Extracorporeal shockwave therapy
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|Extracorporeal shockwave therapy|
ESWT device (EMS Swiss DolorClast)
Extracorporeal Shockwave Therapy or ESWT is a treatment used in physical therapy, orthopedics, urology and cardiology. The shockwaves are abrupt, high amplitude pulses of mechanical energy, similar to soundwaves, generated by an electromagnetic coil or a spark in water. Similar technology using focused higher energies is used to break up kidney and gallstones, and is termed lithotripsy. “Extracorporeal” means that the shockwaves are generated externally to the body and transmitted from a pad through the skin.
Extracorporeal Shockwave Therapy is used to treat a growing number of tendon, joint and muscle conditions. These include tennis elbow, where results in double blind studies are reported as excellent. Chronic tendinitis of the knee and shoulder rotator cuff pain, achilles tendinitis, hamstring tendinitis, plantar fasciitis are also treated successfully.
The above conditions are often difficult to treat using other methods and can become chronic. With ESWT patients report reduced pain and faster healing, without significant adverse side effects. However, the treatment has proven challenging to verify categorically in large controlled studies, in part because the therapist and patient are aware whether or not they are in the treatment cohort or the sham cohort.
ESWT is used for wound healing and has shown positive results in short-term and long-term outcomes in diabetic patients suffering from foot ulcers.
Chest pains associated with heart disease, known as angina have been treated successfully with ESWT. Studies have shown that the shockwaves promote the growth of new blood vessels or revascularization.
Since 2010 shockwaves have been used in urology, to treat chronic pelvic pain syndrome and erectile dysfunction. Unlike drugs ESWT is non-invasive, without side effects and promotes long term healing. There are a growing number of double blind sham controlled double blind studies that show success rates of up to 80%.
Shockwaves stimulate angiogenesis (new blood vessels) and neurogenesis (new nerve cells). The exact physiological mechanisms at this stage are poorly understood, but it appears that the cells undergo microtrauma which promotes the inflammatory and catabolic processes that are associated with removing damaged matrix constituents and stimulates wound healing healing mechanisms.
When ESWT was used for plantar fascia treatment, the procedure used to be performed in an out-patient setting, under local anesthesia, taking up to 30 minutes. Now with newer and more portable technology, it can be done without anesthesia in the physician's office in less than 10 minutes. There are a variety of ESWT devices, manufacturers include Storz Medical, Dornier, EMS Swiss and Richard Wolf. Recent developments in applicator technology has led to additional indications such as back pain and fascia treatment.
Research indicates that there is significant reduction in intensity of application pain with the use of castor oil rather than ultrasound jelly. The positive effect of castor oil can be explained by its cavitation-free quality. The patient is afterwards able to walk out, the major complaint being of a thumping feeling on the heel. Because re-inflammation is being introduced, the patient cannot take anti-inflammatory medication afterward, nor should the area be iced. Acetaminophen/Paracetamol with codeine may be utilized.
Contraindications for this procedure include: neurological and vascular disease of the foot; history of rupture of the plantar fascial ligament; open bone growth plates; pregnancy, implanted metal in the area (bone screws and pins); and people on medication that interferes with blood clotting such as coumadin and prophylactic aspirin.
Shockwave devices have been approved for the treatment of erectile dysfunction in most jurisdictions other than the United States.
The UK advisory body - National Institute for Health and Care Excellence (NICE) have issued guidance on ESWT to UK clinicians for a number of clinical indications - Calcific Tendinitis of the shoulder, refractory plantar fascitiis, refractory Achilles Tendinopathy, refractory tennis elbow and refractory greater trochanteric pain syndrome. NICE state ESWT raises no major safety concerns however the current evidence for ESWT in the majority of indications is conflicting, as such ESWT should only be used where there are special arrangements for clinical governance and audit. NICE guidance has led to the launch in 2012 of the Assessment of the Effectiveness of ESWT for Soft Tissue Injuries. ASSERT facilitates the clinical governance and audit function of NICE's guidance for clinicians wishing to offer ESWT to patients. Through the use of validated outcome score measurement tools ASSERT has facilitated access for patients to ESWT in the UK and has become globally one of the largest collections of data over a 2-year period. ASSERT 1 ceased actively recruiting patients in 2014 however the follow ups will continue into 2016 at which the data will be published. ASSERT 2 superseded the original ASSERT Protocol in May 2014 and continues to actively collect data of patients who have received ESWT.
ESWT is commonly used for treating orthopedic problems in horses, including tendon and ligament injuries, kissing spine, navicular syndrome, and arthritis. Because it can produce temporary analgesia, usually around 4 days, care must be taken not to push the horse too hard after treatment, since the animal may not guard the injury as well as they did previously. ESWT is often used in conjunction with rest and other therapies to help return the horse to soundness. Since the treatment is slightly uncomfortable, horses are sedated for treatments.
Extracorporeal pulse activation therapy
Extracorporeal pulse activation therapy or EPAT, also called extracorporeal acoustic wave therapy or extracorporeal shock wave therapy is a non-invasive medical treatment used for many things, including improving skin elasticity, body shaping, treating cellulite, and combating weakness of connective tissue.
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