter 5: Principles of Doppler Ultrasound
Chapter 6: Properties of Gases and Liquids
Chapter 7: Gas Laws
Chapter 8: Vaporizers
Chapter 9: Uptake and Distribution of Inhalational Agents
Chapter 10: Concentration and Second Gas Effects
Chapter 11: Nitrous Oxide and Closed Spaces
Chapter 12: Anesthesia Breathing System: Components
Chapter 13: Anesthesia Breathing System: Safety Features
Chapter 14: Anesthesia Breathing System: Physical Principles
Chapter 15: Circle and Noncircle Systems
Chapter 16: Portable Ventilation Devices
Chapter 17: Absorption of Carbon Dioxide
Chapter 18: Oxygen Supply Systems
Chapter 19: Waste Gas Evacuation Systems
Chapter 20: Design and Ergonomics of Anesthesia Machines
Chapter 21: Monitoring Neuromuscular Function
Chapter 22: Monitoring Mechanical Ventilation
Chapter 23: Monitoring Temperature
Chapter 24: Oximetry
Chapter 25: Measuring Blood Gases
Chapter 26: Gas Concentrations: Monitoring and Instrumentation
Chapter 27: Pressure Transducers
Chapter 28: Noninvasive Blood Pressure Measurement
Chapter 29: Autotransfusion Devices
Chapter 30: Body Warming Devices
Chapter 31: Mechanical Ventilation: Principles of Action
Chapter 32: Mechanical Ventilation: Modes
Chapter 33: Mechanical Ventilation: Monitors
Chapter 34: Noninvasive Mechanical Ventilation
Chapter 35: Operating Room Alarms and Safety Features
Chapter 36: Defibrillators
Chapter 37: Electrical Safety
Chapter 38: Review of Simple Mathematics
Chapter 39: Statistics
Chapter 40: Computerized Patient Records
Chapter 41: Pharmacokinetics
Chapter 42: Pharmacokinetics of Neuraxial Drug Administration
Chapter 43: Drug Tolerance and Tachyphylaxis
Chapter 44: Drug Termination of Action
Chapter 45: Drug Interactions
Chapter 46: Drug Reactions
Chapter 47: Alternative & Herbal Medications
Chapter 48: Anesthetic Gases: Principles
Chapter 49: Anesthetic Gases: Organ System Effects
Chapter 50: Minimum Alveolar Concentration
Chapter 51: Opioids
Chapter 52: Barbiturates
Chapter 53: Propofol
Chapter 54: Etomidate
Chapter 55: Benzodiazepines
Chapter 56: Ketamine
Chapter 57: Local Anesthetics
Chapter 58: Local Anesthetic Toxicity
Chapter 59: Muscle Relaxants
Chapter 60: Antagonism of Neuromuscular Blockade
Chapter 61: ASA Preoperative Testing Guidelines
Chapter 62: ACC/AHA Guidelines for Perioperative Cardiovascular Evaluation
Chapter 63: Prophylactic Cardiac Risk Reduction
Chapter 64: Physical Examination and Airway Evaluation
Chapter 65: “Full Stomach” Status
Chapter 66: ASA Physical Status Classification
Chapter 67: Prophylactic Antibiotics
Chapter 68: Premedication
Chapter 69: Management of Chronic Medical Therapy
Chapter 70: Spinal Anesthesia
Chapter 71: Epidural Anesthesia
Chapter 72: Combined Spinal–Epidural Anesthesia
Chapter 73: Caudal Anesthesia
Chapter 74: Epidural Test Dose
Chapter 75: Complications of Neuraxial Anesthesia
Chapter 76: American Society of Regional Anesthesia and Pain Medicine (ASRA) Guidelines: Neuraxial Anesthesia and Anticoagulation
Chapter 77: ASA Monitoring Standards
Chapter 78: Stages and Signs of General Anesthesia
Chapter 79: Awareness Under General Anesthesia
Chapter 80: Techniques of General Anesthesia
Chapter 81: Assessment and Identification of the Difficult Airway
Chapter 82: Approaches to Difficult Airway Management
Chapter 83: The ASA Difficult Airway Algorithm
Chapter 84: Intubation Devices
Chapter 85: Alternative Airway Devices and Adjuncts
Chapter 86: Transcutaneous and Surgical Airways
Chapter 87: Endobronchial Intubation
Chapter 88: Intubation and Tube Exchange Adjuncts
Chapter 89: Types of Endotracheal Tubes
Chapter 90: Monitored Anesthesia Care and Sedation
Chapter 91: ASA Sedation Guidelines for Non-Anesthesiologists
Chapter 92: Intravenous Fluid Therapy
Chapter 93: Crystalloids versus Colloids
Chapter 94: Epistaxis
Chapter 95: Corneal Abrasions
Chapter 96: Postoperative Visual Loss
Chapter 97: Air Embolism
Chapter 98: Intraarterial Injections
Chapter 99: Pressure Injuries
Chapter 100: Iatrogenic Burns
Chapter 101: Chronic Environmental Exposure to Inhalation Agents
Chapter 102: Hypothermia
Chapter 103: Nonmalignant Hyperthermia
Chapter 104: Bronchospasm
Chapter 105: Anaphylaxis
Chapter 106: Laryngospasm
Chapter 107: Postobstructive Pulmonary Edema
Chapter 108: Aspiration of Gastric Contents
Chapter 109: Postoperative Pain Relief: Pharmacologic
Chapter 110: Postoperative Pain Relief: Routes
Chapter 111: Postoperative Pain Relief: Alternative Techniques
Chapter 112: Postoperative Respiratory Complications
Chapter 113: Postoperative Cardiovascular Complications
Chapter 114: Postoperative Neuromuscular Complications
Chapter 115: Postoperative Nausea and Vomiting
Chapter 116: Cerebral Cortex and Subcortical Areas
Chapter 117: Cerebral Blood Flow: Determinants
Chapter 118: Cerebral Blood Flow: Autoregulation
Chapter 119: Pathophysiology of Cerebral Ischemia
Chapter 120: Cerebrospinal Fluid
Chapter 121: Cerebral Protection
Chapter 122: Spinal Cord: Organization and Tracts
Chapter 123: Spinal Cord Evoked Potentials
Chapter 124: Anatomy of the Neuromuscular Junction
Chapter 125: Physiology of Neuromuscular Transmission
Chapter 126: Skeletal Muscle Contraction
Chapter 127: Pain Mechanisms and Pathways
Chapter 128: Sympathetic Nervous System
Chapter 129: Parasympathetic Nervous System
Chapter 130: Temperature Regulation
Chapter 131: Anatomy of the Brain and Cranial Nerves
Chapter 132: Anatomy of the Spinal Cord
Chapter 133: Anatomy of the Meninges
Chapter 134: Carotid and Aortic Bodies
Chapter 135: Lung Volumes and Spirometry
Chapter 136: Lung Mechanics
Chapter 137: Ventilation and Perfusion
Chapter 138: Pulmonary Diffusion
Chapter 139: Oxygen Transport
Chapter 140: Hypoxemia and Hyperoxia
Chapter 141: Carbon Dioxide Transport
Chapter 142: Hypocarbia and Hypercarbia
Chapter 143: Control of Ventilation
Chapter 144: Nonrespiratory Functions of the Lung
Chapter 145: Airway and Pulmonary Anatomy
Chapter 146: Bronchodilators
Chapter 147: Anti-inflammatory Pulmonary Drugs
Chapter 148: Cardiac Cycle
Chapter 149: Cardiac Electrophysiology
Chapter 150: Frank–Starling Law
Chapter 151: Ventricular Function
Chapter 152: Myocardial Contractility
Chapter 153: Cardiac Output
Chapter 154: Myocardial Oxygen Utilization
Chapter 155: Venous Return
Chapter 156: Blood Pressures and Resistances
Chapter 157: Baroreceptor Function
Chapter 158: Microcirculation
Chapter 159: Regional Blood Flow
Chapter 160: Regulation of Circulation and Blood Volume
Chapter 161: Mixed Venous Oxygen Saturation
Chapter 162: Cardiac Anatomy
Chapter 163: Digitalis
Chapter 164: Inotropes
Chapter 165: Phosphodiesterase Inhibitors
Chapter 166: Antidysrhythmic Drugs
Chapter 167: Vasodilators
Chapter 168: ACE Inhibitors and Angiotensin Receptor Blockers
Chapter 169: Nonadrenergic Vasoconstrictors
Chapter 170: Electrolyte Abnormalities: Cardiac Effects
Chapter 171: Hepatic Blood Flow
Chapter 172: Hepatic Function
Chapter 173: Hepatic Drug Metabolism and Excretion
Chapter 174: Renal Physiology
Chapter 175: Renal Function Tests
Chapter 176: Regulatory Functions of the Kidney
Chapter 177: Distribution of Water and Electrolytes
Chapter 178: Diuretics
Chapter 179: Dopaminergic Drugs
Chapter 180: Anticoagulants
Chapter 181: Antithrombotic Drugs
Chapter 182: Antiplatelet Drugs
Chapter 183: Immunosuppressive and Antirejection Drugs
Chapter 184: Blood Preservation and Storage
Chapter 185: Blood Transfusion: Indications
Chapter 186: Synthetic and Recombinant Hemoglobins
Chapter 187: Transfusion Reactions
Chapter 188: Complications of Transfusions
Chapter 189: Blood Type, Screen, and Crossmatch
Chapter 190: Alternatives to Blood Transfusion
Chapter 191: Endocrine Physiology
Chapter 192: Carbohydrate Metabolism
Chapter 193: Protein Metabolism
Chapter 194: Lipid Metabolism
Part IV: Special Issues In Anesthesiology
https://accessanesthesiology-mhmedical-com.proxy.hsl.ucdenver.edu/book.aspx?bookid=974#61586564
Chapter 195: Physician Impairment
Chapter 196: Professionalism and Licensure
Chapter 197: Ethical Issues
Chapter 198: Informed Consent
Chapter 199: Patient Safety
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