The most comprehensive program worldwide! It includes also Laser Therapy & PEMF, for free!
Physical Therapy has been growing within the field of sports medicine and has had to rapidly evolve to keep up with the ever-increasing demands of competition. Horses are forced to perform at their physiologic limits which has led to an increase in musculoskeletal pathology in the equine population. This course is designed to teach you how to reduce or improve biomechanical constraints due to musculoskeletal pathology, decrease pain and inflammation, promote healing, and assist in keeping horses performing in sport via prevention or management of musculoskeletal conditions.
This course will meet for a duration of 5 days and will largely include hands-on active learning through direct practice.
Pulsed Electromagnetic Field Therapy is a revolutionary modality used in the treatment of neuromusculoskeletal pathology. During this course you will learn the fundamentals of PEMF, the indications and contraindications of usage, and the application of PEMF. PEMF in the equine population allows for improved healing and regeneration, temporary increase in circulation, and assists with muscle fatigue and recovery post-exercise.
Pulsed Electro Magnetic Field Therapy (PEMFT) is a non-invasive, pain-free therapy that has been found to be beneficial for the treatment of chronic problems, pain, soft tissue injuries, and it could assist in the rehabilitation process.
On the therapeutic ultrasound area, students will explore the theory of different modalities like low intensity pulsed US, therapeutic ultrasound (TUS), amongst other.
Students will also have practical application of TUS, including doses and contraindications. Lastly students will explore electrostimulation and radiofrequencies therapies, including principles of their applications and practical applications of these therapies.
The course will focus on therapeutic ultrasound, pulsed magnetic field therapy, electrical stimulation and radiofrequency.
Laser therapy is gaining in popularity due to its benefits in exercise recovery.
As demands increase on the equine population; laser therapy can assist in the treatment of chronic pain and inflammation as well as promoting tissue growth and wound healing.
During this course you will learn the fundamentals of laser therapy, the indications and contraindications for use, and the clinical application of laser therapy. This course will meet for a duration of 3 days and will largely include hands-on active learning through direct practice. The term Laser is the acronym for Light Amplification by Stimulated Emission of Radiation. A laser light is monochromatic, collimated, and coherent. A laser is a device that produces such a light.
Low level laser therapy (LLLT) is used by some physiotherapists to treat various musculoskeletal condition. LLLT is a non-invasive light source treatment that generates a single wavelength of light.
It emits no heat, sound, or vibration. It is also called photobiology or bio-stimulation. LLLT is believed to affect the function of connective tissue cells (fibroblasts), accelerate connective tissue repair and act as an anti-inflammatory agent. Lasers with different wavelengths, varying from 632 to 904 nm, are used in the treatment of musculoskeletal disorders.
LLLT stimulates cell proliferation of fibroblasts, keratinocytes, endothelial cells and lymphocytes. In physiotherapy LLLT is use for pain relief, accelerated tissue regeneration and reduction of inflammation, it increases microcirculation and formation of new capillaries - The wound area receives more oxygen and nutrients to help with the natural wound healing process, promotes lymph system activity – this helps with detoxification of the wound without overtaxing the lymph system and prevents lymphoedema, cleans up dead cells: boosted blood circulation helps with cleaning up dead or damaged cells, including dead bacteria, promotes collagen and elastin production in the final wound healing phases, helps to release ATP (raw cellular energy) which gives energy to the damaged cells in the wound so they can heal better and faster.
We will be using a variety of learning from classroom based to practical with a focus on learning through understanding. This is a very practically based course as the very best learning comes through hands on, the feel of the horse and how they communicate with their bodyworker. the tactile feedback is key and this is achieved through practice with a lot of support to aid understanding and progression.
Students will explore the difference between true laser, therapy laser, Laser Diodes and LEDs. The physiological effects of lasers, based on the evidence will be reviewed and the emphasis will be on their effects in tissue repair and healing. Students will explore, in practical’s, clinical application areas, doses and practical application issues.
Learning Objectives:
• Understand the fundamentals of equine physical therapy & rehabilitation
• Understand equine anatomy, physiology and neurology basics
• Identify and treat commonly encountered lesions
• Be able to apply different physiotherapeutic methods and techniques
• Understand the fundamentals of PEMF
• Learn the indications and contraindications of PEMF & Laser Therapy
• Gain confidence in effectively applying PEMF & Laser Therapy
• Understand the basis of the physiology of electrotherapies action on tissues
• Appraise practical applications, including doses and contra-indications, of a range of electrotherapies in the equine rehabilitation
• Appraise the use of electrotherapies for sports and performance horses
Each student receives the “Anatomy, Physiology and Pathology”, for free!
The most comprehensive program worldwide! It includes also Laser Therapy & PEMF, for free!
Certification by the American University in the Emirates, Ryada Training Center, CIM at the French Hospital, Dubai Racing Club, Dubai Equestrian Club and the International Association for Complementary Medicine (CMA) located in London - UK, making it easier for graduates to work all over the world.
| Syllabus |
Fundamentals of Physical Therapy & Rehabilitation - Methods and Techniques Basic Anatomy, Physiology, and Neurology Common Pathologies Considerations for the Equine Athlete Topography Lab (LIVE) | Lecture 1 |
Review/Questions from Previous Day Stabilization/Strengthening Mobilization/Stretching Modules: - Cervical Spine - Thoracolumbar Spine Practice (LIVE) | Lecture 2 |
Review/Questions from Previous Day Modules: - Sacropelvic - Extremities Practice (LIVE) | Lecture 3 |
Review/Questions from Previous Day Module: - Core Activation - Warm up exercises prior to riding - Strengthening exercises under saddle Practice (LIVE) REVIEW SESSION | Lecture 4 |
REVIEW SESSION Fundamentals of Physical Therapy Basics of Anatomy, Physiology, and Neurology Common Pathologies Stabilization vs Mobilization Application of Physical Therapy and Rehabilitation techniques | Lecture 5 |
Fundamentals of PEMF Evidence Review of PEMF Basic Anatomy Settings Practice and Equipment Familiarity (LIVE) | Lecture 6 |
Indications for usage PEMF Contraindications for usage PEMF Other Considerations Application Practice (LIVE) | Lecture 7 |
Fundamentals of PEMF Evidence Review Basic Anatomy Indications/Contraindications PEMF Application/Settings | Lecture 8 |
Fundamentals of Laser Therapy Evidence Review of Laser Therapy Classes of Lasers Settings Practice and Equipment Familiarity (LIVE) | Lecture 9 |
Basic Anatomy Indications for usage – Laser Therapy Contraindications - Laser Therapy Other Considerations Application Practice (LIVE) | Lecture 10 |
Evidence Review Classes of Lasers Application/Settings FINAL EXAM – Written and Practical | Lecture 11 |
The Curriculum will also cover:
Common problems, how can PEMFT help, Mode of action, Implications for therapy, Applicators, Settings, PEMFT practical on horses.
Pulsed Electro Magnetic Field Therapy (PEMFT) theory and PRACTICAL of its application.
Ultrasound therapy principles of its use + PRACTICAL.
Electrical stimulation: NEMS, TENS, H-wave: principles of use, dose, contraindications. Day to day applications of electrical stimulation _+ PRACTICAL: NEMS, TENS and H-wave.
Radio-frequency: principles of use, dose, contraindications. Day to day applications of radio-frequency + PRACTICAL.
Case studies.
Properties of lasers, Biological effects of LLLT, Treatable conditions, Case studies, Observation of equipment in the classroom, LLLT practical on horses.
Medical Laser Safety. Identify the safety risks for lasers. Describe procedures for safely working with lasers. Discuss lasers types and classes
Scientific Basis of Medical Lasers. The theory of the production of laser light and radiation. The difference between continuous wave, pulse, super pulse and intermittent laser output. The most beneficial model of laser light penetration. The terminology used in connection with medical lasers.
PRACTICAL: working safely with laser. Use of laser for skin healing.
How laser therapy promotes analgesia and reduces inflammation. How laser therapy accelerates wound healing. Dosages, settings, and procedures for applying laser therapy. Techniques for applying laser therapy
Aims of laser therapy in horses
Contraindications of laser therapy in horses
Day to day applications of laser therapy in horses.
PRACTICAL: LLLT application for muscle and ligament injuries; neurological conditions, pain and arthritis.