TECH offers you a unique opportunity in the veterinary field, with which you will position yourself professionally thanks to the quality of its contents and the practical training in a prestigious veterinary clinic"

Small Animal veterinary anesthesia has undergone a great development in recent years. The techniques used today are quite different from those of yesteryear, providing maximum rigor and inherent safety in each intervention. In this way, clinical care for animals has advanced considerably in favor of their welfare, providing shorter hospital stays with minimal pain, reducing the recovery time of patients and achieving better results in general terms. All this thanks to the implementation and development of increasingly specific and specialized strategies and tools based on the physiological needs of the patient. 

And in order for the specialist to get up to date on all these new developments, TECH and its team of experts in the field have developed a complete program that is perfect for this purpose. This is the Hybrid Master's Degree in Veterinary Anesthesiology, whose objective is to teach all aspects of the intervention in Veterinary Anesthesiology, so that the agenda starts from the phases prior to the application of anesthesia on the patient, such as knowledge of the equipment, previous handling of the patient, medication and study of drug interactions. 

In turn, the study of physiology is another important aspect of anesthesia, focusing on the involvement of the cardiocirculatory, respiratory, nervous system and endocrine systems. This program provides essential knowledge to understand how anesthesia works and its consequences on the patient. To that end, we offer 1,500 hours of the best theoretical, and additional content, which will be presented in a convenient and flexible 100% online format.

However, the highlight of the program comes once this first period is over, since TECH will provide graduates with a 120-hour internship in a reference clinical center. In this way, they will be able to take the updated knowledge to real practice, participating in a leading role in the management of the different animals that come to the veterinary practice. In addition, during the 3 weeks, you will have the support of an expert tutor in the field, who will ensure that all the requirements for which this very complete and comprehensive multidisciplinary program was designed are met.

In this Hybrid Master's Degree you will deal with a key aspect of anesthesiology: detecting, preventing and treating the main complications during the perioperative period"

This Hybrid Master's Degree in Veterinary Anesthesiology contains the most complete and up-to-date scientific program on the market. The most important features include:

• Development of more than 100 clinical cases presented by experts in Veterinary Anesthesiology
• Its graphic, schematic and eminently practical contents, with which they are conceived, gather scientific and assistance information on those medical disciplines that are indispensable for the professional practice
• New developments in animal anesthesiology presented through various case studies
• Practical exercises where the self-assessment process can be carried out to improve the updating process 
• Special emphasis on innovative methodologies in Veterinary Anaesthesiology 
• All of this will be complemented by theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection 
• Furthermore, you will be able to carry out a clinical internship in one of the best veterinary centers in the world

In the Virtual Campus you will find dozens of hours of multimedia resources to expand each section of the syllabus in a personalized way"

In this proposal for a Hybrid Master's Degree , of a professionalizing nature and blended learning modality, the program is aimed at updating veterinary care professionals who perform their functions in operating room units, and who require a high level of qualification. The contents are based on the latest scientific evidence and oriented in a didactic way to integrate theoretical knowledge in veterinary practice, and the theoretical-practical elements will facilitate the updating of knowledge and will allow decision making in patient management. 

Thanks to their multimedia content developed with the latest educational technology, they will allow the clinical animal care professional to obtain situated and contextual learning, i.e. a simulated environment that will provide immersive learning programmed to train in real situations. The design of this program focuses on Problem Based Learning, by means of which the student must try to solve the different professional practice situations that arise throughout the program.  For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts. 

You will learn firsthand the latest features of each anesthetic time and the control points to take into account when increasing patient safety"

You will acquire a logical understanding of the physiological implications of untreated pain, which will enable you to hone your skills in the assessment of the whole patient"

"

The contents of this program have been developed by the different experts of this Hybrid Master's Degree with the objective that the student acquires each and every one of the necessary skills to update their practice in animal anesthesiology. Its structure and practice plan make this degree the most complete on the market today, as it covers all the relevant knowledge for the veterinarian to develop successfully in a highly demanded specialty, essential for any surgical procedure. In this way, the ten-module structure allows an up-to-date classified by different knowledge related to the anesthesia of animals, from the equipment to be used, the physiological changes of the patient's condition or the control of monitoring.

Thanks to this TECH program you will master mechanical ventilation and controlled and assisted ventilatory modes safely in less than 12 months"

Module 1. Introduction. Anesthetic Equipment

1.1. Brief History of Anesthesia

1.1.1. Important Facts About Human Anesthesiology
1.1.2. Relevant Historical Events in Veterinary Anesthesiology

1.2. Optimization of the Surgical Patient. Pre-operative Fasting

1.2.1. Importance of Liquid Fasting
1.2.2. Fasting of Solids, Why and When?

1.3. Peri-operative Drugs

1.3.1. Precautions in the Polymedicated Patient. General Aspects
1.3.2. Medication Guidelines for Patients with Cardiac Medication
1.3.3. Medication Guidelines in Diabetic Patients
1.3.4. Medication Guidelines for Patient with Epilepsy
1.3.5. Other Chronic Medications

1.4. Anesthetic Machines and Systems

1.4.1. General Aspects
1.4.2. Technical Description and Equipment Care
1.4.3. Anesthetic Circuits

1.4.3.1. No Reinhalation
1.4.3.2. With Reinhalation

1.5. Mechanical Ventilators

1.5.1. Introduction
1.5.2. Types of Ventilators

1.6. Systems of Administrating Drugs

1.6.1. Systems of Administrating Inhalants
1.6.2. Basic Systems
1.6.3. Volumetric Infusion Pumps
1.6.4. Perfusers

1.7. Patient Classification Systems

1.7.1. Introduction
1.7.2. Conduction Heating Systems
1.7.3. Heating Systems with Hot Air

1.8. Miscellaneous (Endotracheal Tubes and Other Intubation Systems, Laryngoscope)

1.8.1. Endotracheal Tubes
1.8.2. Supraglottic Devices
1.8.3. Laryngoscopy

1.9. Clinical Safety
1.10. Contributions of Current Anesthesiology to Veterinary Medicine and Client Expectations

Module 2. Physiology and Pharmacology Related to Anesthesia

2.1. Ventilatory Physiology 

2.1.1. Introduction 
2.1.2. Ventilation of the Awake Patient 
2.1.3. Ventilation in Anesthesia 

2.2. Cardiovascular Physiology 

2.2.1. Introduction 
2.2.2. Anesthesia-Related Characteristics of the Cardiovascular System

2.3. Neurological Physiology. Central and Autonomic Nervous System 

2.3.1. Introduction 
2.3.2. Anesthesia-related Characteristics of the SNA 

2.4. Renal Physiology Acid/ Base Balance 

2.4.1. Introduction 
2.4.2. Anesthesia-related Characteristics of the Renal System 
2.4.3. Mechanism of Regulating the Acid/ Base Balance 

2.5. Gastrointestinal and Endocrine Physiology 

2.5.1. Introduction 
2.5.2. Characteristics of the Digestive System in Anesthesia 
2.5.3. Characteristics of the Endocrine System in Anesthesia 

2.6. Age Related Physiological Changes 

2.6.1. Ventilatory Changes 
2.6.2. Cardiovascular Changes 
2.6.3. Nervous System Changes 
2.6.4. Endocrine Changes 
2.6.5. Other Changes Related to Anestesia 

2.7. Pharmacology and Anesthesia I. Basic Principles 

2.7.1. Pharmacokinetics Applied to Anesthesia 
2.7.2. Pharmacodynamics Applied to Anesthesia 

2.8. Pharmacology and Anesthesia II. Inhalation Drugs 

2.8.1. Main Halogenated Agents 
2.8.2. Pharmacology of the Main Agents 

2.9. Pharmacology and Anesthesia III. Non-inhaled Drugs 

2.9.1. Pharmacology of Inducers 
2.9.2. Pharmacology of Sedatives 
2.9.3. Pharmacology of Opiodes 
2.9.4. Pharmacology of Non-steroid Anti-inflammatory Drugs 
2.9.5. Pharmacology of Neuromuscular Blockers 

2.10. Tables of physiological constants, drug tables, dosage calculation, etc

2.10.1. Physiological Constants Charts 
2.10.2. Continuous Medical Infusion Charts 
2.10.3. Dose Calculation Sheets 

Module 3. Anesthetic Timing

3.1. Pre-anesthetic/anesthetic Risk Assessment 

3.1.1. Anesthetic Risk versus Procedure Risk 
3.1.2. ASA Classification 

3.2. Pre-medication Premedication Drugs 

3.2.1. Sedatives 
3.2.2. Opioids 
3.2.3. Alpha-2 Agonists 
3.2.4. Benzodiazepines 
3.2.5. NSAIDS 
3.2.6. Others 

3.3. Induction Intubation 

3.3.1. Induction Drugs 

3.3.1.1.Propofol
3.3.1.2.Alfaxalona
3.3.1.3.Tiopental
3.3.1.4.Etomidato
3.3.1.5.Adyuvantes

3.3.2. Intubation Maneuver 

3.3.2.1. Sellick Maneuver 

3.4. Maintenance. Inhalation Anesthesia 

3.4.1. Characteristics of Inhalation Maintenance 
3.4.2. Main Anesthetic Agents (Halothane, Isoflurane, Sevoflurane, Desflurane) 

3.5. Maintenance. Total Intravenous Anesthesia (TIVA) 

3.5.1. Maintenance Characteristics in Total Intravenous Anesthesia 
3.5.2. Drugs Used in TIVA (Propofol, Alfaxalone) 
3.5.3. Partial Intravenous Anesthesia (PIVA) 

3.5.3.1. Features 
3.5.3.2. Drugs: 

3.6. Mechanical Ventilation 

3.6.1. Principles of Mechanical Ventilation 
3.6.2. Controlled Ventilatory Modes 

3.6.1.1. Volume Mode 
3.6.1.2. Pressure Mode 

3.6.3. Assisted Ventilatory Modes 

3.6.3.1. Pressure Support 
3.6.3.2. Intermittent Synchronized Ventilation 

3.6.4. Positive End-Expiratory Pressure (PEEP) 
3.6.5. Alveolar Recruitment Maneuvers 

3.7. Eduction. Immediate Postoperative 

3.7.1. Precautions Before Eduction 
3.7.2. Precautions In the Immediate Postoperative Period 

3.8. Intraoperative Fluid Therapy 

3.8.1. Principles of Fluid Therapy 
3.8.2. Types of Fluid 
3.8.3. Fluid Choice and Infusion Rate 

3.9. Coagulation During the Perioperative Period 

3.9.1. Coagulation Physiology 
3.9.2. Basic Alterations in Perioperative Coagulation 
3.9.3. Disseminated Intravascular Coagulation 

3.10. Perioperative Transfusion 

3.10.1. Indications 
3.10.2. Transfusion Techniques 

Module 4. Analgesia

4.1. Pain Physiology  

4.1.1. Nociceptive Pathways 
4.1.2. Peripheric Sensitization 
4.1.3. Central Sensitization 

4.2. Chronic Pain I. Osteoarthrosis 

4.2.1. Peculiarities of OA Pain 
4.2.2. Basic Lines of Pain Treatment Due to OA

4.3. Chronic Pain II. Oncologic Pain; Neuropathic Pain 

4.3.1. Peculiarities of Oncological Pain 
4.3.2. Peculiarities of Neuropathic Pain 
4.3.3. Basic Lines of Treatment 

4.4. Opioid Analgesics 

4.4.1. General Characteristics of Opioids 
4.4.2. Opioid Peculiarities in Felines 

4.5. Nonsteroidal Anti-Inflammatory Drugs 

4.5.1. General Characteristics of NSAIDS 
4.5.2. NSAIDS Peculiarities in Felines 

4.6. Other analgesics I: Ketamine, Lidocaine 

4.6.1. Ketamine General Characteristics 
4.6.2. Lidocaine General Characteristics 
4.6.2.1. Precautions with Felines 

4.7. Other Analgesics II 

4.7.1. Paracetamol 
4.7.2. Dipyrone 
4.7.3. Gabapentinoids (Gabapentin and Pregabalin) 
4.7.4. Amantadine 
4.7.5. Grapiprant 

4.8. Assessment of Post-Surgical Pain 

4.8.1. Implications of Post-Surgical Pain 
4.8.2. Perioperative Pain Assessment Scales 

4.8.2.1. Canines 
4.8.2.2. Felines 

4.9. Assessment of Chronic Pain 

4.9.1. Implications of Chronic Pain 
4.9.2. Chronic Pain Assessment Scales 

4.9.2.1. Canines 
4.9.2.2. Felines 

4.10. Analgesia in the Emergency Department and in the Hospitalized Patient 
4.10.1. Peculiarities in Emergency and Hospitalized Patients 
4.10.2. Analgesic Protocols for Hospitalized Patients 

Module 5. Locoregional Anesthesia/Analgesia

5.1. Pharmacology of Local Anesthetics 

5.1.1. General Aspects of Local Esthetics 
5.1.2. Adjuvants in Locoregional Anesthesia 

5.2. Basics of Locoregional Anesthesia: Anatomical Localization, Neurolocalizer and Ultrasound 

5.2.1. Basic Aspects of Locoregional Anesthesia 
5.2.2. Basic Locoregional Anesthesia: Anatomical Localization 
5.2.3. Locoregional Anesthesia With Neurolocalizer 
5.2.4. Ultrasound-guided Locoregional Anesthesia 

5.3. Complications Associated with Locoregional Anesthesia 

5.3.1. Toxicity of Local Anesthetics 
5.3.2. Puncture Injury 

5.4. Head Blockages I 

5.4.1. Anatomic Introduction 
5.4.2. Jaw Nerve Blockade 
5.4.3. Mandibular Nerve Block 

5.5. Head Blockages II 

5.5.1. Ophthalmic Blockages 
5.5.2. Blockages Related to the Pinna 

5.6. Forelimb Blockages 

5.6.1. Anatomic Introduction 
5.6.2. Paravertebral Brachial Plexus Blockade 
5.6.3. Subscapularis Brachial Plexus Blockade 
5.6.4. Axillary Brachial Plexus Blockade 
5.6.5. RUMM Blocking 

5.7. Trunk Blocks I 

5.7.1. Intercostal Blockages 
5.7.2. Serratus Blockage 
5.7.3. Pleural Instillation 

5.8. Trunk Blockages II 

5.8.1. Lumbar Square Blockage 
5.8.2. Transverse Abdominal Blockage 
5.8.3. Peritoneal Instillation 

5.9. Rear Limb Blockages 

5.9.1. Anatomic Introduction 
5.9.2. Sciatic Nerve Block 
5.9.3. Femoral Nerve Block 

5.10. Epidural 

5.10.1. Anatomic Introduction 
5.10.2. Location of the Epidural Space 
5.10.3. Epidural Drug Administration 
5.10.4. Epidural vs. Spinal 
5.10.5. Contraindications and Complications 

Module 6. Monitoring

6.1. Basic Monitoring 

6.1.1. Palpitation 
6.1.2. Observation 
6.1.3. Auscultation 
6.1.4. Temperature Monitoring 

6.2. Electrocardiography 

6.2.1. Introduction to Electrocardiography 
6.2.2. ECG Interpretation in Anesthesia 

6.3. Arterial Pressure 

6.3.1. Introduction to Arterial Pressure Physiology 
6.3.2. Medication Methods of Arterial Pressure 
6.3.3. Non-invasive Arterial Pressure 
6.3.4. Invasive Arterial Pressure 

6.4. Cardiac Output Monitoring 

6.4.1. Introduction to Cardiac Output Physiology 
6.4.2. Different Methods of Monitoring Cardiac Output 

6.5. Ventilatory Monitoring I. Pulse Oximetry 

6.5.1. Physiological Introduction 
6.5.2. Plethysmogram Interpretation 

6.6. Ventilatory Monitoring II Capnography 

6.6.1. Physiological Introduction 
6.6.2. Capnogram Interpretation 

6.7. Ventilatory Monitoring III 

6.7.1. Spirometry 
6.7.2. Anesthetic Gases 
6.7.3. Arterial Blood Gases 

6.8. Hypnosis Monitoring 

6.8.1. Introduction to Hypnosis During Anesthesia 
6.8.2. Subjective Monitoring of the Hypnosis Plane 
6.8.3. BIS Monitoring 

6.9. Nociception Monitoring 

6.9.1. Physiology Introduction of Intraoperative Nociception 
6.9.2. Monitoring of Nociception by ANI 
6.9.3. Other Methods of Intraoperative Nociception Monitoring 

6.10. Volemia Monitoring Acid/ Base Balance 

6.10.1. Introduction to the Physiology of Volemia During Anesthesia 
6.10.2. Monitoring Methods 

Module 7. Anesthetic Complications

7.1. Regurgitation/Aspiration 

7.1.1. Definition 
7.1.2. Treatment 

7.2. Hypotension/Hypertension 

7.2.1. Definition 
7.2.2. Treatment 

7.3. Hypocapnia/Hypercapnia 

7.3.1. Definition 
7.3.2. Treatment 

7.4. Bradycardia/Tachycardia 

7.4.1. Definition 
7.4.2. Treatment 

7.5. Other Alterations in an Electrodiagram 

7.5.1. Definition 
7.5.2. Treatment 

7.6. Hypothermia/Hyperthermia 

7.6.1. Definition 
7.6.2. Treatment 

7.7. Nociception/Intraoperative Awakening 

7.7.1. Definition 
7.7.2. Treatment 

7.8. Airway Complications/Hypoxia 

7.8.1. Definition 
7.8.2. Treatment 

7.9. Cardiorespiratory Arrest 

7.9.1. Definition 
7.9.2. Treatment 

7.10. Various Complications 

7.10.1. Post-anesthetic Blindness 
7.10.2. Postanesthetic Tracheitis 
7.10.3. Post-anesthesia Cognitive Dysfunction

Module 8. Anesthetic Management in Specific Situations I

8.1. Anesthesia in Elderly Patients 

8.1.1. Characteristics to Take into Account 
8.1.2. Postoperative Management 
8.1.3. Anesthetic Management 
8.1.4. Post-Operative Care 

8.2. Anesthesia in Pediatric Patients 

8.2.1. Characteristics to Take into Account 
8.2.2. Postoperative Management 
8.2.3. Anesthetic Management 
8.2.4. Post-Operative Care 

8.3. Anesthesia in Patients with Cardiac Pathology I (Congenital Heart Disease) 

8.3.1. Characteristics to Take into Account 
8.3.2. Postoperative Management 
8.3.3. Anesthetic Management 
8.3.4. Post-Operative Care 

8.4. Anesthesia in Patients with Cardiac Pathology II (Acquired Heart Disease) 

8.4.1. Characteristics to Take into Account 
8.4.2. Postoperative Management 
8.4.3. Anesthetic Management 
8.4.4. Post-Operative Care 

8.5. Anesthesia for Patients With Thyroid Pathologies 

8.5.1. Hypothyroid Patient 

8.5.1.1. Characteristics to Take into Account 
8.5.1.2. Postoperative Management 
8.5.1.3. Anesthetic Management 
8.5.1.4. Post-Operative Care 

8.5.2. Hypothyroid Patient 

8.5.2.1. Characteristics to Take into Account 
8.5.2.2. Postoperative Management 
8.5.2.3. Anesthetic Management 
8.5.2.4. Post-Operative Care 

8.6. Anesthesia for Patients With Adrenal Pathologies 

8.6.1. Patient with Hypoadrenocorticism 

8.6.1.1. Characteristics to Take into Account 
8.6.1.2. Postoperative Management 
8.6.1.3. Anesthetic Management 
8.6.1.4. Post-Operative Care 

8.6.2. Patient with Hyperadrenocorticism 

8.6.2.1. Characteristics to Take into Account 
8.6.2.2. Postoperative Management 
8.6.2.3. Anesthetic Management 
8.6.2.4. Post-Operative Care 

8.7. Anesthesia in Diabetic Patients 

8.7.1. Characteristics to Take into Account 
8.7.2. Postoperative Management 
8.7.3. Anesthetic Management 
8.7.4. Post-Operative Care 

8.8. Anesthesia for Patients With Digestive Pathologies I 

8.8.1. Characteristics to Take into Account 
8.8.2. Postoperative Management 
8.8.3. Anesthetic Management 
8.8.4. Post-Operative Care 

8.9. Anesthesia in Patients with Digestive Pathology II (HepatobiliarySystem) 

8.9.1. Characteristics to Take into Account 
8.9.2. Postoperative Management 
8.9.3. Anesthetic Management 
8.9.4. Post-Operative Care 

8.10. Anesthesia for Patients With Neurological Pathologies 

8.10.1. Characteristics to Take into Account 
8.10.2. Postoperative Management 
8.10.3. Anesthetic Management 
8.10.4. Post-Operative Care 

Module 9. Anesthetic Management in Specific Situations II

9.1. Anesthesia for Patients With Respiratory Pathologies 

9.1.1. Characteristics to Take into Account 
9.1.2. Postoperative Management 
9.1.3. Anesthetic Management 
9.1.4. Post-Operative Care 

9.2. Anesthesia for Ophthalmologic Procedures 

9.2.1. Characteristics to Take into Account 
9.2.2. Postoperative Management 
9.2.3. Anesthetic Management 
9.2.4. Post-Operative Care 

9.3. Anesthesia for Endoscopic and Laparoscopic Procedures 

9.3.1. Characteristics to Take into Account 
9.3.2. Postoperative Management 
9.3.3. Anesthetic Management 
9.3.4. Post-Operative Care 

9.4. Anesthesia in Patients with Altered Body conditions (Obesity, Cachexia) 

9.4.1. Obese Patient 

9.4.1.1. Characteristics to Take into Account 
9.4.1.2. Postoperative Management 
9.4.1.3. Anesthetic Management 
9.4.1.4. Post-Operative Care 

9.4.2. Cachectic Patient 

9.4.2.1. Characteristics to Take into Account 
9.4.2.2. Postoperative Management 
9.4.2.3. Anesthetic Management 
9.4.2.4. Post-Operative Care 

9.5. Anesthesia in Brachiocephalic Patients 

9.5.1. Characteristics to Take into Account 
9.5.2. Postoperative Management 
9.5.3. Anesthetic Management 
9.5.4. Post-Operative Care 

9.6. Anesthesia in Patients with Extreme Sizes (Miniature vs. Giant Patient) 

9.6.1. Characteristics to Take into Account 
9.6.2. Postoperative Management 
9.6.3. Anesthetic Management 
9.6.4. Post-Operative Care 

9.7. Anesthesia for Patients With Genitourinary PathologiesPyometra, Urinary Obstruction 

9.7.1. Characteristics to Take into Account 
9.7.2. Postoperative Management 
9.7.3. Anesthetic Management 
9.7.4. Post-Operative Care 

9.8. Anesthesia in Pregnant Patients and for Cesarean Section 

9.8.1. Characteristics to Take into Account 
9.8.2. Postoperative Management 
9.8.3. Anesthetic Management 
9.8.4. Post-Operative Care 

9.9. Anesthesia in Oncology Patients (OFA) 

9.9.1. Characteristics to Take into Account 
9.9.2. Postoperative Management 
9.9.3. Anesthetic Management 
9.9.4. Post-Operative Care 

9.10. Anesthesia in Thoracic Surgery 

9.10.1. Characteristics to Take into Account 
9.10.2. Postoperative Management 
9.10.3. Anesthetic Management 
9.10.4. Post-Operative Care 

Module 10. Anesthetic Management in Specific Situations III

10.1. Hemoabdomen 

10.1.1. Characteristics to Take into Account 
10.1.2. Postoperative Management 
10.1.3. Anesthetic Management 
10.1.4. Post-Operative Care 

10.2. Ovariohysterectomy and Orchiectomy in Healthy Patients 

10.2.1. Characteristics to Take into Account 
10.2.2. Postoperative Management 
10.2.3. Anesthetic Management 
10.2.4. Post-Operative Care 

10.3. Sedation Procedures in the Hospitalized Patient 

10.3.1. Characteristics to Take into Account 
10.3.2. Postoperative Management 
10.3.3. Anesthetic Management 
10.3.4. Post-Operative Care 

10.4. Pulmonary Lobectomy 

10.4.1. Characteristics to Take into Account 
10.4.2. Postoperative Management 
10.4.3. Anesthetic Management 
10.4.4. Post-Operative Care 

10.5. Anesthetic Management With Felines 

10.5.1. Characteristics to Take into Account 
10.5.2. Postoperative Management 
10.5.3. Anesthetic Management 
10.5.4. Post-Operative Care 

10.6. Anesthesia for Imaging Procedures 

10.6.1. Characteristics to Take into Account 
10.6.2. Postoperative Management 
10.6.3. Anesthetic Management 
10.6.4. Post-Operative Care 

10.7. Enterotomy and Enterectomy 

10.7.1. Characteristics to Take into Account 
10.7.2. Postoperative Management 
10.7.3. Anesthetic Management 
10.7.4. Post-Operative Care 

10.8. Perineal Hernia

10.8.1. Characteristics to Take into Account 
10.8.2. Postoperative Management 
10.8.3. Anesthetic Management 
10.8.4. Post-Operative Care 

10.9. Cutaneous Tumor Excision and Dermatological Surgery (Mastocytoma, for Example) 

10.9.1. Characteristics to Take into Account 
10.9.2. Postoperative Management 
10.9.3. Anesthetic Management 
10.9.4. Post-Operative Care 

10.10. Anesthesia for Dentistry and Maxillofacial Surgery 

10.10.1. Characteristics to Take into Account
10.10.2. Postoperative Management
10.10.3. Anesthet 

Among the most complex issues of your profession is the care of patients with neurological pathology. With this program you will get up to speed on the safest and most innovative techniques to succeed with their management"