Become, through this university program, one of the most sought-after professionals in the Physical Activity and Sports sector” 

Although Hyperbaric Medicine has existed for over 200 years, many professionals from various specialties are still unfamiliar with its multiple applications and indications. The Master's Degree in Hyperbaric Medicine in Physical Activity and Sport will allow professionals to delve into the use of hyperbaric chambers as a means to heal injuries caused by sports activities. Additionally, this program will provide the skills to operate Hyperbaric Medicine chambers applied directly to any pathology arising from physical exercise. 

The expansion of HBOT using lower treatment pressures has greater applications. It can be implemented by any professional in Sports Sciences with the corresponding training and adapts to the use of hyperbaric chambers that are more accessible and safer for both the patient and the chamber technician. 

The presentation of this topic online, including theoretical content, specific subject videos, interactive classes, clinical case presentations, and tutored self-assessment quizzes, makes this Master's Degree unique within the sports specialty. 

The goal is for professionals in Sports Sciences to recognize the benefits of hyperbaric chamber treatment for pathologies of various origins, understand the limitations and applications of the different chambers available on the market today, identify the contraindications of this treatment, and evaluate the response based on the effects reported in the literature. 

Moreover, in-depth knowledge of the foundation and therapeutic effects will allow professionals to conduct clinical studies or case reviews to define and discover future applications of HBOT. In this way, the specialist will be equipped with the skills to actively participate in the use and expansion of this specialty within the field of Sports Sciences. 

This program also includes 10 comprehensive Masterclasses, led by a renowned International Guest Director. An expert with various innovations in the field of Hyperbaric Medicine. All of this content will be accessible to graduates through an exclusive 100% online methodology and disruptive teaching systems like Relearning, of which TECH is a pioneer. 

Enroll now in this program at TECH, where you will have exclusive Masterclasses led by a renowned international expert in Hyperbaric Medicine and its relationship with Sport” 

This Master's Degree in Hyperbaric Medicine in Physical Activity and Sport contains the most complete and up-to-date scientific program on the market. The most important features include:

• The development of practical cases presented by experts in Hyperbaric Medicine and Sports
• 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
• The latest developments in Hyperbaric Medicine and its use in the field of sports 
• Practical exercises where the self-assessment process can be carried out to improve learning
• Special emphasis on innovative methodologies in Hyperbaric Medicine.
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection work
• Content that is accessible from any fixed or portable device with an Internet connection

Take advantage of this academic opportunity offered by TECH to grow within your profession while continuing with your daily activities” 

The program includes a faculty made up of professionals from the field of Hyperbaric Medicine and Sports Sciences, who bring their work experience to this training, as well as recognized specialists from reference societies and prestigious universities. 

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations. 

This program is designed around Problem-Based Learning, whereby the specialist must try to solve the different professional practice situations that arise throughout the program. For this purpose, the professional will be assisted by an innovative interactive video system created by renowned experts in the field. 

Gain the most innovative tools and stand out in the field of Sports Hyperbaric Medicine” 

Learn from the comfort of your home with a unique methodology, 24/7 access, and in just 12 months” 

Committed to academic innovation, the structure of the content has been designed by the leading professionals in the field of Hyperbaric Medicine, with extensive experience and recognized prestige in the profession. As such, the faculty is backed by the volume of cases reviewed, studied, and diagnosed, and possesses a deep mastery of the new technologies applied to this medical discipline. This professional team, fully aware of the importance of these therapies for the recovery of sports-related injuries, has created this comprehensive Master's Degree that will equip you with the necessary tools to successfully apply Hyperbaric Medicine in your profession. 

The most complete and up-to-date compilation of content, specially designed to propel the professional in Sports Sciences to success” 

Module 1. Introduction to Hyperbaric Medicine 

1.1. History of Hyperbaric Medicine 
1.2. Early Hyperbaric Chambers 
1.3. Discovery of Oxygen 
1.4. Scientific Period of Hyperbaric Medicine 
1.5. Types of Hyperbaric Chambers: Revitalair Technology Chambers 
1.6. Technical and Therapeutic Safety of New-Generation Hyperbaric Chambers 
1.7. Hyperbaric Medicine Societies Worldwide and the Evolution of Indications 
1.8. Introduction to the Fundamentals of Hyperbaric Oxygenation 
1.9. Introduction to Adverse Effects and Contraindications 
1.10. Current Concept of Hyperbaric Oxygenation Treatment: Medium Pressures, Micropressure, and Hyperbaria 

Module 2. Fundamentals of Hyperbaric Oxygenation Treatment (HBOT) 

2.1. Physiological Bases of Hyperbaric Oxygenation Treatment 
2.2. Physical Laws of Dalton, Henry, Boyle, and Mariotte 
2.3. Physical and Mathematical Bases of Oxygen Diffusion in Tissues at Different Treatment Pressures: Krogh Model 
2.4. Physiology of Oxygen 
2.5. Physiology of Respiration 
2.6. Volumetric and Solumetric Effect 
2.7. Hypoxia: Types of Hypoxia 
2.8. Hyperoxia and Treatment Pressure 
2.9. Effective Hyperoxia in Wound Healing 
2.10. Foundations of the Intermittent Hyperoxia Model 

Module 3. Therapeutic Physiological Effects of HBOT 

3.1. Introduction to the Therapeutic Physiological Effects 
3.2. Vasoconstriction 

3.2.1. Robin Hood Effect 
3.2.2. Effect of HBOT on Blood Pressure and Heart Rate 

3.3. Stem Cells and Oxygen 

3.3.1. Release of Stem Cells with HBOT 
3.3.2. Importance of Stem Cells in Wound Healing 
3.3.3. Oxygen in Stem Cell Differentiation 

3.4. Oxygen in Collagen Synthesis 

3.4.1. Synthesis and Types of Collagen 
3.4.2. Oxygen in Collagen Synthesis and Maturation 
3.4.3. HBOT and Collagen in Healing 

3.5. Angiogenesis and Vasculogenesis 

3.5.1. Degenerative Angiogenesis and Hyperbaric Oxygen 

3.6. Osteogenesis 

3.6.1. HBOT and Osteogenesis and Bone Resorption 

3.7. Mitochondrial Function, Inflammation and Oxidative Stress 

3.7.1. Mitochondrial Dysfunction in the Pathogenesis of Various Pathologies 
3.7.2. HBOT and Mitochondrial Function 

3.8. Oxidative Stress and Hyperbaric Oxygen 

3.8.1. Oxidative Stress in Different Pathologies 
3.8.2. Antioxidant Effect of Hyperbaric Oxygen 

3.9. Anti-Inflammatory Effect of Hyperbaric Oxygen 

3.9.1. Hyperbaric Oxygen and Inflammation 

3.10. Antimicrobial Effect of Hyperbaric Oxygen 

3.10.1. Bacterial Effect of Oxygen 
3.10.2. Hyperbaric Oxygen and Biofilm 
3.10.3. Hyperbaric Oxygen and the Immune Response 

3.11. Oxygen and Neuronal Function 

3.11.1. Oxygen and Peripheral Axonal Regeneration 
3.11.2. Oxygen and Neuroplasticity 

Module 4. HBOT in Wound Healing and Infectious Pathology 

4.1. HBOT in Wound Healing Physiology 
4.2. Medium Pressure and Wound Healing 

4.2.1. Effective Angiogenesis 
4.2.2. Equivalent Osteogenesis 
4.2.3. Anti-inflammatory Effect in Medium Pressure 

4.3. Necrotizing Infections 
4.4. HBOT in Chronic Ulcers and Diabetic Foot 
4.5. Burns 
4.6. Radiation-Induced Wounds and Hyperbaric Oxygen 
4.7. HBOT in Crush Syndrome 
4.8. Vasculitis and HBOT 
4.9. HBOT in Pyoderma Gangrenosum 
4.10. Evidence of HBOT in Other Wounds and Dermatological Conditions 

Module 5. HBOT in Pain, Rheumatic Pathology, and Medical Clinic 

5.1. HBOT in Altitude Sickness 
5.2. Mechanisms of Action in Analgesia: Neuropathic Pain and Hyperbaric Oxygen 
5.3. Arthropathies and Collagenopathies 
5.4. HBOT in Dysfunctional Neurosensitive Syndromes 
5.5. Fibromyalgia and Hyperbaric Oxygen 
5.6. HBOT in Ischemia Reperfusion Injury 
5.7. Tinnitus and Sudden Hearing Loss 
5.8. Inflammatory Bowel Diseases and Hyperbaric Oxygen 
5.9. HBOT in Fertility 
5.10. Hyperbaric Oxygen in the Metabolism of Diabetes and Severe Anemia 

Module 6. HBOT in Physical and Neurological Rehabilitation 

6.1. HBOT in Recovery and Sports Performance 
6.2. Hyperbaric Oxygen and Sports Injuries 
6.3. Brain Trauma and Post-Contusion Syndrome 
6.4. Stroke Recovery and Hyperbaric Oxygen 
6.5. Cerebral Palsy and HBOT 
6.6. Autism 
6.7. Ischemic Encephalopathies 
6.8. HBOT in Parkinson’s 
6.9. HBOT in Alzheimer’s 
6.10. HBOT in Traumatology (Avascular Necrosis, Bone Edema, Fractures, and Osteomyelitis) 

Module 7. HBOT in Oncology 

7.1. Hypoxia and Tumors 
7.2. Tumor Angiogenesis 
7.3. Oncological Safety of HBOT 
7.4. HBOT and Radiosensitivity 
7.5. HBOT and Chemotherapy 
7.6. Osteoradionecrosis and Hyperbaric Oxygen 
7.7. Radical Cystitis and Proctitis 
7.8. Radiation-Induced Skin Syndrome and HBOT 
7.9. HBOT in Other Radiological Injuries 
7.10. HBOT in Cancer Pain and Quality of Life 

Module 8. HBOT in Toxicology 

8.1. Bibliographic Evidence on Dose/Speed of Hyperbaric Oxygen in Carbon Monoxide Poisoning 
8.2. Inflammation in Carbon Monoxide Poisoning 
8.3. Delayed Neurological Syndrome 
8.4. Smoke Inhalation and Hyperbaric Oxygen 
8.5. HBOT in Cyanide Poisoning 
8.6. HBOT in Poisoning by Other Gases 
8.7. Hyperbaric Oxygen in Pollution and Smoking 
8.8. Hyperbaric Oxygen in Addiction Recovery 
8.9. HBOT in Lesions and Poisoning from Recluse Spider Bites 
8.10. HBOT in Lesions and Poisoning from Snake Bites 

Module 9. HBOT in Dysbaric Pathology 

9.1. Diving and Diving Medicine 

9.1.1. Physiological Reactions to Diving Conditions 
9.1.2. Neurological Syndrome of Deep Diving 

9.2. Environmental Pressure Changes 

9.2.1. Decompression Sickness 
9.2.2. Air Embolism 
9.2.3. Pathophysiology 
9.2.4. Symptoms and Signs 

9.3. Treatment of Decompression Sickness 

9.3.1. Prevention of Dysbaric Accidents 
9.3.2. Decompression Table 

9.4. Dysbaric Pathology and Evidence-Based Medicine 
9.5. Dysbaric Osteonecrosis 
9.6. HBOT in Post-Surgical Gas Embolism: Iatrogenic Embolism 
9.7. Hyperbaric Medicine in the Workplace 

9.7.1. Work in Compressed Air 
9.7.2. Medical Documentation and Dive Records 
9.7.3. Health Risks 

9.8. Occupational Accidents in High-Pressure Chamber Operators: Medical Support and Treatment for Compressed Air Work 
9.9. Fire: Evaluation and Prevention with Hyperbaric Chambers with Combustion Risk 
9.10. Regulations and Requirements for the Installation of Different Types of Hyperbaric Chambers 

Module 10. Indications and Contraindications 

10.1. Absolute and Relative Contraindications of HBOT 
10.2. Adverse Effects of Hyperoxia 
10.3. Neurotoxic and Pulmonary Toxicity of Oxygen 
10.4. Neurotoxicity/Neuroexcitability 
10.5. Objective and Subjective Barotrauma 
10.6. Special Care in Patients Receiving HBOT at Different Pressures 
10.7. Consensus Indications from the European Committee of Hyperbaric Medicine 
10.8. Emerging Medical Applications: Off-Label Indications and Medicare 
10.9. Management in Hyperbaric Medicine Centers: HBOT in Public and Private Health 
10.10. Cost/Benefit Relationship of HBOT Application: Cost Effectiveness of HBOT 

Learn everything you need to act safely and efficiently, providing the proper response to each athlete's needs”