Delve into the different Yoga positions to treat fascia and muscular dysfunctions”

Currently, there is a tendency among physiotherapists to use Yoga as an option for the treatment of chronic diseases or muscular injuries, which has generated several benefits for the patient, being less invasive treatments. However, this discipline has undergone recent updates, so TECH presents them in the following academic program of professional qualification.

In that sense, this Postgraduate diploma aims to provide a quality update on the most common pathologies that can be treated through physical exercise offered by this discipline. It also seeks to provide students with practices used in this field.  

This will be achieved through a syllabus consisting of 3 modules with multimedia resources and precise definitions of the most frequent diseases. In addition, technical aspects of the structure of the spine, limbs and fascial system will be addressed.  

All this informative content will be hosted in the Virtual Campus, easily accessible from any device with an Internet connection. The program has the Relearning methodology, so it involves practical exercises based on real cases and simulation, thereby providing a more immersive process and greater use.  

In addition, as a relevant component of this higher level academic proposal, an internationally renowned guest director joins the prestigious teaching staff of this program. As a result, graduates will have the opportunity to participat in several Masterclasses in audiovisual format taught by her, which will address the most outstanding elements of the specialization. 

Get up to date with the benefits of Yoga for the management of degenerative diseases”

This Postgraduate diploma in Pathologies Treated with Therapeutic Yoga contains the most complete and up-to-date scientific program on the market. The most important features include:

• The development of case studies presented by experts in Pathologies Treated with Therapeutic Yoga
• 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
• Practical exercises where self-assessment can be used to improve learning 
• Its special emphasis on innovative methodologies  
• 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 

This Postgraduate diploma will allow you to delve into all the therapeutic techniques to treat conditions such as arthritis and osteoarthritis” 

The program's teaching staff includes professionals from the sector who contribute their work experience to this program, in addition to renowned specialists from leading societies and prestigious universities.

Its 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 an immersive education programmed to learn in real situations.

The design of this program focuses on Problem-Based Learning, by means of which the professional must try to solve the different professional practice situations that are presented throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts.

TECH adjusts to your needs and that is why it has created a flexible, convenient and adaptable syllabus to your daily activities"

This program will provide you with the necessary knowledge to carry out the treatment of diseases through Therapeutic Yoga"

TECH offers a very comprehensive syllabus that allows physiotherapists to structure more comprehensive sessions to address the conditions of each patient. The Postgraduate diploma inPathologies Treated with Therapeutic Yoga gives the student the opportunity to delve into topics such as the spine, scoliosis and the fascial system. All this brought together in a Virtual Campus and a convenient 100% online format easily accessible from any device with an Internet connection.

You will delve into the types of mechanoreceptors and their importance in the different styles of Yoga” 

Module 1. Spine and Limbs 

1.1. The Muscular System 

1.1.1. Muscle: Functional unit 
1.1.2. Types of muscles 
1.1.3. Tonic and phasic muscles 
1.1.4. Isometric and isotonic contraction and its relevance in the styles of Yoga 

1.2. Nervous system 

1.2.1. Neurons: Functional unit 
1.2.2. Central Nervous System: Brain and Spinal Cord 
1.2.3. Somatic peripheral nervous system: Nerves 
1.2.4. Autonomic peripheral nervous system: Sympathetic and Parasympathetic 

1.3. Skeletal System 

1.3.1. Osteocyte: Functional unit 
1.3.2. Axial and appendicular skeleton 
1.3.3. Tendons 
1.3.4. Ligaments 

1.4. Spine 

1.4.1. Evolution of the spine and functions 
1.4.2. Structure 
1.4.3. Vertebra type 
1.4.4. Spine movements 

1.5. Cervical and Dorsal Region 

1.5.1. Cervical vertebrae: typical and atypical 
1.5.2. Dorsal vertebrae 
1.5.3. Major muscles of the cervical region 
1.5.4. Major muscles of the dorsal region 

1.6. Lumbar Region 

1.6.1. Lumbar vertebrae 
1.6.2. Sacrum 
1.6.3. Coccyx 
1.6.4. Major muscles 

1.7. Pelvis 

1.7.1. Anatomy: Difference between male and female pelvis 
1.7.2. Two key concepts: Anteversion and retroversion 
1.7.3. Major muscles 
1.7.4. Pelvic floor 

1.8. Upper Limbs 

1.8.1. Shoulder joint 
1.8.2. Rotator cuff muscles 
1.8.3. Arm, elbow and forearm 
1.8.4. Major muscles 

1.9. Lower Limbs 

1.9.1. Coxofemoral joint 
1.9.2. Knee: Tibiofemoral and patellofemoral joint 
1.9.3. Knee ligaments and meniscus 
1.9.4. Major muscles of the leg 

1.10. Diaphragm and core 

1.10.1. Anatomy of the diaphragm 
1.10.2. Diaphragm and breathing 
1.10.3. Core muscles 
1.10.4. Core and its importance in Yoga 

Module 2. Most Common Pathologies 

2.1. Spine Pathologies  

2.1.1. Protusions 
2.1.2. Hernias 
2.1.3. Hyperlordosis 
2.1.4. Rectifications 

2.2. Degenerative Diseases 

2.2.1. Arthrosis 
2.2.2. Muscular dystrophy 
2.2.3. Osteoporosis 
2.2.4. Spondylosis 

2.3. Lumbago and Sciatica 

2.3.1. Low back pain 
2.3.2. Sciatica 
2.3.3. Pyramidal syndrome 
2.3.4. Trochanteritis 

2.4. Scoliosis 

2.4.1. Understanding scoliosis 
2.4.2. Types 
2.4.3. What to do 
2.4.4. Things to avoid 

2.5. Knee malalignment 

2.5.1. Genu Valgum 
2.5.2. Genu Varum 
2.5.3. Genu Flexum 
2.5.4. Genu Recurvatum 

2.6. Shoulder and Elbow 

2.6.1. Bursitis 
2.6.2. Subacromial syndrome 
2.6.3. Epicondylitis 
2.6.4. Golfer's elbow 

2.7. Knees 

2.7.1. Patellofemoral pain 
2.7.2. Chondropathy 
2.7.3. Meniscus tears 
2.7.4. Goosefoot tendinitis 

2.8. Wrists and Ankles 

2.8.1. Carpal Tunnel 
2.8.2. Sprains 
2.8.3. Bunions 
2.8.4. Flat foot and cavus foot 

2.9. Postural bases 

2.9.1. Different planes 
2.9.2. Plumb technique 
2.9.3. Upper crossed syndrome 
2.9.4. Lower crossed syndrome 

2.10. Autoimmune Diseases 

2.10.1. Definition 
2.10.2. Lupus 
2.10.3. Crohn's Disease 
2.10.4. Arthritis 

Module 3. Fascial System 

3.1. Fascia 

3.1.1. History 
3.1.2. Fascia vs. Aponeurosis 
3.1.3. Types 
3.1.4. Functions 

3.2. Types of mechanoreceptors and their importance in the different styles of Yoga 

3.2.1. Importance 
3.2.2. Golgi 
3.2.3. Paccini 
3.2.4. Ruffini 

3.3. Myofascial Chains 

3.3.1. Definition 
3.3.2. Importance in Yoga 
3.3.3. Concept of tensegrity 
3.3.4. The three diaphragms 

3.4. SBL: Superficial Back Line 

3.4.1. Definition 
3.4.2. Anatomical pathways 
3.4.3. Passive postures 
3.4.4. Active postures 

3.5. SFL: Superficial Front Line 

3.5.1. Definition 
3.5.2. Anatomical pathways 
3.5.3. Passive postures 
3.5.4. Active postures 

3.6. LL: Lateral Line 

3.6.1. Definition 
3.6.2. Anatomical pathways 
3.6.3. Passive postures 
3.6.4. Active postures 

3.7. SL: Spiral Line 

3.7.1. Definition 
3.7.2. Anatomical pathways 
3.7.3. Passive postures 
3.7.4. Active postures 

3.8. Functional Lines 

3.8.1. Definition 
3.8.2. Anatomical pathways 
3.8.3. Passive postures 
3.8.4. Active postures 

3.9. Arm Lines 

3.9.1. Definition 
3.9.2. Anatomical pathways 
3.9.3. Passive postures 
3.9.4. Active postures 

3.10. Main Imbalances 

3.10.1. Ideal pattern 
3.10.2. Flexion and stretching group 
3.10.3. Opening and closing group 
3.10.4. Inspiratory and expiratory pattern

You will face real and simulation cases, having to test your acquired knowledge during each session”