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Book Details
Abstract
Each year, Advances in Anesthesia brings you up-to-date with the latest knowledge from the preeminent practitioners in your field. A distinguished editorial board identifies current areas of major progress and controversy and invites specialists from around the world to contribute original articles on these topics.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
ADVANCES IN Anesthesia\r | i | ||
Volumes 1 Through 29 (OUT OF PRINT) | iii | ||
Volume 30 | iii | ||
Volume 31 | iii | ||
Volume 32 | iv | ||
Copyright\r | vi | ||
Editors\r | vii | ||
Editor-in-Chief | vii | ||
Associate Editors | vii | ||
CONTRIBUTORS | ix | ||
CONTENTS\r | xiii | ||
Associate Editors | xiii | ||
An Evidence-Based Update on Obstetric Anesthesia | xiii | ||
Anesthesia and Imaging for Advanced Circulatory Support | xiii | ||
The Current and Future Role of Regional Anesthesia in Enhanced Recovery After Surgery Programs for Abdominal Surgery | xiv | ||
Assessment and Management of Obstructive Sleep Apnea for Ambulatory Surgery | xiv | ||
Analgesic Techniques for Total Knee Arthroplasty | xv | ||
Potential and Pitfalls for Big Data in Health Research | xv | ||
Malignant Hyperthermia: An Update | xvi | ||
Current Practical Applications of Ultrasonography in Surgical Anesthesia | xvi | ||
Maintenance of Certification in Anesthesiology Part 4: Improvement in Medical Practice: Is It of Value and Where Do I Begin? | xvii | ||
The Prescription Opioid Abuse Crisis in America: Current Prescribing Patterns, Impact on Public Health, and the Role of the Anesthesiologist | xvii | ||
Perioperative Checklists and Handoffs: Implementation and Practice | xvii | ||
Preface: Welcome to Advances in Anesthesia, 2015\r | xix | ||
An Evidence-Based Update on Obstetric Anesthesia | 1 | ||
INTRODUCTION | 1 | ||
GUIDELINES AND POLICIES ON LABOR AND DELIVERY | 2 | ||
Laboratory testing | 2 | ||
Prevention of infection | 2 | ||
Timing of postpartum tubal ligation surgery | 3 | ||
Timing of antibiotics for cesarean delivery | 3 | ||
ANALGESIA FOR LABOR | 4 | ||
Informed consent | 4 | ||
Combined spinal–epidural versus conventional epidural analgesia | 4 | ||
Loss of resistance to air versus saline | 5 | ||
Timing of epidural placement and progress of labor | 5 | ||
Association of epidural analgesia with adverse outcomes | 6 | ||
ANESTHESIA FOR CESAREAN DELIVERY | 8 | ||
Choice of vasopressor to treat hypotension | 8 | ||
Fluid management to prevent hypotension | 8 | ||
Spinal anesthesia and severe preeclampsia | 9 | ||
General anesthesia in the obstetric patient | 9 | ||
MANAGEMENT OF COMPLICATIONS | 10 | ||
Management of accidental dural puncture and headache | 10 | ||
Use of recombinant factor VIIa in obstetric hemorrhage | 11 | ||
Postpartum hemorrhage owing to amniotic fluid embolism syndrome | 11 | ||
SUMMARY | 12 | ||
References | 12 | ||
Anesthesia and Imaging for Advanced Circulatory Support | 17 | ||
INTRODUCTION | 17 | ||
LONG-TERM SUPPORT | 18 | ||
Background and goals of therapy | 18 | ||
Left ventricular assist devices | 19 | ||
Preimplantation concerns for left ventricular assist devices | 21 | ||
Postimplantation concerns for left ventricular assist devices | 21 | ||
Right and biventricular support | 26 | ||
TEMPORARY MECHANICAL CIRCULATORY SUPPORT | 28 | ||
Indications and device types | 28 | ||
Microaxial flow pumps | 28 | ||
Centrifugal pumps | 29 | ||
EXTRACORPOREAL MEMBRANE OXYGENATION | 30 | ||
Extracorporeal membrane oxygenation as mechanical circulatory support | 30 | ||
Extracorporeal membrane oxygenation cannulation in the operating room | 31 | ||
The venoarterial extracorporeal membrane oxygenation circuit | 32 | ||
SUMMARY | 34 | ||
References | 34 | ||
The Current and Future Role of Regional Anesthesia in Enhanced Recovery After Surgery Programs for Abdominal Surgery | 39 | ||
Key points | 39 | ||
INTRODUCTION | 39 | ||
THE ENHANCED ROLE OF REGIONAL ANESTHESIA | 40 | ||
QUALITY IMPROVEMENT AND ENHANCED RECOVERY AFTER SURGERY? | 41 | ||
IS INTEGRATION OF REGIONAL ANESTHESIA AND ANALGESIA IN THE ENHANCED RECOVERY AFTER SURGERY PROGRAM IMPROVING OUTCOME? | 42 | ||
IDENTIFYING RELEVANT OUTCOMES BEYOND ANALGESIA | 42 | ||
REGIONAL ANESTHESIA TECHNIQUES FOR ABDOMINAL SURGERY | 43 | ||
Thoracic epidural analgesia | 43 | ||
Analgesia | 39 | ||
Laparotomy | 43 | ||
Laparoscopy | 44 | ||
Nonanalgesic outcomes | 45 | ||
Thoracic epidural analgesia: in which patients? | 46 | ||
Intrathecal analgesia | 46 | ||
Analgesia | 46 | ||
Laparotomy | 46 | ||
Laparoscopy | 46 | ||
Nonanalgesic outcomes | 47 | ||
Intrathecal analgesia: in which patients? | 47 | ||
Intravenous lidocaine | 47 | ||
Analgesia | 47 | ||
Laparotomy | 48 | ||
Laparoscopy | 48 | ||
Nonanalgesic outcome | 48 | ||
Intravenous lidocaine: in which patients? | 48 | ||
Abdominal truncal blocks: transversus abdominis plane block and rectus sheath block | 48 | ||
Analgesia | 48 | ||
Laparotomy | 49 | ||
Laparoscopy | 50 | ||
Nonanalgesic outcomes | 50 | ||
Transversus abdominis plane block: in which patients? | 50 | ||
Continuous wound infusion of local anesthetic | 50 | ||
Analgesia | 50 | ||
Laparotomy | 50 | ||
Assessment and Management of Obstructive Sleep Apnea for Ambulatory Surgery | 61 | ||
INTRODUCTION | 61 | ||
DEFINITIONS AND PREVALENCE | 62 | ||
PATHOPHYSIOLOGY | 62 | ||
CLINICAL MANIFESTATIONS | 63 | ||
DIAGNOSIS | 63 | ||
TREATMENT | 64 | ||
ANESTHETIC CONSIDERATIONS | 67 | ||
Preoperative considerations | 67 | ||
Preoperative evaluation | 61 | ||
Airway evaluation | 69 | ||
Intraoperative considerations | 70 | ||
Local/regional or neuraxial anesthesia | 70 | ||
Monitored anesthesia care or sedation | 70 | ||
General anesthesia | 71 | ||
Postoperative considerations | 72 | ||
SUMMARY | 74 | ||
References | 74 | ||
Analgesic Techniques for Total Knee Arthroplasty | 77 | ||
INTRODUCTION | 77 | ||
FEMORAL NERVE BLOCK | 78 | ||
Anatomy | 78 | ||
Technical description of ultrasound-guided femoral nerve block | 78 | ||
Evidence review | 79 | ||
Evidence summary | 80 | ||
ADDUCTOR CANAL BLOCK | 80 | ||
Anatomy | 80 | ||
Technical description of ultrasound-guided adductor canal block | 81 | ||
Evidence review | 81 | ||
Evidence summary | 83 | ||
SCIATIC NERVE BLOCK | 83 | ||
Anatomy | 83 | ||
Technical description of ultrasound guided sciatic nerve blocks | 84 | ||
Subgluteal approach | 77 | ||
Anterior approach | 84 | ||
Evidence review | 85 | ||
Evidence summary | 86 | ||
LOCAL INFILTRATION ANALGESIA | 86 | ||
Procedure | 86 | ||
Evidence review | 87 | ||
Evidence summary | 88 | ||
LIPOSOMAL BUPIVACAINE | 88 | ||
Evidence review | 89 | ||
Evidence summary | 89 | ||
SUMMARY OF EVIDENCE FOR ANALGESIC TECHNIQUES FOLLOWING TOTAL KNEE ARTHROPLASTY | 90 | ||
Femoral nerve block versus adductor canal block | 90 | ||
Addition of sciatic nerve block to femoral nerve block | 90 | ||
Efficacy of local infiltration analgesia | 90 | ||
Role of liposomal bupivacaine | 91 | ||
References | 91 | ||
Potential and Pitfalls for Big Data in Health Research | 97 | ||
INTRODUCTION | 97 | ||
BIG DATA, SECONDARY DATA SOURCES, AND THE IMPORTANCE OF ASCERTAINMENT | 98 | ||
ADVANTAGES OF EXISTING DATA | 98 | ||
WHAT CANNOT BE FOUND IN FOUND DATA | 98 | ||
DETERMINING CAUSALITY AND THE ROLE OF THE COUNTERFACTUAL | 99 | ||
WHY RANDOMIZED TRIALS SHOULD WORK | 100 | ||
WHEN RANDOMIZED TRIALS COME UP SHORT: AN OPPORTUNITY FOR BIG DATA | 100 | ||
NAVIGATING MEASUREMENT ERROR AND CAUSALITY | 102 | ||
CONFOUNDING | 103 | ||
COMMON METHODS TO ADDRESS CONFOUNDING | 104 | ||
Multivariable analysis | 105 | ||
Propensity score methods | 107 | ||
Lingering problem of unmeasured variables: instrumental variables as a solution | 108 | ||
The importance of confirmatory analyses | 108 | ||
VALIDITY VERSUS UTILITY: UNIQUE CHALLENGES WITH BIG DATA RESEARCH | 109 | ||
SUMMARY | 110 | ||
References | 110 | ||
Malignant Hyperthermia | 113 | ||
Key points | 113 | ||
INTRODUCTION | 113 | ||
EPIDEMIOLOGY | 114 | ||
MECHANISM | 114 | ||
RISKS OF MALIGNANT HYPERTHERMIA SUSCEPTIBILITY WITHOUT EXPOSURE TO ANESTHETIC TRIGGERS | 115 | ||
DIAGNOSIS | 116 | ||
RECOGNITION | 118 | ||
TREATMENT | 120 | ||
PREPARATION FOR ELECTIVE ANESTHESIA | 124 | ||
SUMMARY | 126 | ||
References | 126 | ||
Current Practical Applications of Ultrasonography in Surgical Anesthesia | 129 | ||
Key points | 129 | ||
INTRODUCTION: NATURE OF THE PROBLEM | 129 | ||
VASCULAR ACCESS | 130 | ||
HINTS FOR SAFER CENTRAL VENOUS ACCESS | 130 | ||
HINTS FOR FACILITATING PROCUREMENT OF VASCULAR VIEWS WITH ULTRASONOGRAPHY | 130 | ||
SPECIFIC ULTRASONOGRAPHY ANATOMY CONSIDERATIONS | 131 | ||
INTRODUCTORY CONCEPTS OF FOCUSED TRANSTHORACIC ECHOCARDIOGRAPHY | 132 | ||
Basic scanning movements with the transducer | 132 | ||
Position of the patient and the operator | 133 | ||
Orientation | 133 | ||
Control and settings | 133 | ||
CARDIAC ULTRASONOGRAPHY: SONOANATOMY | 133 | ||
LUNG ULTRASONOGRAPHY: SONOANATOMY | 137 | ||
Step 1: technique and identification of normal and abnormal signs/patterns in focused lung ultrasonography with the linear ... | 137 | ||
Technique | 129 | ||
The 5 Ls approach of lung ultrasound in the perioperative period | 139 | ||
Lung sliding | 139 | ||
Lung point | 139 | ||
Lung pulse | 140 | ||
A lines | 140 | ||
B lines | 142 | ||
Step 2: technique and identification of normal and abnormal signs/patterns in focused lung ultrasonography with phased arra ... | 142 | ||
Limitations | 143 | ||
ULTRASONOGRAPHY-DRIVEN APPROACH TO SURGICAL PATIENTS IN SHOCK | 143 | ||
ULTRASONOGRAPHY-DRIVEN APPROACH TO SURGICAL PATIENTS IN ACUTE RESPIRATORY DISTRESS | 144 | ||
Optimizing echocardiography images | 144 | ||
Parasternal long-axis | 144 | ||
Parasternal short-axis (midpapillary view) | 145 | ||
Apical | 145 | ||
Subcostal | 148 | ||
MISCELLANEOUS APPLICATIONS OF ULTRASONOGRAPHY TO HIGH-RISK SURGICAL PATIENTS | 148 | ||
Gastric ultrasonography | 148 | ||
Technique | 148 | ||
Limitations | 149 | ||
Airway ultrasonography | 149 | ||
Prediction of difficult direct laryngoscopy in surgical anesthesia | 149 | ||
Technique | 150 | ||
Limitations | 150 | ||
Identification of the cricothyroid membrane | 150 | ||
Technique | 151 | ||
Limitations | 152 | ||
Optic nerve ultrasonography | 152 | ||
Technique | 152 | ||
Limitations | 153 | ||
LIMITATIONS OF PERIANESTHESIA ULTRASONOGRAPHY | 153 | ||
SUMMARY | 153 | ||
References | 153 | ||
Maintenance of Certification in Anesthesiology Part 4: Improvement in Medical Practice | 157 | ||
INTRODUCTION | 157 | ||
MAINTENANCE OF CERTIFICATION, MAINTENANCE OF CERTIFICATION IN ANESTHESIOLOGY, AND THE AMERICAN BOARD OF ANESTHESIOLOGY | 158 | ||
OBJECTIVES, COMPONENTS, AND STEPS FOR COMPLETION OF MAINTENANCE OF CERTIFICATION IN ANESTHESIOLOGY PART 4 | 160 | ||
PRACTICAL EXAMPLES | 162 | ||
VALUE OF MAINTENANCE OF CERTIFICATION IN ANESTHESIOLOGY PART 4 | 165 | ||
FUTURE DIRECTIONS | 170 | ||
SUMMARY | 171 | ||
References | 171 | ||
The Prescription Opioid Abuse Crisis in America | 175 | ||
INTRODUCTION: NATURE OF THE PROBLEM | 175 | ||
TREATMENT OF PAIN WITH OPIOIDS | 177 | ||
Perioperative outcomes in the opioid-exposed patient | 180 | ||
RISK FACTORS FOR BEING PLACED ON AN OPIOID | 181 | ||
CURRENT PRESCRIBING PATTERNS | 183 | ||
LONG-TERM OPIOID USE | 184 | ||
SURGERY | 186 | ||
SUMMARY | 187 | ||
References | 187 | ||
Perioperative Checklists and Handoffs | 191 | ||
Key points | 191 | ||
INTRODUCTION | 191 | ||
TYPES OF CHECKLISTS | 192 | ||
CHECKLISTS IN PERIOPERATIVE MEDICINE | 194 | ||
PREINDUCTION CHECKLISTS | 196 | ||
THE WORLD HEALTH ORGANIZATION SURGICAL SAFETY CHECKLIST: A CASE STUDY IN DEVELOPMENT OF AN EFFECTIVE CHECKLIST | 197 | ||
COGNITIVE AIDS FOR USE DURING OPERATING ROOM EMERGENCIES | 199 | ||
HANDOFFS | 200 | ||
Intraoperative handoff | 203 | ||
Postoperative handoff | 207 | ||
IMPLEMENTATION OF CHECKLISTS INTO PRACTICE | 210 | ||
The implementation process | 210 | ||
The implementation team | 211 | ||
Leadership engagement | 211 | ||
Staff engagement | 211 | ||
Education and training | 212 | ||
BARRIERS | 212 | ||
LIMITATIONS OF CHECKLISTS | 213 | ||
SUMMARY | 213 | ||
References | 214 |