Internetové knihkupectví s veterinární tématikou
Tato praktická publikace vysvětluje, jak monitorovat orgánové systémy zdravých a zdravotně oslabených pacientů během anestezie. publikace umožňuje veterinárním lékařům pochopit, co se v každém okamžiku děje, a minimalizovalo se riziko komplikací. Kromě toho je koncipována jako referenční publikace, které pomáhá zvládat nouzové situace. Autory jsou specialisté v oboru anesteziologie a poskytují podrobné informace o fyziologických aspektech anestezie spolu s četnými klinickými případy a reálnými situacemi.
Autor: Ignacio Sández Cordero(Editor)
Nakladatel | Servet |
---|---|
ISBN | 9788418339585 |
Vydání | 2021 |
Vazba | pevná |
Počet stran | 192 |
This practical book explains how to monitor the organ systems of healthy and medically compromised patients during anaesthesia so as to help veterinary surgeons understand what is happening at every moment and reduce complications. In addition, it has been conceived as a reference book that can be consulted in emergency situations. The authors, who are specialists in the field, provide in-depth information about the physiological aspects of anaesthesia, together with numerous clinical cases and real situations.
1. MONITORING AND COMPLICATIONS IN THE PERIANAESTHETIC PERIOD | 2 |
Introduction | 3 |
Objectives of monitoring during anaesthesia | 3 |
Frequent complications and mortality during the perianaesthetic period | 3 |
Adequate monitoring for each anaesthetic procedure | 5 |
2. ASSESSMENT AND PRE-ANAESTHESIA CONSULTATION | 8 |
Introducion | 9 |
Pre-anaesthesia consultation | 9 |
Pre-anaesthesia physical examination and anamnesis | 11 |
Basal frequencis in the pre-anaesthesia consultation | 14 |
Additional tests | 15 |
First intention tests | 15 |
Second intention tests | 15 |
Anaesthetic risk | 15 |
Preparation of a list of critical points | 16 |
3. ANAESTHESIA RECORD | 18 |
Introduction | 19 |
Anaesthetic monitoring sheet | 19 |
Optimisation of the anaesthesia record | 21 |
Post-operative monitoring sheet | 21 |
Monitoring sheet for sedation | 21 |
Checklists | 25 |
4. BASIC EXAMINATION OF THE PATIENT DURING THE PERANAESTHETIC PERIOD | 28 |
Introduction | 29 |
Evaluation of body condition (BC) | 29 |
Auscultation | 29 |
Cardiac auscultation | 30 |
Peripherial pulse palpation | 32 |
Mucosal color | 32 |
Capilary refill time | 34 |
5. CARDIOVASCULAR SYSTEM MONITORING | 36 |
Introduction | 37 |
Electrocardiogram (ECG) | 37 |
Blood pressure | 40 |
Noninvasive blood pressure measurement | 40 |
Oscillometric method | 40 |
Doppler method | 41 |
Invasive blood pressure meassurement | 41 |
Central venous pressure (CVP) | 45 |
Relevance of CVP | 45 |
Techniques to monitor CVP | 45 |
Manometer water pressure gauge | 46 |
Invasive pressure transducer | 46 |
Monitoring of peripheral venous pressure (PVP) instead of CVP | 47 |
Oxygen delivery to tissues | 47 |
Importance of determining cardiac output (CO) and stroke volume (SV) | 48 |
Changes in CO and SV during anaesthesia | 48 |
Methods for determining cardiac output in veterinary medicine | 49 |
Thermodilution | 49 |
Transpulmonary thermodilution | 50 |
Lithium dilution | 50 |
Pulse contour analysis | 50 |
Determination of cardiac output based on partial CO2 | 51 |
Bioimpedance and bioreactance | 51 |
Transthoracic echocardiology | 51 |
Transoesophageal echocardiography | 51 |
Transoesophageal Doppler | 52 |
Suprasternal Doppler ultrasound | 54 |
Monitoring of preload status | 54 |
6. RESPIRATORY SYSTEM MONITORING | 60 |
Pulse oximetry | 61 |
How it works | 61 |
Limitations | 63 |
Other uses of pulse oximetry | 65 |
Capnography | 66 |
Capnogram analysis | 69 |
Clinical utility of capnography | 69 |
Volumetric capnography | 72 |
7. MECHANICAL VENTILATION MONITORING | 74 |
Introduction | 75 |
Physiology of spontaneous ventilation | 75 |
Monitoring of vetilatory mechanics | 76 |
Pressure-time curve | 76 |
Volume controlled ventilation | 76 |
Pressure controlled ventilation (PCV) | 81 |
Flow-time curve | 81 |
Volume-time curve | 83 |
Pressure-time curve | 83 |
Flow-volume loop | 84 |
Compliance and resistance | 84 |
Evaluation of the ventilation/perfusion (V/Q) ratio | 85 |
Evaluation of alveolar collapse or pulmonary atelectasis in anaesthesia | 87 |
Impact of mechanical ventilation of the cardiovascular system | 88 |
Cardiovascular effects | 88 |
Autonomous tone | 88 |
Reduced venous return | 88 |
Compensatory mechanism | 88 |
8. MONITORING OF TEMPERATURE, HYPOTHERMIA AND HYPERTHERMIA | 90 |
Physiology of thermoregulation | 91 |
Tempreature monitoring | 92 |
Hypothermia | 93 |
Perioperative hypothermia | 93 |
Hyperthermia | 100 |
Causes | 100 |
Consequences | 101 |
Treatment | 101 |
9. NERVOUS SYSTEM MONITORING DURING ANAESTHESIA | 104 |
Introduction | 105 |
Evaluation of the degree of hypnosis | 106 |
Eyeball position and reflexes | 106 |
Concentration of anaesthetiv agents | 106 |
Evaluation of the electrical activity of the brain: electroencephalogram (EEG) | 107 |
Evaluation of the degree of intraoperative analgesia | 109 |
Blood pressure (BP) and heart rate (HR) | 110 |
Plethysmographic curve | 110 |
Parasympathetic tone activity (PTA) | 111 |
Changes in BIS | 112 |
Additional monitoring of the nervous system: interanial pressure (ICP) monitoring | 112 |
10. MONITORING OF NEUROMUSCULAR FUNCTION | 116 |
Introduction | 117 |
Principles of neuromuscular monitoring | 119 |
Nerve stimulation sites | 119 |
Nerve stimulation patterns | 120 |
Train of four | 120 |
Quantitative monitoring of neuromuscular function | 122 |
Reserval of neuromuscular block | 123 |
Acetylcholinesterase antagonists or anticholinesterase agents | 124 |
Molecular encapsulants | 125 |
11. ARTERIAL AND VENOUS BLOOD GAS ANALYSIS | 128 |
Introduction | 129 |
Acid-base imbalances | 132 |
Traditional method | 132 |
Base excess | 133 |
Anion gap | 133 |
Stewart method | 134 |
Gamblegrams | 134 |
Assessment of oxygenation | 134 |
Hypoxaemia | 136 |
Oxygenation indices | 138 |
Alveolar-arterial CO2 difference | 139 |
12. LACTATE | 140 |
Lactate production | 141 |
Lactate removal | 142 |
Removal by oxidation | 142 |
Removal by gluconeogenisis | 142 |
Use of lactate during stress | 144 |
Measurement of lactate levels | 145 |
Interpretation of lactate values | 146 |
Prognosis and diagnostic value of lactate | 148 |
13. POST-ANAESTHETIC MONITORING OF THE CRITICALLY ILL PATIENT | 152 |
Introduction | 153 |
Cardiovascular system | 153 |
Respiratory system | 154 |
Urine production | 156 |
Blood tests | 157 |
Temperature | 157 |
Analgesia | 158 |
Pain assessment/monitoring | 159 |
Use of analgesics | 159 |
Systemic analgesics | 159 |
Locoregional analgesia | 159 |
Other considerations | 161 |
Glasgow Feline Composite Measure Pain Score: CMPS | 162 |
Glasgow Canine Composite Measure Pain Score: CMPS | 165 |
BIBLIOGRAPHY | 168 |