Expand your career growth with an academic program that will allow you to expand your knowledge in one of the most in-demand areas of small animal veterinary medicine”

The advances achieved in recent decades in the field of Physiotherapy and Rehabilitation in Small Animals and a greater awareness of responsibility on the part of owners have led to an increase in the quality and life expectancy of pets. The small animal physiotherapist is, therefore, more necessary than ever in a society that is beginning to internalize love for animals as a value for its own evolution. Because of this, these experts must know and learn how to apply all the innovations in therapy to respond satisfactorily to the demands of their users and patients. In this sense, the Hybrid professional master’s degree in Physiotherapy and Rehabilitation in Small Animals is created in response to the growing need to update these professionals. 

Therefore, the knowledge acquired by students emanates directly from the personal experience of a teaching team well versed in the veterinary physiotherapy and rehabilitation practice. During 12 months of teaching, the student will master the less invasive practices and techniques that will shape the future of veterinary medicine. In this way, they will adopt new guidelines for manual therapies aimed at relieving pain or identify the most effective strategies for bandaging the injured small animal.

On the other hand, the specialist will delve into the particularities of sports medicine for sporting dogs, outlining excellent plans aimed at injury prevention or establishing the latest mechanisms for successful recovery from the most common pathologies in this practice.

As for the conciliation of the studies with the rest of aspects of personal and professional life, we simply have to mention the ease with which the student will be able to organize themselves, since this Hybrid professional master’s degree has a theoretical part with a 100% online format, completely flexible and adapted to the needs of the student. The internship period has been designed to be carried out intensively over a period of 3 weeks. During this period of time, the expert will work in a highly prestigious veterinary clinic and, surrounded by the best professionals in the field of animal physiotherapy and rehabilitation, will put into practice all the knowledge learned to enhance their daily work practice. 

Make the most of this opportunity to surround yourself with expert professionals and learn from their work methodology"

This Hybrid professional master’s degree in Physiotherapy and Rehabilitation in Small Animals 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 veterinary professionals with expertise in physiotherapy and rehabilitation in small animals 
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice 
• Innovative methods for the assessment of pain in canine or feline patients who have suffered various injuries or who experience ailments derived from age 
• Electrotherapy, lasertherapy or ultrasound techniques, with the use of the most advanced instrumentation on the market 
• Use of hydrotherapy as a method of rehabilitation in the feline patient 
• Injury prevention plans oriented to the sports dog 
• 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, they will be able to carry out a clinical internship in one of the best veterinary centers 

A Hybrid professional master’s degree that will enable you to perform the activity of the physiotherapist in veterinary medicine based on the latest needs of this professional field”

This Master's program, which has a professionalizing nature and a hybrid learning modality, is aimed at updating veterinary professionals who develop physiotherapy and rehabilitation functions with small animals, with special emphasis on therapeutic care for dogs and cats. The contents are based on the latest scientific evidence, and oriented in a educational way to integrate theoretical knowledge in the veterinary practice, and the theoretical-practical elements will facilitate the updating of knowledge and allow decision-making in animal management.

Thanks to the multimedia content, developed with the latest educational technology, will allow the veterinary professional a situated and contextual learning, i.e., a simulated environment that will provide immersive learning programmed to train in real situations. This program is designed around Problem-Based Learning, whereby the physician must try to solve the different professional practice situations that arise during the course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts.

In TECH you will acquire a solid theoretical knowledge and a solid practical expertise for the practice of veterinary physiotherapy and rehabilitation"

With this Hybrid professional master’s degree, you will be able to balance without obstacles your academic life with your professional work"

For this Hybrid professional master’s degree, TECHhas designed a progressive and deep educational program that starts from the basics of the discipline and continues to delve into the more specific aspects of the practice of the profession. That is, it reviews anatomical issues of mandatory prior knowledge; it emphasizes the neurology of the animal; it delves into all therapeutic and rehabilitation categories, also addressing sports injuries and trauma casuistry, among other subjects. 

Thanks to the 100% online methodology offered in the theoretical part of this Hybrid professional master’s degree program, you will obtain an excellent learning experience by managing your own study time as you wish”

Module 1. Veterinary Physiotherapy and Rehabilitation. Functional Anatomy in Small Animals

1.1. Physiotherapy and Rehabilitation in Small Animals

1.1.1. Introduction

1.1.1.1. Background
1.1.1.2. Veterinary Rehabilitation and Physical Therapy

1.1.2. Species Susceptible to be Treated with Physiotherapy
1.1.3. Objectives of Physiotherapy
1.1.4. Techniques in Veterinary Physiotherapy
1.1.5. Indications of Physiotherapy

1.2. Morphology, Structure and Function

1.2.1. Bones
1.2.2. Joints
1.2.3. Muscle

1.3. The Skeleton of the Dog. Important Anatomical Bone References

1.3.1. Head and Vertebrae
1.3.2. Thoracic Limb
1.3.3. Pelvic Limb

1.4. Head and Neck Muscle

1.4.1. Muscles of the Head
1.4.2. Motor Muscles of the Head
1.4.3. Neck Muscles

1.5. Trunk and Tail Muscles

1.5.1. Muscles of the Spine
1.5.2. Thoracic Muscles
1.5.3. Abdominal Muscles
1.5.4. Tail Muscles

1.6. Thoracic Limb Muscles

1.6.1. Thoracic Girdle Muscles
1.6.2. Shoulder Muscles
1.6.3. Elbow Muscles
1.6.4. Muscles of Carpus and Fingers

1.7. Pelvic Limb Muscles

1.7.1. Pelvic Girdle Muscles
1.7.2. Muscles of the Hip
1.7.3. Muscles of the knee
1.7.4. Muscles of Tarsus and Fingers

1.8. Innervation and Vascularization

1.8.1. Brachial Plexus
1.8.2. Lumbosacral Plexus
1.8.3. Other Important Nerves

1.9. Skeletal Muscle Contraction

1.9.1. Mechanism of Muscle Contraction
1.9.2. Type of Muscle Contraction
1.9.3. Definitions

1.10. Physiology of Inflammation

1.10.1. What Is Inflammation?
1.10.2. Phases of Inflammation
1.10.3. Tissue Repair

Module 2. Biomechanics. Functional Assessment

2.1. Overall Functional Assessment

2.1.1. Patient Identification
2.1.2. Qualitative and Quantitative Assessment of the Patient
2.1.3. Assessment of Skin, Subcutaneous Tissue and Musculature

2.1.3.1. Muscle Modifications

2.2. Assessment of Gait and Static Positioning

2.2.1. Dynamic Physical Evaluation

2.2.1.1. Characteristics of the Gait

2.2.2. Static Physical Examination

2.3. Functional Examination of the Locomotor System: Forelimb

2.3.1. Shoulder
2.3.2. Elbow
2.3.3. Carpus and Metacarpus
2.3.4. Phalanges

2.4. Functional Examination of the Locomotor System: Hind Limb

2.4.1. Hip

2.4.1.1. Techniques Used in Hip Examination

2.4.2. knee
2.4.3. Tarsus and Metatarsus
2.4.4. Brief Mention of the Bioarth Scale

2.5. Functional Examination of the Spine

2.5.1. Cervical Spine
2.5.2. Thoracic Spine
2.5.3. Lumbar and Sacral Spine

2.6. Biomechanics

2.6.1. Basis of Biomechanics
2.6.2. Dempster Diagram
2.6.3. Free Body Diagram

2.7. Motor Gesture and Background Automatism

2.7.1. Motor Gesture
2.7.2. Bottom Automatism

2.8. Levers and Pulleys

2.8.1. Newton's Laws
2.8.2. Lever System
2.8.3. Types of Levers
2.8.4. Pulleys

2.9. Functional Assessment Most Frequent Forelimb and Spine Injuries

2.9.1. Anterior Member

2.9.1.1. Elbow Dysplasia

2.9.2. Rachis

2.9.2.1. Hernia in Thoracolumbar Region
2.9.2.2. Cauda Equina Syndrome

2.10. Functional Assessment of the Most Frequently Occurring Hind Limb Injuries

2.10.1. Posterior Limb

2.10.1.1. Hip Dysplasia
2.10.1.2. Patella Dislocation
2.10.1.3. Ruptured Anterior Cruciate Ligament of the Knee

Module 3. Physiology of Pain. Neurological Evaluation

3.1. Introduction

3.1.1. What is Pain?
3.1.2. How to Identify Pain?
3.1.3. How to Quantify Pain?
3.1.4. Perception of Pain in Different Organs and Tissues

3.2. Types of Pain

3.2.1. Classification of the Types of Pain
3.2.2. Terminology Related to Pain
3.2.3. Components of Pain

3.3. Neurophysiology of Pain

3.3.1. Transduction
3.3.2. Transmission
3.3.3. Modulation
3.3.4. Perception

3.4. Chronic Pain and Related Types of Pain

3.4.1. Neurophysiology of Chronic Pain
3.4.2. Pain due to Osteoarthrosis (oa)
3.4.3. Neuropathic Pain
3.4.4. Myofascial Pain

3.5. The Role of Rehabilitation in Pain Management

3.5.1. Review of Pain Inhibition Mechanisms
3.5.2. Analgesic Therapies Used in Rehabilitation
3.5.3. Management of the Patient with Acute Pain
3.5.4. Management of the Chronic Pain Patient

3.6. Neurological Evaluation I

3.6.1. Introduction
3.6.2. Motor System: Review of the Concepts of Upper Motor Neuron and Lower Motor Neuron
3.6.3. Sensory System: Review of Cranial Nerves and Spinal Nerves

3.7. Neurological Evaluation II

3.7.1. Review
3.7.2. Observation of Mental State
3.7.3. Behavioral Assessment
3.7.4. Posture Observation
3.7.5. Gait Evaluation

3.8. Neurological Evaluation III. Neurological Tests

3.8.1. Evaluation of Cranial Nerves
3.8.2. Evaluation of Spinal Reflexes
3.8.3. Postural Reaction Tests

3.9. Neurological Evaluation III

3.9.1. Evaluation of Cranial Nerves
3.9.2. Postural Reactions

3.10. Neurological Patient

3.10.1. General Care
3.10.2. Postural Rehabilitation Exercises
3.10.3. Neurological Facilitation Exercises

Module 4. Manual Therapies and Kinesitherapy. Bandages

4.1. Manual Therapy I

4.1.1. Manual Therapy
4.1.2. Physiological Modifications
4.1.3. Therapeutic Effects

4.2. Massage

4.2.1. Types of Massages
4.2.2. Indications
4.2.3. Contraindications

4.3. Lymphatic Drainage

4.3.1. Lymphatic system
4.3.2. Purpose of Lymphatic Drainage
4.3.3. Indications
4.3.4. Contraindications

4.4. Kinesiotherapy I

4.4.1. What Is Kinesitherapy?
4.4.2. General Objectives
4.4.3. Classification

4.5. Kinesiotherapy II

4.5.1. Therapeutic Exercises

4.5.1.1. Passive Kinesitherapy

4.5.1.2. Active Kinesitherapy

4.5.1.2.1. Active Resisted Kinesitherapy
4.5.1.2.2. Active Assisted Kinesitherapy

4.5.2. Stretching
4.5.3. How to Establish an Exercise Plan?

4.6. Myofascial Manual Therapy

4.6.1. Concept of Fascia and Fascial System
4.6.2. Techniques of Myofascial Therapy
4.6.3. Trigger Points

4.7. Evaluation of the Articular Arch

4.7.1. Definition of Rom and Arom
4.7.2. Elastic Barrier, Paraphysiological Zone and Anatomical Barrier
4.7.3. End feel

4.8. Neuromuscular Bandaging

4.8.1. Introduction
4.8.2. Description and Characteristics
4.8.3. Physiological Basis
4.8.4. Applications

4.9. Gait Re-Evaluation

4.9.1. How Motor Control is Altered?
4.9.2. Consequences of Altered Motor Control
4.9.3. Retraining Gait

4.10. Bandages

4.10.1. Modified Robert Jones Bandage
4.10.2. Ehmer Bandage
4.10.3. Carpal Flexion Bandage
4.10.4. Velpeau Bandage
4.10.5. External Fixator Bandage
4.10.6. Complications of Bandages

Module 5. Physical therapies I: Electrotherapy, Laser Therapy, Therapeutic Ultrasound. Thermotherapy

5.1. Ultrasound I

5.1.1. Definition
5.1.2. Parameters
5.1.3. Indications
5.1.4. Contraindications/Precautions

5.2. Ultrasound II

5.2.1. Thermal Effects
5.2.2. Mechanical Effects
5.2.3. Uses of Therapeutic Ultrasound

5.3. Laser Therapy I

5.3.1. Introduction to Laser Therapy
5.3.2. Laser Properties
5.3.3. Laser Classification
5.3.4. Types of Lasers Used in Rehabilitation

5.4. Laser Therapy II

5.4.1. Effects of Lasers on Tissues

5.4.1.1. Wound Healing
5.4.1.2. Bone and Cartilage
5.4.1.3. Tendon and Ligament
5.4.1.4. Peripheral Nerves and Spinal Cord

5.4.2. Analgesia and Pain Control

5.5. Laser Therapy III

5.5.1. Application of Laser Therapy in Dogs
5.5.2. Precautions
5.5.3. Dosage Guide for Different Pathologies

5.6. Electrostimulation I

5.6.1. Terminology
5.6.2. History of Electrostimulation
5.6.3. Indications
5.6.4. Contraindications and Precautions
5.6.5. Types of Current

5.7. Electrostimulation II

5.7.1. Parameters
5.7.2. Electrodes
5.7.3. What to Look for When Buying an Electrostimulator?

5.8. Electrostimulation III-NMES

5.8.1. Types of Muscle Fibers
5.8.2. Recruitment of Muscle Fibers
5.8.3. Biological Effects
5.8.4. Parameters
5.8.5. Placement of Electrodes
5.8.6. Precautions

5.9. Electrostimulation IV-TENS

5.9.1. Pain Control Mechanisms
5.9.2. TENS for Acute Pain
5.9.3. TENS for Chronic Pain
5.9.4. Parameters

Module 6. Physical Therapies II-Diathermy, Magnetotherapy, INDIBA, Shockwaves, other Therapies used in Rehabilitation.  Nutrition

6.1. Diathermy

6.1.1. Introduction and Definition of Diathermy
6.1.2. Types of Diathermy

6.1.2.1. Shortwave
6.1.2.2. Microwave

6.1.3. Physiological Effects and Clinical Use
6.1.4. Indications
6.1.5. Contraindications and Precautions

6.2. INDIBA®

6.2.1. INDIBA® Radiofrequency Concept
6.2.2. Physiological Effects of Radiofrequency
6.2.3. Indications
6.2.4. Contraindications and Precautions

6.3. Magnetotherapy

6.3.1. Introduction and Definition of Magnetotherapy
6.3.2. Biomagnetism

6.3.2.1. Effects of Magnetotherapy
6.3.2.2. Natural Magnets
6.3.2.3. Properties of Magnetic Poles

6.3.3. Pulsed Magnetic Fields

6.3.3.1. Physiological Effects and Clinical Use
6.3.3.2. Indications
6.3.3.3. Contraindications and Precautions

6.4. Shock Waves

6.4.1. Introduction and Definition of Shock Waves
6.4.2. Types of Shockwaves
6.4.3. Physiological Effects and Clinical Use
6.4.4. Indications
6.4.5. Contraindications and Precautions

6.5. Holistic Therapies and Integrative Medicine

6.5.1. Introduction and Definitions
6.5.2. Types of Holistic Therapy
6.5.3. Physiological Effects and Clinical Use
6.5.4. Indications
6.5.5. Contraindications and Precautions

6.6. Traditional Chinese Medicine

6.6.1. Basis of the MTC
6.6.2. Acupuncture

6.6.2.1. Acupoints and Meridians
6.6.2.2. Actions and Effects
6.6.2.3. Indications
6.6.2.4. Contraindications and Precautions

6.6.3. Chinese Herbal Medicine
6.6.4. Tui-Na
6.6.5. Diet Therapy
6.6.6. Qi-Gong

6.7. Clinical Nutrition in Obesity and Osteoarthrosis

6.7.1. Introduction
6.7.2. Definition of Obesity
6.7.2.1. Body Condition Evaluation
6.7.3. Nutritional Management and Feed-Based Dietary Plan
6.7.4. Nutritional Management Based on Natural Food
6.7.5. Supplements and Supplements

6.8. Chiropractic

6.8.1. Introduction and Concept of Chiropractics
6.8.2. Vertebral Subluxation Complex (VSVC)
6.8.3. Physiological Effects
6.8.4. Indications
6.8.5. Contraindications and Precautions

6.9. Cranio-Sacral Therapy

6.9.1. Introduction
6.9.2. Use in Veterinary Medicine
6.9.3. Physiological Effects and Benefits
6.9.4. Indications
6.9.5. Contraindications and Precautions

6.10. Ozone Therapy

6.10.1. Introduction

6.10.1.1. Oxidative stress

6.10.2. Physiological Effects and Clinical Use
6.10.3. Indications
6.10.4. Contraindications and Precautions

Module 7. Feline Rehabilitation. Hydrotherapy

7.1. Feline Rehabilitation I: Important Aspects

7.1.1. Signs of Pain in the Feline Patient
7.1.2. The Importance of the Environment and Management in the Feline Patient
7.1.3. Main Pathologies Susceptible to Rehabilitation in Felines

7.2. Feline Rehabilitation II: Degenerative Joint Disease in Felines

7.2.1. Clinical Manifestations
7.2.2. Orthopedic Examination
7.2.3. Radiological Peculiarities
7.2.4. Weight Management

7.3. Feline Rehabilitation III: the Post-Surgical Patient

7.3.1. Introduction
7.3.2. Special Care and Stress Management
7.3.3. Rehabilitation Therapies and Techniques

7.4. Feline Rehabilitation IV: Considerations in Rehabilitation Plans

7.4.1. The Environment and Structuring of the Sessions
7.4.2. Most Tolerated Therapies
7.4.3. Strategies for the Execution of Therapeutic Exercises
7.4.4. Home Modifications and Recommendations

7.5. Hydrotherapy I: Physical Principles of Water

7.5.1. Introduction
7.5.2. Relative Density
7.5.3. Buoyancy
7.5.4. Surface Tension
7.5.5. Viscosity
7.5.6. Hydrostatic Pressure
7.5.7. Thermal Capacity

7.6. Hydrotherapy II: Benefits and Indications

7.6.1. Indications in Patients with Neurological Problems
7.6.2. Indications in Patients with Orthopedic Problems
7.6.3. Indications in Overweight Patients
7.6.4. Indications in Sports Patients

7.7. Hydrotherapy III: Precautions, Contraindications and Special Care

7.7.1. Precautions
7.7.2. Contraindications
7.7.3. Special Care

7.8. Hydrotherapy IV: Modalities I

7.8.1. Underwater Tape
7.8.2. Indications and Advantages
7.8.3. Precautions and Contraindications

7.9. Hydrotherapy V: Modalities II

7.9.1. Swimming and Other Pool Exercises
7.9.2. Indications and Advantages
7.9.3. Precautions and Contraindications
7.9.4. Main Differences between the Two Modalities

7.10. Hydrotherapy VI: Development of a Hydrotherapy Plan

7.10.1. When to Implement Hydrotherapy in the Rehabilitation Plan?
7.10.2. Duration of Therapy
7.10.3. Water Temperature
7.10.4. Water Quality Parameters
7.10.5. The Importance of the Drying

Module 8. Sports Medicine. Sports modalities in dogs. Most frequent pathologies and prevention

8.1. Characteristics of the Athletic Dog

8.1.1. Definition of the Athletic Dog
8.1.2. Characteristics of the Athletic Dog
8.1.3. Importance of Rehabilitation in the Sporting Dog

8.2. Physiology of Exercise

8.2.1. Definitions
8.2.2. Phases of the Exercise
8.2.3. Adaptations of the Organism

8.3. Sports Modalities I. Agility

8.3.1. Definition
8.3.2. Categories, Levels and Modalities
8.3.3. Agility Dog Morphology

8.4. Sport Modalities II. Canicross, Bikejoring, Mushing

8.4.1. Canicross
8.4.2. Bikejoring
8.4.3. Medium and Long Distance Mushing
8.4.4. Other Sports Modalities

8.5. Specific Nutrition for Sporting Dogs

8.5.1. Basic Concepts

8.5.1.1. Energy Requirements

8.5.2. Basic Food

8.5.2.1. Concepts of Raw Food

8.5.3. Supplements and Supplements
8.5.4. Aspects to take into account

8.6. Most Common Pathologies

8.6.1. Thoracic Limb
8.6.2. Pelvic Limb
8.6.3. Other Pathologies

8.7. Why Are They Injured?

8.7.1. Main Causes of Injuries
8.7.2. How to Prevent Injuries?
8.7.3. Non-Musculoskeletal Pathologies

8.8. The Working Dog

8.8.1. Selection of the Working Dog
8.8.2. Preparation. of the Working Dog
8.8.3. Care of the Working Dog

8.9. Sport and Proprioception

8.9.1. What is Proprioception?
8.9.2. Core Musculature
8.9.3. Proprioceptive Exercises

8.10. Training Plan

8.10.1. Start Training
8.10.2. Importance of a Good Warm-Up
8.10.3. Importancce of Good Cool Down

Module 9. Traumatologic Examination. Effects of Immobilization on Tissues.  Traumatologic Pathologies in Rehabilitation

9.1. Traumatologic Examination

9.1.1. Forelimbs
9.1.2. Hind Limbs

9.2. Effects of Immobilization on different Tissues I

9.2.1. Bone
9.2.2. Ligaments and Tendons

9.3. Effects of Immobilization on different Tissues II

9.3.1. Muscle
9.3.2. Cartilage

9.4. Fractures and Dislocations

9.4.1. Fracture Management
9.4.2. Dislocation Management

9.5. Hip

9.5.1. Hip Dysplasia
9.5.2. Avascular Necrosis of the Femoral Head

9.6. knee

9.6.1. Patella Dislocation
9.6.2. Rupture of the Anterior Cruciate Ligament
9.6.3. OCD of the Knee

9.7. Elbow and Shoulder

9.7.1. Elbow Dysplasia

9.7.1.1. Fragmented Medial Coronoid Process
9.7.1.2. OCD of the Elbow
9.7.1.3. Non-Union of the Anconic Process
9.7.1.4. Joint Incongruence

9.7.2. Shoulder OCD
9.7.3. Medial Shoulder Instability

9.8. Muscular Pathologies

9.8.1. Fibrotic Contracture of the Infraspinatus Muscle
9.8.2. Contracture of the Flexor Muscles of the Forearm
9.8.3. Quadriceps Contracture
9.8.4. Fibrotic Myopathy of the Gracilis Muscle

9.9. Tendon and Ligament Pathologies

9.9.1. Bicipital Tenosynovitis
9.9.2. Tendinopathy of the Supraspinatus Muscle
9.9.3. Carpal Hyperextension
9.9.4. Patellar Tendon Rupture
9.9.5. Achilles Tendon Rupture

9.10. Other Pathologies

9.10.1. Panosteitis
9.10.2. Hypertrophic Osteopathy
9.10.3. Musculoskeletal Tumors

Module 10. Rehabilitation Plan: Design of a Rehabilitation Program and Communication with the Owner

10.1. Establishing a Rehabilitation Plan, Where Do I start?

10.1.1. What Cases Respond to Physical Therapy and Rehabilitation?
10.1.2. Objectives and Working Methods
10.1.3. Inconveniences and Circumstances to Consider
10.1.4. What to Evaluate in Rehabilitation?

10.2. How do I Rehabilitate?

10.2.1. The Therapist-Patient Bond
10.2.2. Adaptation to the Patient
10.2.3. Patient Motivation
10.2.4. Fundamental Aspects of a Rehabilitation Program

10.2.4.1. Frequency (F)
10.2.4.2. Intensity
10.2.4.3. Duration
10.2.4.4. Types of Exercise

10.3. Designing a Rehabilitation Plan

10.3.1. Optimize and Make the Rehabilitation Center's Time and Space Cost-Effective
10.3.2. Individualization of the Therapeutic Protocol
10.3.3. Success of the Rehabilitation Plan

10.4. Management of a Veterinary Center

10.4.1. Factors to Consider
10.4.2. Service to the Veterinarian/Referral Center
10.4.3. Are Social Networks Important?

10.5. Communication with the Owner and/or Person Responsible for the Animal

10.5.1. Quality of Care
10.5.2. Owner Integration in Therapy
10.5.3. Communication With the Owner

10.6. Rehabilitation and Physiotherapy in Spinal Cord Injuries

10.6.1. Introduction
10.6.2. Most frequent Neurology Pathologies
10.6.3. Therapeutic Generalities

10.7. Rehabilitation and Physiotherapy of Patients with Osteoarthrosis

10.7.1. Environment
10.7.2. Concomitant Diseases
10.7.3. Weight Control
10.7.4. Rehabilitation and Physical Therapy Plan

10.8. Fracture Rehabilitation

10.8.1. Diaphyseal Fractures
10.8.2. Joint Fractures
10.8.3. Fractures that Do Not Close

10.9. Pre- and Post-Surgical Rehabilitation

10.9.1. Elbow Dysplasia
10.9.2. Hip Dysplasia
10.9.3. Cruciate Ligament Rupture

10.10. Other Rehabilitation Plans

10.10.1. Diseases of Young Children under 1 Year of Age
10.10.2. Preventive Rehabilitation
10.10.3. Considerations to Be Taken into Account in the Cardiopathy Patient

This academic itinerary is exclusive to TECH and you will be able to develop it at your own pace thanks to its 100% online Relearning methodology"