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Small Animal Anesthesia and Pain Management: A Color Handbook 2nd edition [Mīkstie vāki]

Edited by (College of Veterinary Medicine, Purdue University, USA)
  • Formāts: Paperback / softback, 448 pages, height x width: 234x156 mm, weight: 866 g, 111 Tables, black and white; 336 Illustrations, color; 8 Illustrations, black and white
  • Sērija : Veterinary Color Handbook Series
  • Izdošanas datums: 12-Nov-2018
  • Izdevniecība: CRC Press
  • ISBN-10: 1138035688
  • ISBN-13: 9781138035683
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  • Formāts: Paperback / softback, 448 pages, height x width: 234x156 mm, weight: 866 g, 111 Tables, black and white; 336 Illustrations, color; 8 Illustrations, black and white
  • Sērija : Veterinary Color Handbook Series
  • Izdošanas datums: 12-Nov-2018
  • Izdevniecība: CRC Press
  • ISBN-10: 1138035688
  • ISBN-13: 9781138035683
Citas grāmatas par šo tēmu:
3* Doody's Review!

This concise quick reference guide has been thoroughly updated in its second edition. It remains clinically focused, based on experience underpinned by published research data.With 18 brand new chapters on topics ranging from perioperative blood works and urine analysis to light therapy in pain management and rehabilitation, the book covers anesthetic equipment, monitoring, premedication, intravenous induction agents, injectable anesthetic combinations, inhalant anesthesia, anesthesia for specific diseases, fluid therapy, anesthetic emergencies and complications, acute and chronic pain management. Nine new chapters address anaesthetic considerations for different surgeries.

Drug dosages and anesthetic protocols are provided in tabular form. New to this edition are chapters covering anesthesia considerations for specific conditions and diseases, including











perioperative blood works and urine analysis





blood transfusion medicine





anesthetic considerations and interpretations





rehabilitation and pain management for chronic pain patients





pain management of oncologic pain and radiation therapy





acupuncture and herbal medication for acute and chronic pain and





low level light therapy in pain management.

Containing over 300 color illustrations, Small Animal Anesthesia and Pain Management is ideal for all those who need practical information easily to hand: small animal practitioners, veterinary technicians/nurses, and veterinary students.

Recenzijas

3* Doody's Review! 82/100

This is a much more thorough edition with 16 new chapters and over 100 pages of new material, but it retains its appeal with high-quality visual aids and appropriate depth.

- Danielle E Strahl-Heldreth, BS, MSEd, DVM, MSVMS(University of Illinois College of Veterinary Medicine) 3* Doody's Review! 82/100

This is a much more thorough edition with 16 new chapters and over 100 pages of new material, but it retains its appeal with high-quality visual aids and appropriate depth.

- Danielle E Strahl-Heldreth, BS, MSEd, DVM, MSVMS(University of Illinois College of Veterinary Medicine)

Preface xvii
Acknowledgments xvii
Contributors xix
Abbreviations xxi
Chapter 1 Equipment for inhalant anesthesia
1(40)
Jeff C. Ko
Introduction
1(1)
Components of the anesthesia machine
1(11)
Flowmeters
2(1)
Regulators (pressure reducing valves)
2(2)
Vaporizers
4(2)
Gas supply
6(5)
Scavengers
11(1)
Breathing circuits and components
12(10)
Rebreathing circuit (circle breathing system)
12(7)
Non-rebreathing circuits
19(3)
Modern human anesthesia machines for veterinary use
22(1)
Selecting a breathing circuit
23(1)
Ambu bags
24(1)
Ventilators
24(1)
Oxygen flow rates
25(2)
The oxygen consumption requirements of the anesthetized animal
25(1)
The amount of oxygen needing to carry inhalant anesthetic from the vaporizer to the patient
25(1)
Amount of oxygen flow required to remove the C02 exhaled by the anesthetized animal from a non-rebreathing circuit
25(1)
Changes to the speed of inhalant anesthetic uptake during the transition from intravenous induction to inhalant maintenance
26(1)
Changes to the speed of chamber or face mask induction
26(1)
Important concept of time constant for inhalant anesthetic during chamber induction
27(1)
Changes to anesthetic depth during anesthesia maintenance
27(1)
Conservation of the patient's body temperature and airway moisture
27(1)
Reducing the cost of a given inhalant anesthetic agent
27(1)
Global issues, including pollution control and energy conservation
28(1)
Endotracheal tubes
28(4)
Types of endotracheal tubes
28(1)
Endotracheal tube construction
28(1)
Endotracheal tube selection
29(3)
Laryngeal mask airway for cats
32(1)
Laryngoscopes
32(1)
Induction chambers and face masks
33(2)
Induction chambers
33(1)
Face masks
34(1)
Checking the accuracy of the flowmeter
35(1)
Checking the anesthesia machine and breathing circuit for leaks
36(3)
Positive-pressure leaks
36(1)
Negative-pressure leaks
37(2)
Checking the scavenging system for leaks and malfunctions
39(1)
Monitoring of waste gas and pollution
39(1)
Further reading
40(1)
Chapter 2 Perioperative blood work and urine analysis
41(10)
Jeff C. Ko
Introduction
41(1)
Blood work
41(4)
Packed cell volume
42(1)
Total protein
43(1)
Blood glucose
43(1)
Reticulocyte count
44(1)
Mean corpuscular volume
44(1)
Mean corpuscular hemoglobin concentration
44(1)
White blood cells (or leukocytes)
44(1)
Neutrophils
44(1)
Lymphocytes
44(1)
Eosinophils
45(1)
Platelets and coagulation tests
45(1)
Biochemistry profiles
45(3)
Liver function tests
45(1)
Kidney function tests
46(1)
Pancreatic function tests
47(1)
Electrolytes
47(1)
Urine analysis
48(1)
Further reading
49(2)
Chapter 3 Preanesthetic medication: drugs and dosages
51(26)
Jeff C. Ko
Introduction
51(1)
Reasons for preanesthetic medication
52(1)
Preanesthetic medication protocol
53(1)
Phenothiazines: acepromazine
54(1)
Quick points for consideration
54(1)
Preanesthetic medication doses
54(1)
Advantages of using acepromazine
55(1)
Disadvantages of using acepromazine
55(1)
Butyrophenone: azaperone
55(1)
Quick points for consideration
55(1)
Preanesthetic medication doses
56(1)
Benzodiazepines: diazepam and midazolam
56(1)
Quick points for consideration
56(1)
Preanesthetic medication doses
56(1)
Differences between diazepam and midazolam
57(1)
Advantages of using benzodiazepines
57(1)
Disadvantages of using benzodiazepines
57(1)
Alpha-2 adrenergic agonists: xylazine, romifidine, medetomidine, and dexmedetomidine
57(4)
Quick points for consideration
57(1)
Preanesthetic medication doses
58(1)
Differences between the various alpha-2 adrenergic agonists
58(1)
Advantages of using alpha-2 adrenergic agonists
59(1)
Disadvantages of using alpha-2 adrenergic agonists
60(1)
Dissociatives: ketamine and tiletamine
61(2)
Quick points for consideration
61(1)
Preanesthetic medication doses
61(1)
Differences between the dissociatives
61(1)
Advantages of using dissociatives
62(1)
Disadvantages of using dissociatives
62(1)
Anticholinergics: atropine and glycopyrrolate
63(1)
Quick points for consideration
63(1)
Preanesthetic medication doses
63(1)
Differences between atropine and glycopyrrolate
63(1)
Advantage of using anticholinergic agents
63(1)
Opioids
64(3)
Quick points for considerations
64(1)
Preanesthetic medication doses and properties
64(2)
Differences between the various opioids
66(1)
Advantages of using opioids
66(1)
Disadvantages of using opioids
67(1)
Neuroleptic-analgesic combinations
67(7)
Overview
67(1)
Concepts of using two or more sedatives together
68(2)
ASA I and II dogs
70(2)
Sick (ASA III, IV, V, III-E, IV-E, V-E), pediatric, or geriatric dogs
72(1)
ASA I and II cats
72(2)
Case example
74(1)
Further reading
75(2)
Chapter 4 Intravenous injection techniques and intravenous anesthetic agents
77(16)
Jeff C. Ko
Introduction
77(1)
Intravenous injection techniques
78(1)
Intravenous anesthetic agents
78(1)
Induction or short-term restraint
78(1)
Arm-brain (cephalic vein to brain) circulation time
78(1)
Apnea induced by intravenous anesthetics during induction
78(1)
Characteristics of intravenous anesthetic agents used in dogs and cats
79(10)
Thiopentone (thiopental) sodium
81(2)
Propofol
83(3)
Etomidate
86(1)
Alfaxalone
87(1)
Diazepam (midazolam)/ketamine
88(1)
Tiletamine/zolazepam
89(2)
Overview
89(1)
Induction and immobilization
90(1)
Further reading
91(2)
Chapter 5 Inhalant anesthetic agents
93(14)
Jeff C. Ko
Introduction
93(1)
Uptake and distribution of inhalant anesthetic agents
94(4)
Stage of anesthesia
95(1)
Anesthetic partial-pressure gradient: induction phase
95(1)
Anesthetic partial-pressure gradient: recovery phase
96(1)
Types of volume barriers
97(1)
Minimum alveolar concentration
98(1)
Factors that decrease minimum alveolar concentration values
98(1)
Factors that increases minimum alveolar concentration values
98(1)
Factors that do not affect minimum alveolar concentration values
98(1)
Blood gas solubility
98(1)
Pungency and airway irritation
99(1)
Isoflurane, sevoflurane, and desflurane
99(1)
Isoflurane
99(1)
Sevoflurane
99(1)
Desflurane
100(1)
Face mask and chamber induction with overpressurizing techniques
100(3)
General principles
100(1)
Technique for face mask induction
100(1)
Technique for chamber induction
101(2)
Advantages of using chamber and face mask induction
103(1)
Inconsistencies during anesthesia maintenance
103(1)
Premature awakening during a surgical procedure
103(1)
Anesthetic plane becomes too deep
103(1)
Recovery from inhalant anesthesia
104(1)
Further reading
104(3)
Chapter 6 Anesthesia monitoring and management
107(34)
Jeff C. Ko
Introduction
107(1)
Monitoring circulation
108(13)
Subjective assessment of circulatory function
108(1)
Objective assessment of circulatory function
109(12)
Monitoring fluid responsiveness using the plethysmographic variability index
121(1)
Limitation of using PVI as a fluid administration guide
121(1)
Monitoring oxygenation
122(5)
Subjective assessment of oxygenation
122(1)
Objective assessment of oxygenation
122(1)
Hemoximetry and pulse oximetry
122(1)
Placement of the pulse oximeter probe
123(1)
Factors that influence pulse oximetry
123(1)
Normal values for SpO2
124(1)
Normal values for PaO2
124(1)
Relationship between SpO2 (or SaO2) and PaO2
124(1)
Hypoxemia
125(2)
Monitoring ventilation
127(6)
Subjective assessment of ventilatory function
127(1)
Objective assessment of ventilatory function
128(5)
Monitoring other vital parameters
133(5)
Monitoring body temperature
133(1)
Monitoring blood glucose levels
134(1)
Monitoring blood lactate
135(1)
Monitoring blood electrolytes, total protein, and packed cell volume
136(1)
Monitoring the depth of anesthesia
136(1)
Pain management
137(1)
Neuromuscular monitoring
138(2)
Further reading
140(1)
Chapter 7 Fluid therapy
141(8)
Ann B. Weil
Jeff C. Ko
Introduction
141(1)
Composition and fluid distribution within animals
141(1)
Indications for fluid therapy under general anesthesia
141(1)
2013 American Animal Hospital Association/American Association of Feline Practitioners Fluid Therapy Guidelines for Dogs and Cats
142(1)
Fluid classification
142(6)
Crystalloids
142(3)
Colloids
145(1)
Blood products
146(2)
Case examples
148(1)
Healthy patient undergoing general anesthesia for elective procedure
148(1)
Patient with suspected portosystemic shunt requiring general anesthesia
148(1)
Patient with hemolytic anemia to be anesthetized for bone marrow aspiration
148(1)
Patient with bleeding abdominal mass presented for surgery
148(1)
Patient with ruptured bladder presenting for bladder repair
148(1)
Two- to three-month-old male puppy presented for laceration repair
148(1)
Further reading
148(1)
Chapter 8 Blood components and transfusion therapy
149(14)
Paula A. Johnson
J. Catharine Scott-Moncrieff
Introduction
149(1)
Blood products
149(7)
Fresh whole blood
149(2)
Packed red blood cells
151(1)
Fresh frozen plasma/frozen plasma
152(1)
Cryoprecipitate and cryoprecipitate-depleted fresh frozen plasma (cryosupernatant)
153(1)
Platelet products
154(1)
Albumin products
154(2)
Transfusion monitoring
156(2)
Transfusion reactions
157(1)
Safe transfusion practices
158(1)
Blood typing
158(1)
Cross matching
159(1)
Safe sources of blood products
159(3)
Blood donors
159(1)
Autologous blood transfusion
160(1)
Massive transfusions
161(1)
Further reading
162(1)
Chapter 9 Injectable sedative and anesthesia-analgesia combinations in dogs and cats
163(22)
Jeff C. Ko
Introduction
163(13)
Dexmedetomidine (and medetomidine)-based protocols
164(1)
Dexmedetomidine (or medetomidine)-ketamine combinations
164(2)
Dexmedetomidine (medetomidine)-butorphanol
166(1)
Dexmedetomidine (medetomidine)-butorphanol-midazolam (or diazepam) sedative combination
167(1)
Dog-specific dexmedetomidine combinations
168(4)
Cat-specific combinations
172(2)
Alternative injectable anesthetic combinations and techniques for giant breed dogs
174(1)
Chemical restraint combinations for animals with systemic illness or geriatric dogs and cats
175(1)
Tiletamine/zolazepam-based protocols
176(4)
Tiletamine/zolazepam-butorphanol-dexmedetomidine (medetomidine)
176(4)
Tiletamine/zolazepam-dexmedetomidine (or medetomidine) combination without opioids
180(1)
Tiletamine/zolazepam-opioid combinations without dexmedetomidine/medetomidine
180(1)
Case examples
180(3)
Further reading
183(2)
Chapter 10 Anesthetic considerations for specific diseases
185(26)
Ann B. Weil
Jeff C. Ko
Introduction
185(1)
Hepatic dysfunction
185(3)
General considerations
185(1)
Anesthetic management and pharmacologic considerations
186(1)
Examples of anesthetic protocols for dogs with liver dysfunction
187(1)
Anesthetic protocols for cats with liver dysfunction
188(1)
Other considerations
188(1)
Cardiac dysfunction
188(7)
General considerations
188(1)
Hypertrophic cardiomyopathy
188(1)
Dilated cardiomyopathy
189(1)
Mitral valve regurgitation (or insufficiency)
190(1)
Tricuspid regurgitation
190(1)
Pulmonic stenosis
190(1)
Aortic stenosis
191(1)
Patent ductus arteriosus (PDA)
191(1)
Pericardial effusion
192(1)
Protocols to minimize the risk and maximize the chances of a good anesthetic outcome in patients with pre-existing cardiac disease
192(1)
Anesthetic management and pharmacologic considerations
193(1)
Examples of anesthetic protocols for dogs with cardiac dysfunction
194(1)
Anesthetic protocols for cats with cardiac dysfunction
195(1)
Respiratory dysfunction
195(2)
General considerations
195(1)
Anesthetic management and pharmacologic considerations
195(1)
Examples of anesthetic protocols for dogs and cats with respiratory dysfunction (e.g. brachycephalic obstructive airway disease)
196(1)
Central nervous system dysfunction
197(1)
General considerations
197(1)
Anesthetic management and pharmacologic considerations
198(1)
Examples of anesthetic protocols for dogs with CNS dysfunction
198(1)
Other considerations
198(1)
Endocrine dysfunction
198(1)
Diabetes mellitus
198(1)
General considerations
198(1)
Anesthetic management and pharmacologic considerations
199(1)
Hypothyroidism
199(1)
General considerations
199(1)
Anesthetic management and pharmacologic considerations
199(1)
Hyperthyroidism
199(1)
General considerations
199(1)
Anesthetic management and considerations
200(1)
Examples of anesthetic protocols for dogs and cats with endocrine disorders
200(1)
Urinary and renal dysfunction
200(3)
General considerations
200(1)
Anesthetic considerations of hemodialysis and hemoperfusion cases
201(1)
Anesthetic management and pharmacologic considerations
202(1)
Examples of anesthetic protocols for dogs and cats with urinary and renal dysfunction
202(1)
Gastrointestinal dysfunction
203(1)
General considerations
203(1)
Anesthetic management and pharmacologic considerations
203(1)
Examples of anesthetic protocols for dogs with GDV
203(1)
Cesarean section
204(3)
General considerations
204(1)
Anesthetic management and pharmacologic considerations
205(1)
Examples of anesthetic protocols for cesarean section in dogs
206(1)
Resuscitation of neonates
206(1)
Trauma
207(2)
General considerations
207(1)
Anesthetic management and pharmacologic considerations
208(1)
Examples of anesthetic protocols for traumatized orthopedic patients
209(1)
Further reading
209(2)
Chapter 11 Airway management and ventilation
211(8)
Ann B. Weil
Jeff C. Ko
Introduction
211(1)
Managing the difficult airway
211(5)
Difficulty in intubation
211(1)
Laryngospasm
211(1)
Airway occlusion and changing the endotracheal tube
212(1)
Oral surgery
213(1)
Perioperative oxygen administration
214(1)
Extubation
215(1)
Ventilation (assisted or controlled)
216(2)
Indications for use
216(1)
Types of ventilation
216(1)
Ventilator settings
216(1)
Assessing ventilatory efficiency
217(1)
Types of ventilators
217(1)
Further reading
218(1)
Chapter 12 Anesthetic considerations for patients requiring upper airway surgery and patients requiring thoracic surgery
219(12)
Jennifer C. Hess
Introduction
219(1)
Patient preparation
219(1)
Premedication
220(1)
Anxiolysis and sedation
220(1)
Medication interactions
221(1)
Monitoring
221(1)
Induction
222(1)
Analgesia options
222(3)
Opioid analgesia
224(1)
Postoperative analgesia
224(1)
Emergencies
225(1)
Thoracic surgery
226(1)
Pleural space disease
227(3)
Acid-base abnormalities
229(1)
Further reading
230(1)
Chapter 13 Anesthetic considerations for upper and lower gastrointestinal endoscopic procedures
231(4)
Ann B. Weil
Introduction
231(1)
General considerations
231(1)
Pharyngeal/oral examination
232(1)
Upper gastrointestinal endoscopy
232(2)
Lower gastrointestinal endoscopy
233(1)
Sample anesthetic protocols
234(1)
Further reading
234(1)
Chapter 14 Anesthetic considerations for minimally invasive surgical procedures
235(6)
Ann B. Weil
Laryngoscopy/tracheoscopy
235(2)
Rhinoscopy
237(1)
Laparoscopy
237(2)
Sample anesthetic protocols
239(1)
Laryngeal examination
239(1)
Rhinoscopy
239(1)
Laparoscopic gastropexy
239(1)
Further reading
239(2)
Chapter 15 Anesthetic considerations for neurologic patients
241(10)
Stefania C. Grasso
Introduction
241(1)
Brain diseases
242(5)
General considerations
242(1)
Anesthetic management and pharmacologic considerations
242(1)
Additional considerations for patients with head trauma
243(2)
Potential complications
245(1)
Anesthetic management for patients with seizures
246(1)
Anesthetic management for CSF sampling
246(1)
Examples of anesthetic protocols for dogs and cats
247(1)
Spinal and vertebral diseases
247(1)
Anesthetic management for thoracolumbar and cervical spinal disease
247(1)
Anesthetic management for patients with atlantoaxial instability
248(1)
Examples of anesthetic protocols for dogs and cats
248(1)
Neuromuscular diseases
248(1)
General considerations
248(1)
Anesthetic management and pharmacologic considerations
248(1)
Examples of anesthetic protocols for dogs and cats
249(1)
Further reading
249(2)
Chapter 16 Anesthetic considerations for ophthalmic surgeries
251(8)
Tokiko Kushiro-Banker
Overview
251(1)
General considerations
251(1)
Sedation protocols for ophthalmic examinations and/or minor procedures
252(1)
Sedation protocol examples
252(1)
Sedatives and electroretinography
252(1)
Intraocular pressure
253(1)
Tear production
253(1)
Airway management
253(1)
Oculocardiac reflex
253(1)
Pain management
253(1)
Globe position
254(2)
Diabetic patients
255(1)
Commonly used ophthalmic drugs and possible systemic adverse effects
256(1)
Examples of anesthetic protocols for dogs for non-intraocular procedures
256(1)
Examples of anesthetic protocols for diabetic dogs for intraocular surgeries
256(1)
Examples of anesthetic protocols for cats for ophthalmic procedures
256(1)
Further reading
257(2)
Chapter 17 Anesthesia and sedation for radiography, ultrasound, CT, and MRI patients
259(6)
Jeff C. Ko
Introduction
259(1)
Clinical considerations for selecting sedation or general anesthesia for radiographic-related procedures
259(4)
Cases suitable for radiography, ultrasound, and CT procedures using sedation
260(1)
Safety keys to consider when using sedation for radiography, ultrasound, CT, and MRI procedures
260(1)
Sedative protocols for radiography, ultrasound, CT, and MRI procedures
261(2)
Further reading
263(2)
Chapter 18 Anesthetic considerations for orthopedic surgical patients
265(14)
Bonnie L. Hay Kraus
Introduction
265(1)
Preoperative evaluation
265(1)
Sedation protocols for radiographic examination
266(1)
Anesthesia/analgesia protocols for dogs
267(7)
Induction
269(1)
Intraoperative analgesia
270(1)
Loco-regional anesthesia/analgesia
271(3)
Anesthesia/analgesia protocols for cats
274(1)
Intraoperative analgesia, including NSAIDs
275(1)
Monitoring
275(1)
Complications
275(1)
Postoperative considerations
276(1)
Case examples
276(2)
Case 1
276(1)
Case 2
277(1)
Further reading
278(1)
Chapter 19 Anesthetic considerations for dental and oral-facial surgeries
279(8)
Jeff C. Ko
Introduction
279(1)
Anesthetic considerations for dental and oral-facial surgical procedures
280(3)
Pain management for in-hospital and as take-home medication
283(1)
Recommendations for dental and oral-facial surgeries
284(1)
Premedication
284(1)
Intravenous induction
285(1)
Inhalant anesthetics
285(1)
Fluid administration
285(1)
Pain management
285(1)
Further reading
285(2)
Chapter 20 Analgesia and sedation of emergency/intensive care unit patients
287(18)
Elizabeth J. Thomovsky
Aimee C. Brooks
Introduction
287(1)
Basic triage of emergency cases
287(3)
Specific emergency/intensive care unit conditions
290(12)
Skin/integument/musculoskeletal
290(2)
Neurologic emergencies
292(1)
Respiratory emergencies
293(2)
Cardiovascular emergencies
295(2)
Metabolic disorders
297(3)
Renal diseases
300(2)
Further reading
302(3)
Chapter 21 Anesthetic emergencies and cardiopulmonary resuscitation
305(12)
Ann B. Weil
Jeff C. Ko
Introduction
305(1)
Respiratory complications that result in anesthetic emergencies
305(3)
Apnea
305(1)
Hypoventilation
306(1)
Loss of airway
306(1)
Hypoxemia
307(1)
Laryngospasm
307(1)
Cardiovascular complications that result in anesthetic emergencies
308(3)
Bradycardia
308(1)
Hypotension
308(1)
Hemorrhage
309(1)
Cardiac arrhythmias
309(2)
Other complications that result in anesthetic emergencies
311(1)
Hypothermia
311(1)
Hyperthermia
311(1)
Cardiopulmonary resuscitation
312(4)
Identification of arrest via checking of vital signs
312(1)
Action to be taken
312(3)
Defibrillation
315(1)
Some considerations regarding cardiopulmonary resuscitation
315(1)
Further reading
316(1)
Chapter 22 Perioperative cardiac arrhythmias and treatments
317(12)
Jeff C. Ko
Introduction
317(1)
Normal cardiac conduction pathways
317(2)
Causes of perioperative cardiac arrhythmias
319(1)
Types of cardiac arrhythmias
320(4)
Cardiac arrhythmias due to an abnormal heart rate
320(1)
Cardiac arrhythmias due to abnormal rhythms
321(2)
Cardiac arrhythmias due to impulse conduction abnormality
323(1)
Identifying perioperative cardiac arrhythmias and making decisions for immediate treatment
324(4)
Commonly occurring cardiac arrhythmias, causes, and treatment perioperatively
324(3)
Cardiac arrhythmias associated with cardiac emergency and arrest
327(1)
Further reading
328(1)
Chapter 23 Local anesthetic agents and anesthetic techniques
329(24)
Jeff C. Ko
Tomohito Inoue
Introduction
329(1)
Pharmacodynamics
329(3)
Types of local anesthetic agent
329(1)
Mechanism of action
330(1)
Specific actions
330(1)
Factors that determine the potency, onset, duration, and toxicity of a local anesthetic agent
330(1)
Additives
331(1)
Toxicity of local anesthetics and treatments
331(1)
Dental blocks
332(1)
Infraorbital block
333(1)
Indications
333(1)
Area and nerves blocked
333(1)
Landmarks
333(1)
Drugs and equipment
333(1)
Approach
334(1)
Mental foramen block
334(1)
Indications
334(1)
Area and nerves blocked
334(1)
Landmarks
334(1)
Drugs and equipment
335(1)
Approach
335(1)
Brachial plexus block
335(3)
Indications
335(1)
Area and nerves blocked
335(1)
Landmarks
335(1)
Drugs and equipment
336(1)
Approach
336(2)
Ring and three-point blocks
338(1)
Indications
338(1)
Area and nerves blocked
338(1)
Landmarks
338(1)
Drugs and equipment
338(1)
Approach
339(1)
Nerve blocks for thoracic surgeries
339(1)
Intercostal nerve block
339(1)
Indications
339(1)
Area and nerves blocked
339(1)
Landmarks
340(1)
Drugs and equipment
340(1)
Approach
340(1)
Intrapleural infusion nerve block
340(1)
Indications
340(1)
Area and nerves blocked
340(1)
Landmarks
340(1)
Drugs and equipment
340(1)
Approach
340(1)
Lumbosacral epidural block
341(3)
Indications
341(1)
Area and nerves blocked
341(1)
Landmarks
341(1)
Drugs and equipment
341(1)
Approach
342(2)
Epidural catheter placement
344(1)
Specific nerve blocks
345(1)
Intravenous regional blocks (Bier block and hindlimb blocks)
345(1)
Indications
345(1)
Area and nerves blocked
345(1)
Landmarks
345(1)
Drugs and equipment
345(1)
Approach
345(1)
Local anesthetic as an adjunct to general anesthesia for eye surgery
346(1)
Indications
346(1)
Areas and nerves blocked
346(1)
Landmarks
346(1)
Drugs
346(1)
Lidocaine regional constant rate infusion
347(3)
Indications
347(1)
Areas and nerves blocked
348(1)
Landmarks
348(1)
Drugs and equipment
348(1)
Approach
348(2)
Intratesticular and intrauterine blocks using a local anesthetic
350(1)
Intra-articular injection of a local anesthetic or other medication
351(1)
Further reading
351(2)
Chapter 24 Acute pain management
353(18)
Jeff C. Ko
Introduction
353(1)
Principles of acute pain management
353(1)
Mechanisms of pain and mechanism-based pain management
354(2)
Origins of somatic and visceral pain and pain management
354(2)
Analgesic therapies for acute pain
356(2)
Pre-emptive analgesia
356(1)
Intraoperative analgesia
357(1)
Postoperative analgesia
357(1)
Drugs used in analgesic therapies for acute pain
357(1)
Pre-emptive/preoperative pain management
358(2)
Opioids
358(1)
Alpha-2 agonists
359(1)
Non-steroidal anti-inflammatory drugs
359(1)
Local anesthetic agents
360(1)
Intraoperative pain management
360(3)
Opioids
360(1)
Alpha-2 agonists
360(1)
Other constant rate infusion alternatives
361(1)
Local anesthetic blocks during surgery
362(1)
Postoperative pain management
363(1)
Opioids
363(1)
Alpha-2 agonists
363(1)
Non-steroidal anti-inflammatory drugs
363(1)
Take-home pain medication
363(6)
Buprenorphine
363(2)
Tramadol
365(1)
Fentanyl patch
366(1)
Lidocaine patch
366(2)
Similarities and differences between lidocaine patches and fentanyl patches
368(1)
NSAIDs
368(1)
Further reading
369(2)
Chapter 25 Photobiomodulation therapy in pain management
371(6)
Andrea L. Looney
Introduction
371(4)
Mechanism of action in device and in vivo
371(1)
Classification of devices
372(1)
Precautions with photobiomodulation therapy
373(1)
Laser parameter selection and treatment techniques
373(2)
Conclusion
375(1)
Treatment example
375(1)
Further reading
375(2)
Chapter 26 Management of neuropathic pain in dogs and cats
377(8)
Talisha M. Moore
Stephanie A. Thomovsky
Overview of pain
377(1)
Components of normal pain perception
377(2)
Role of the peripheral nervous system in pain perception
377(1)
Role of the central nervous system in pain perception
378(1)
Neuropathic pain
379(1)
Common medications used for the treatment of neuropathic pain
379(1)
Common medications used for the treatment of chronic pain
380(2)
Alternative therapies used for the treatment of neuropathic pain
382(1)
Case examples
382(1)
Case 1
382(1)
Case 2
382(1)
Case 3
382(1)
Further reading
383(2)
Chapter 27 Oncologic pain management and radiation therapy
385(8)
Nicholas J. Rancilio
Jeff C. Ko
Overview of radiation therapy and its role in pain management
385(1)
Head to tail approach to painful tumors and cancer
386(3)
Body systems commonly affected by oncologic pain
386(3)
Oncologic pain assessment and management
389(2)
Palliative pain management
389(1)
Oncologic treatment-related pain management
390(1)
Pharmacologic therapy
391(1)
Further reading
391(2)
Chapter 28 Chronic pain management for osteoarthritis in dogs and cats
393(8)
Tamara L. Grubb
Introduction
393(1)
Pathology of osteoarthritis
393(1)
Pain from osteoarthritis
394(1)
Sources of osteoarthritis pain
394(1)
Treatment of osteoarthritis pain
394(5)
Pharmacologic and non-pharmacologic therapy
394(5)
Other alternative therapies
399(1)
Sample protocols for treating osteoarthritis pain
399(1)
Mild pain
399(1)
Moderate pain
399(1)
Severe pain
400(1)
Further reading
400(1)
Chapter 29 Acupuncture and Chinese medicine for pain management in dogs and cats
401(12)
Patrick Roynard
Lauren R. Frank
Huisheng Xie
Introduction
401(1)
What is acupuncture?
401(5)
Acupuncture for treating pain
402(1)
Common methods of veterinary acupuncture for pain
402(1)
Evidence-based mechanisms of acupuncture
403(1)
Acupuncture channels/meridians
403(3)
Herbal medicine
406(1)
Top five herbs used in small animal anesthesia and pain management
406(1)
Clinical applications of acupuncture and herbs in pain management
407(4)
Neurologic conditions
407(3)
Osteoarthritis and degenerative joint disease
410(1)
Postoperative pain management
410(1)
Palliative care and oncology
411(1)
Conclusion
411(1)
Further reading
411(2)
Chapter 30 Rehabilitation and pain management for veterinary patients
413(6)
Stephanie A. Thomovsky
Introduction
413(2)
Types of patients who benefit from physical rehabilitation
415(2)
Orthopedic patients that may have one or more of the following conditions
416(1)
Neurologic patients with one or more of the following conditions
416(1)
Other types of patients
416(1)
Use of physical rehabilitation for pain control
416(1)
Further reading
417(2)
Chapter 31 Anesthesia in shelter medicine and high-volume/high-quality spay and neuter programs
419(10)
Jeff C. Ko
Rebecca A. Krimins
Introduction
419(2)
Preimmobilization and anesthesia considerations
421(2)
Anesthetic protocols
423(4)
Tiletamine/zolazepam, butorphanol, dexmedetomidine
423(4)
Monitoring of anesthesia in shelters, high-volume/high-quality spay and neuter clinics, and trap-neuter-release environments
427(1)
Further reading
427(2)
Chapter 32 Euthanasia
429(6)
Jeff C. Ko
Introduction
429(1)
Principles of euthanasia
429(2)
Euthanasia under general anesthesia
431(1)
Two-stage euthanasia: anesthesia-sedation prior to euthanasia
431(1)
Drugs and solutions for euthanasia
432(1)
Barbiturate-based solutions
432(1)
Potassium chloride
432(1)
Intravenous access for drug administration
432(1)
Avoiding agonal breathing and muscle spasms
432(1)
Further reading
433(2)
APPENDIX
Anesthetic dosage reference ranges
435(2)
Index 437
Dr. Ko has been a professor and clinical anesthesiologist in the Department of Veterinary Clinical Sciences, School College of Veterinary Medicine, Purdue University since January of 2006. He is a diplomate of American College of Veterinary Anesthesia and Analgesia and a frequent speaker at regional, national and international meetings.