BOOK
Exotic Animal Neurology, An Issue of Veterinary Clinics of North America: Exotic Animal Practice, E-Book
(2017)
Additional Information
Book Details
Abstract
This issue of Veterinary Clinics of North America: Exotic Animal Practice on Exotic Animal Neurology, edited by Susan Orosz, includes: Pain and its control in Reptiles; The Neuroanatomical basis for pain and controlling pain in birds; Avian Bornavirus and its pathophysiology for Proventricular dilatation disease; Treatment of Proventricular dilatation disease and avian ganglioneuritis; Vaccination for Proventricular dilatation disease; Imaging the brain for exotic animal clinicians; EC in rabbits; Pain control in small mammals; Vaccination of ferrets for Rabies and Distemper; and Medication for Behavior Modification in Birds.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Front Cover | Cover | ||
Exotic Animal Neurology | i | ||
Copyright\r | ii | ||
Contributors | iii | ||
CONSULTING EDITOR | iii | ||
EDITOR | iii | ||
AUTHORS | iii | ||
Contents | v | ||
Preface | v | ||
Pain and Its Control in Reptiles | v | ||
Pain in Birds: The Anatomical and Physiological Basis | v | ||
Avian Ganglioneuritis in Clinical Practice | v | ||
Clinical Signs, Diagnosis, and Treatment of Encephalitozoon cuniculi Infection in Rabbits | v | ||
Analgesics in Small Mammals | vi | ||
Vaccination of Ferrets for Rabies and Distemper | vi | ||
Medication for Behavior Modification in Birds | vi | ||
Functional and Anatomic Correlates of Neural Aging in Birds | vi | ||
Gut Brain Axis and Its Microbiota Regulation in Mammals and Birds | vii | ||
VETERINARY CLINICS OF\rNORTH AMERICA: EXOTIC\rANIMAL PRACTICE\r | viii | ||
FORTHCOMING ISSUES | viii | ||
May 2018 | viii | ||
September 2018 | viii | ||
January 2019 | viii | ||
RECENT ISSUES | viii | ||
September 2017 | viii | ||
May 2017 | viii | ||
January 2017 | viii | ||
Preface | ix | ||
Pain and Its Control in Reptiles | 1 | ||
Key points | 1 | ||
INTRODUCTION | 1 | ||
NEUROANATOMY AND NEUROPHYSIOLOGY | 2 | ||
Transduction | 2 | ||
Transmission | 2 | ||
Projection | 2 | ||
Perception | 3 | ||
REPTILE ANALGESICS | 4 | ||
Local Analgesics | 4 | ||
Spinal Analgesia | 5 | ||
Systemic Analgesics | 5 | ||
Anti-inflammatories | 5 | ||
Opioids | 8 | ||
Other analgesics | 10 | ||
α2-ADRENERGIC AGONISTS | 10 | ||
NMDA RECEPTOR ANTAGONIST | 11 | ||
ALTERNATIVE MEDICINE | 12 | ||
PREEMPTIVE AND MULTIMODAL ANALGESIA | 12 | ||
SUMMARY | 12 | ||
REFERENCES | 13 | ||
Pain in Birds | 17 | ||
Key points | 17 | ||
INTRODUCTION | 17 | ||
PERIPHERAL NERVOUS SYSTEM | 18 | ||
CENTRAL NERVOUS SYSTEM | 19 | ||
PERIPHERAL AND CENTRAL SENSITIZATION | 25 | ||
REFERENCES | 26 | ||
Avian Ganglioneuritis in Clinical Practice | 33 | ||
Key points | 33 | ||
INTRODUCTION | 33 | ||
AVIAN GANGLIONEURITIS | 34 | ||
Clinical Signs | 34 | ||
Signs Associated with the Nervous System | 34 | ||
PATHOLOGY | 39 | ||
PATHOGENESIS | 46 | ||
Avian Bornavirus | 46 | ||
Infection Rate | 47 | ||
Transmission | 47 | ||
Incubation Period | 48 | ||
Role of Avian Bornavirus in Pathogenesis of Avian Ganglioneuritis/Proventricular Dilatation Disease | 49 | ||
Asymptomatic Infection with Avian Bornavirus | 49 | ||
Proposed Autoimmune Mechanisms for Avian Ganglioneuritis/Proventricular Dilatation Disease | 50 | ||
The Complement System and Its Proposed Role in Pathogenesis of Lesions | 51 | ||
Lesion Characterization in Parrots and Ganglioside Sensitization of the Host | 53 | ||
Diagnosis | 56 | ||
Differential Diagnoses | 57 | ||
Avian Bornavirus Diagnostics | 57 | ||
Polymerase chain reaction | 57 | ||
Serology | 57 | ||
Treatment | 58 | ||
Medications | 58 | ||
Avian bornaviral vaccination | 59 | ||
FORMULARY | 60 | ||
REFERENCES | 60 | ||
Clinical Signs, Diagnosis, and Treatment of Encephalitozoon cuniculi Infection in Rabbits | 69 | ||
Key points | 69 | ||
INTRODUCTION/BIOLOGY OF ENCEPHALITOZOON CUNICULI | 69 | ||
Classification and Cell Structure | 69 | ||
Life Cycle and Pathogenesis | 70 | ||
Encephalitozoon cuniculi in Other Mammals and Humans | 71 | ||
CLINICAL SIGNS | 72 | ||
Neurologic Manifestation | 72 | ||
Phacoclastic Uveitis | 73 | ||
Clinical Signs Compatible with Chronic Interstitial Nephritis | 73 | ||
DIAGNOSTIC WORKUP | 73 | ||
Serologic Testing for Specific Immunoglobulin G and Immunoglobulin M Antibodies Against Encephalitozoon cuniculi | 73 | ||
Polymerase Chain Reaction | 75 | ||
Other Diagnostic Methods for Exclusion of Relevant Differential Diagnoses | 76 | ||
TREATMENT OF RABBITS WITH VESTIBULAR DYSFUNCTION | 76 | ||
Inhibition of Spore Proliferation | 77 | ||
Anti-Inflammatory Therapy | 77 | ||
Supportive Care | 78 | ||
Physiotherapy: Therapeutic Exercise | 78 | ||
REFERENCES | 79 | ||
Analgesics in Small Mammals | 83 | ||
Key points | 83 | ||
INTRODUCTION | 83 | ||
GENERAL SIGNS OF PAIN | 84 | ||
SPECIFIC SIGNS OF PAIN | 85 | ||
RODENT AND RABBIT GRIMACE SCALES (PAIN FACES) | 87 | ||
ASSESSING PAIN IN CLINICAL PRACTICE | 89 | ||
PAIN PREVENTION AND ALLEVIATION | 90 | ||
Postoperative and Posttrauma Pain | 90 | ||
Analgesic Agents | 92 | ||
Nonsteroidal anti-inflammatory drugs | 92 | ||
Acetaminophen (Paracetamol) | 94 | ||
Opioids | 94 | ||
Tramadol | 95 | ||
Local anesthetics | 96 | ||
Preventive Analgesia | 96 | ||
Outpatient Analgesia | 97 | ||
Recommendations | 97 | ||
Managing Other Causes of Pain | 98 | ||
SUMMARY | 98 | ||
REFERENCES | 99 | ||
Vaccination of Ferrets for Rabies and Distemper | 105 | ||
Key points | 105 | ||
DISTEMPER | 105 | ||
RABIES | 108 | ||
VACCINE REACTIONS | 109 | ||
RISK ASSESSMENT AND VACCINATION POLICY | 110 | ||
Ideal Kit Wellness and Vaccine Schedule | 111 | ||
Ideal Adult Ferret Wellness Vaccine Schedule | 111 | ||
Protocol and Strategies for Ferrets that Develop a Vaccine Reaction | 112 | ||
THE FERRET AND VACCINE DEVELOPMENT OF THE FUTURE | 112 | ||
ACKNOWLEDGMENTS | 112 | ||
REFERENCES | 112 | ||
Medication for Behavior Modification in Birds | 115 | ||
Key points | 115 | ||
INTRODUCTION | 115 | ||
BEHAVIOR PROBLEMS: WHEN TO PRESCRIBE AND WHEN NOT TO PRESCRIBE MEDICATION | 116 | ||
DIAGNOSTIC WORK-UP ESSENTIALS — ESTABLISHING A (DIFFERENTIAL) DIAGNOSIS AND RATIONALE FOR THE USE OF BEHAVIOR MODIFICATION ... | 120 | ||
History | 121 | ||
Direct Behavioral Observations | 122 | ||
Physical Examination and Ancillary Tests | 122 | ||
CHOOSING THE APPROPRIATE DRUG — CONSIDERATIONS FOR DRUG SELECTION | 122 | ||
PSYCHOACTIVE DRUG CLASSES AND THEIR MODE OF ACTION | 124 | ||
Benzodiazepines | 127 | ||
Azapirones | 134 | ||
Tricyclic Antidepressants | 134 | ||
Selective Serotonin Reuptake Inhibitors | 135 | ||
Antipsychotics | 136 | ||
Opioid Antagonists | 136 | ||
HORMONE THERAPY FOR TREATMENT OF REPRODUCTIVE-RELATED BEHAVIORS | 137 | ||
THERAPY FOR PAIN-RELATED BEHAVIORS | 138 | ||
THERAPY FOR PRURITUS-ASSOCIATED BEHAVIORS | 139 | ||
THERAPEUTIC OPTIONS IN CASES OF CONVULSIVE BEHAVIORS | 139 | ||
MONITORING AND FOLLOW-UP | 140 | ||
SUMMARY | 142 | ||
REFERENCES | 142 | ||
Functional and Anatomic Correlates of Neural Aging in Birds | 151 | ||
Key points | 151 | ||
INTRODUCTION | 151 | ||
AN OVERVIEW OF AGING IN BIRDS | 152 | ||
EVIDENCE OF NEURAL AND COGNITIVE AGING IN SHORT- AND LONG-LIVED BIRDS | 153 | ||
Auditory and Visual System Aging | 153 | ||
Cognitive Function and Aging | 154 | ||
SUMMARY | 154 | ||
REFERENCES | 155 | ||
Gut Brain Axis and Its Microbiota Regulation in Mammals and Birds | 159 | ||
Key points | 159 | ||
INTESTINAL MICROBIOTA AND ITS FUNCTION | 159 | ||
ASSESSMENT OF INTESTINAL MICROBIOTA | 160 | ||
INTESTINAL MICROBIOTA OF MAMMALS | 161 | ||
Humans, Mice, Dogs, Cats | 161 | ||
Rabbits, Ferrets, and Hamsters | 161 | ||
INTESTINAL MICROBIOTA OF PARROTS AND PSITTACINES | 162 | ||
EXAMPLES OF GUT-BRAIN AXIS INTERACTIONS ACROSS ANIMAL MODELS | 162 | ||
SUMMARY | 164 | ||
REFERENCES | 165 |