TECH presents this program as a unique opportunity to work in a theoretical and practical way in an exhaustive update on Hyperbaric Medicine applied to the physiotherapeutic field"

The benefits that can be obtained from therapeutic treatment through Hyperbaric Medicine are diverse. Nowadays, there is a wide range of diseases and ailments in which it is possible to alleviate their effects through oxygenation at high pressures: enhance the body's ability to recover through increased blood oxygen, promote healing, reduce the physiological consequences caused by radiotherapeutic injuries, etc… This is due to the recovery of damaged tissues that occurs during treatment, which positively influences the reduction of inflammation processes and the formation of bone callus in ligament or tendon ruptures, muscle tears, etc.  

That is why it is a therapeutic strategy increasingly in demand, so the number of centers that demand the presence of professionals who are familiar with  it increases every year. For this reason, and because of TECH's commitment to clinical sciences, it has developed a complete multidisciplinary program through which the specialist in Physiotherapy will be able to catch up with the latest developments in this sector.

It is a Hybrid Master's Degree distributed in 1,620 hours, 1,500 of theoretical training and 120 of practical stay in a prestigious clinical center.In this way, the graduate will be able to update their knowledge based on the most innovative and effective HBOT fundamentals, being able to implement in their practice the techniques and guidelines for diagnosis that have had the best results to date. In addition, having the opportunity to access a reference entity in the field of Hyperbaric Medicine will allow you to perfect your skills through active work with real patients and with the supervision of a team of experts in the area that will do everything possible to get the most out of this incredible academic experience.

You will be able to include in your skills the mastery of the latest hyperoxia and hypoxia techniques for wound healing"

This Hybrid Master's Degree in Hyperbaric Medicine contains the most complete and up-to-date scientific program on the market. Its most notable features are: 

• Development of more than 100 clinical cases presented by professionals in the field of hyperbaric medicine and its multiple uses
• 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
• Analysis of the physiological and therapeutic effects of hyperbaric oxygenation treatment through multiple evaluations and scientific studies
• Assessment of HBOT in chronic ulcers, diabetic foot, vasculitis and other infectious pathologies
• An algorithm-based interactive learning system for decision-making in the clinical situations presented throughout the course
• Practical clinical guides on approaching different pathologies
• Special emphasis on test-based medicine and research methodologies
• All of this will be complemented by theoretical lessons, questions to the expert, 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 hospital centers

Would you like to delve deeper into the application of HBOT in pain and rheumatic pathologies? In this qualification, you will find all the information you need to master this area"

In this Hybrid Master's Degree, with a vocational nature and hybrid learning modality, the program is aimed at updating professionals specialized in TECH who wish to have access to the latest developments in this field. The contents are based on the latest scientific evidence, and oriented in a didactic way to integrate the most modern theoretical knowledge in the use of hyperbaric oxygenation with the most current clinical practice. 

Thanks to the multimedia content, developed with the latest educational technology, Medicine professionals will benefit from 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 professional 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. 

In the Virtual Campus you will find additional material of great quality and presented in different formats, so that you can delve in a personalized way in the different aspects of the syllabus"

You will be updated on the physical laws that govern Hyperbaric Medicine, as well as the most effective techniques to apply them"

Developing this Hybrid Master's Degree has been a real challenge for TECH and its team of experts, who, despite being versed in the area, have had to carry out an exhaustive research task to shape a complete program, up-to-date and adapted to the pedagogical criteria that define and differentiate this university. In addition, with an emphasis on the multidisciplinary factor that characterizes all the programs of this institution, they have also included hours of additional material in audiovisual format, research articles, dynamic summaries and complementary readings in its content so that the graduates can make the most of this educational experience and delve into the most relevant aspects of the syllabus for their professional performance. 

Would you like to be updated on the latest scientific evidence related to the application of Hyperbaric Medicine in areas such as diving? Choose this program and you will be able to find out about it"

Module 1. Introduction to Hyperbaric Medicine

1.1. History of Hyperbaric Medicine
1.2. First 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 the New Generation Hyperbaric Chambers
1.7. Hyperbaric Medicine Societies in the World and the Evolution of the Indications
1.8. Introduction to the Basis of Hyperbaric Oxygenation
1.9. Introduction to the Adverse Effects and Contraindications
1.10. Current Concept of Hyperbaric Oxygenation Treatment Medium Pressure, Micro pressure and Hyperbaria

Module 2. Basis of Hyperbaric Oxygenation Treatment (HBOT)

2.1. Physiological Basis of Hyperbaric Oxygenation Treatment
2.2. Dalton, Henry, Boyle and Mariotte Physical Laws
2.3. Physical and Mathematical Bases of the Diffusion of Oxygen within Tissue in the 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. Hyperoxia Effective in Wound Healing
2.10. Bases of the Intermittent Hyperoxia Model

Module 3. Physiological Therapeutic Effects of HBOT

3.1. Introduction to the Physiological Therapeutic 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.Liberation of Stem Cells with HBOT
3.3.2. Importance of Stem Cells on Wound Healing
3.3.3. Oxygen in the Differentiation of Stem Cells

3.4. Oxygen in the Synthesis of Collagen

3.4.1. Synthesis and Types of Collagen
3.4.2. Oxygen in the Synthesis and Maturing of Collagen
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 Different 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. Oxidative Stress in Hyperbaric Oxygen

3.9. Anti-inflammatory Effect in Hyperbaric Oxygen

3.9.1. Hyperbaric Oxygen and Inflammation

3.10. Antimicrobial Effect in 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 Neurone Function

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

Module 4. HBOT in Wound Healing Process and Infectious Pathology

4.1. HBOT in 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. Injuries from Radiofrequency Lesions 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 Injuries and Dermatological Conditions

Module 5. HBOT in Pain, Rheumatic Diseases and the 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 Onset Deafness
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 Performance in Sport
6.2. Hyperbaric Oxygen and Sporting Injuries
6.3. Brain Trauma and Post-Concussion Syndrome
6.4. Stroke Recovery and Hyperbaric Oxygen
6.5. Brain Paralysis 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 Trauma (Avascular Necrosis, Bone Edema, Fractures and Osteomyelitis)

Module 7. HBOT in Oncology

7.1. Hypoxia and Tumors
7.2. Tumoral Angiogenesis
7.3. Oncologic 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. Radio induced Skin Syndrome and HBOT
7.9. HBOT in Other Radio lesions
7.10. HBOT in Oncology Pain and Quality of Life

Module 8. HBOT in Toxicology

8.1. Bibliographical Evidence in Relation to Dosage/ Speed of Using 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 Hydrogen Cyanide Poisoning
8.6. HBOT in Other Gases Poisoning
8.7. Hyperbaric Oxygen in Pollution and Tobacco
8.8. Hyperbaric Oxygen in Addiction Recovery
8.9. HBOT in Corner Spider Bite Injuries and Poisoning
8.10. HBOT in Snake Bite Injuries and Poisoning

Module 9. HBOT in Dysbaric Pathology

9.1. Diving and Diving Medicine

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

9.2. Changes in Environmental Pressure

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 Postoperative Gas Embolism Iatrogenic Embolism
9.7. Hyperbaric Medicine in the Workplace

9.7.1. Working in Compressed Air
9.7.2. Medical Documents and Immersion Records
9.7.3. Health Risks

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

Module 10. Indications and Contraindications Integration Module

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

You will have access to 1,500 hours of diverse theoretical content, thanks to which you will be able to acquire up-to-date knowledge on techniques such as working with compressed air or by decompression"