MODUS RADIAL ESWT
SHOCKWAVE THERAPY

What is Plantar Fasciitis?

The heel and bottom of the foot suffer from plantar fasciitis, a painful foot disease where the plantar fascia becomes inflamed from overstretching or overuse. Repeated stress on the plantar fascia can cause minor ligament tears that cause discomfort and swelling and make walking challenging. It is one of the most frequent reasons of heel pain, most frequently affecting middle-aged men and women, though it can also affect people who are frequently on their feet or involved in athletics and sports. It includes swelling of the thick tissue band connecting the heel bone to the toes on the bottom of each foot. Plantar fasciitis commonly causes stabbing pain that usually occurs with the first steps in the morning. As person get up and move, the pain normally decreases, but it might return after long periods of standing or when you stand up after sitting.

Factors Triggering Plantar Fasciitis

• Being overweight or obese
• Being ages 40-60
• Having flat feet, high arches, or other gait problems
• Wearing poor-quality or unsupportive shoes
• Standing on your feet for long periods of time

Treatment of Planter Fasciitis

Even though plantar fasciitis can be unpleasant, it is very treatable. Resting is the most crucial thing to do if you have heel fasciitis. Additionally, using comfy, high-quality shoes can lessen the stress on your feet since poorly fitting or worn-out shoes can negatively affect your feet. Orthotics can help your muscles, tendons, and bones in your feet operate at their best by relieving pain and stress. Non-steroidal anti-inflammatory drugs can be used to treat discomfort. stretching and exercising to strengthen and stretch the muscles in your feet. Extracorporeal shock wave therapy is a cautious method for treating plantar fasciitis of the foot in which shockwaves are sent through the heel to encourage the healing of the inflamed plantar fascia tissues.

Treatment of Planter Fasciitis with Radial ESWT

Power: 2.8 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 10mm / 15mm /20mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is Achillodynia?

Achillodynia is a term used to describe various severe Achilles tendon processes. People who are affected feel some degree of pain in the tendon that passes through the heel bone and the calf muscles, and their ability to move the affected limb is limited. Achillodynia will naturally go away after a few days in mild instances. A sign of excessive strain is when Achilles tendon pain lasts for a prolonged length of time. As a result, Achillodynia is a frequent diagnosis among athletes and is thought to be a common injury among runners. Degenerative changes brought on by prolonged excessive strain or unsuitable mechanical stress offer convincing proof for this diagnosis. The blood and oxygen supply may be compromised if the tendon's structure changes, which could have an effect on the healing process.

Factors Triggering Achillodynia

• Age and Gender
• Physical problems
• Training choices; running
• Medical conditions; psoriasis or high blood pressure
• Certain types of antibiotics

Treatment of Achillodynia

The patient might need to stay away from exercising for a few days or transition to a sport like swimming that won't put stress on the Achilles tendon. In extreme circumstances, a walking boot and aids are required. The discomfort can also be relieved by placing an ice pack on the tendon. Wraps or tight elastic bandages can help to lessen swelling and muscle mobility. Swelling can also be reduced by elevating the afflicted foot above the level of the heart. The initial focused shock wave was tested and it was found to be very effective in treating small, local lesions but ineffective in treating tendinopathies, which involved larger volumes of tendon.

Treatment of Achillodynia with Radial ESWT

Power: 2.8 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 15mm / 20mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is Tibial Stress Syndrome? How is it formed?

It is a disorder that occurs mostly because people who do not exercise for a long time and regularly, suddenly load on muscle groups that they are not accustomed to. This condition is also known as shin splints, as it causes persistent pain in the anterior part of the shinbone.

In Tibial Stress Syndrome, a general pain is seen in the calf region. In addition, it causes pain after exercise and if it gets worse, it also causes pain when walking or climbing stairs.

Radial ESWT Treatment for Tibial Stress Syndrome

Patients who have taken a break from sports activities, stretching, stretching, and strengthening exercises without any effect should consider shock wave therapy.

With ESWT treatment, the area where the pain is felt is targeted, and with the increase of the activity of the stem cells due to the increase in the blood flow rate of that area, healing in the painful area and a significant reduction in pain are observed.

To benefit from the treatment at the optimum level, it should be supported by physiotherapy treatment and the right rehabilitation plan should be applied for you.

What are the Advantages of Radial ESWT Treatment?

• Shockwave therapy does not involve injections or surgery.
• Causes minimal side effects.
• After the treatment, the patient can continue his daily life.
• The addition of ESWT treatment to the relief of specific symptoms that have lasted for 12 weeks with physiotherapy accelerates the healing of the disease and makes it more visible.

Are there any side effects of Radial ESWT Treatment?

Shock wave therapy may cause discomfort to the patient depending on the area where the treatment is applied, and in some cases it may be painful. This is a natural part of the treatment and is a necessary technology for the transmitted shock waves to stimulate the cells. In painless shock wave treatments, the intensity and effectiveness of the treatment can be questioned. Except for the slight pain felt, there may be slight redness and bruising in the area.

How many sessions and how often should Radial ESWT Treatment be applied?

For optimal results, shock wave therapy requires 3-4 treatments every 7-10 days. The shockwave therapy itself takes only 3 to 5 minutes.

What is Patellar Syndrome?

Patellar Syndrome can be a frustrating condition for individuals who are physically active, as it can limit their ability to participate in their favourite sports or activities. The pain and discomfort associated with the condition can be intermittent or constant and can significantly impact a person's quality of life. In addition to these factors, there are several other risk factors that can contribute to the development of Patellar Syndrome. These include poor flexibility or range of motion in the hip or ankle, a sudden increase in activity level, poor biomechanics or movement patterns, and poor footwear or equipment.

Factors Triggering Patellar Syndrome

• Repetitive strain: This can be caused by engaging in activities that involve repetitive gripping, twisting, or lifting motions, such as playing tennis or golf, using hand tools, or typing on a computer keyboard.
• Overuse: Overuse of the elbow and forearm muscles
• Poor technique: Poor technique or form during physical activities such as playing tennis or golf can also increase the risk of developing radial and ulnar humeral epicondylitis.
• Age and gender

Treatment of Patellar Syndrome

The treatment of patellar syndrome typically involves a combination of rest, physical therapy, and pain management. Resting the knee and avoiding activities that aggravate the condition can help reduce pain and inflammation. Physical therapy exercises can help improve muscle balance and joint alignment, which can reduce stress on the patella. Pain management may include over-the-counter pain relievers or prescription medications as needed. Radial Extracorporeal Shockwave Therapy is a non-invasive treatment option that has been shown to be effective in the treatment of patellar syndrome. During the procedure, high-energy shockwaves are delivered to the affected area, which can help stimulate the body's natural healing process and reduce pain and inflammation.

Treatment of Patellar Syndrome with Radial ESWT

Power: 2.2 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 15mm / 20mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is Fixation of Loose Non-Segmented Prosthesis?

Fixation of loose non-segmented prosthesis refers to a surgical procedure that involves securing a prosthetic joint that has become loose. This can occur because of wear and tear over time, infection, or trauma. When a prosthetic joint becomes loose, it can cause pain, instability, and reduced range of motion, which can significantly impact a person's quality of life. It is the most significant factor influencing the prosthesis' lifespan because bone loss results in loosening of the non-segmented prosthesis. The rate of revision surgery for loosening is four times greater than the rate for prosthesis dislocation.

Factors Triggering the Loose of Non-Segmented Prothesis

• Aseptic loosening of prosthetic components
• It is often associated with osteolysis (bone resorption) and an inflammatory cellular response within the joint
• Migration of the implant component may also cause significant osteolysis
• High-impact activities and excessive body weight

Treatment Of Loose Non-Segmented Prosthesis

The treatment of loose non-segmented prosthesis typically involves surgical intervention. The specific surgical technique used will depend on the location and severity of the loosening, as well as the type of prosthetic joint that has been implanted. The goal of surgery is to remove any damaged tissue or bone and to secure the prosthesis in place to restore stability and range of motion. To fix loosening, a revision surgery may be necessary. While subsequent operations are known to have lower success rates than the initial procedure. The bone-cement interface, osteogenic reaction, and fracture healing can all be improved with ESWT in total hip replacement revisions where it has been shown to be able to loosen the cement. Although shockwave therapy has been shown to aid in the healing of fractures, most of the orthopaedic study has concentrated on tendinopathies, fasciopathy, and soft tissue conditions affecting the upper and lower extremities.

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is Patellofemoral Pain Syndrome? How is it formed?

Patellofemoral Syndrome is a condition where the muscles that attach to your kneecap do not pull evenly when the joint is moved to keep it in a neutral position. There are 4 muscles in the front of your upper leg, and when two of these muscles do not pull equally, the painful syndrome occurs.

The reasons for the emergence of patellofemoral syndrome may be as follows;

• A taut, fibrotic vastus lateralis muscle on the outside of the thigh.
• Short leg.
• An extremely tight band of iliotibial (IT) fascia on the outside of the thigh.
• Early-stage arthritis on the underside of the kneecap.
• A weak vastus medialis muscle on the inside of the thigh, just above the knee.
• Alignment problems with feet, hips or pelvis.

The most common cause of patellofemoral syndrome is an imbalance in the strength of two of the four quadriceps muscles in the thigh.

Radial ESWT Treatment for Patellofemoral Pain Syndrome

Any inflammation is relieved using shock wave therapy.

ESWT therapy is the preferred treatment method to return all the muscles in the area to their normal lengths, relieve fibrosis, relieve swelling and correct mechanical disorders that may occur in the pelvis, hips and/or feet.

Are there any side effects of Radial ESWT Treatment? If yes, what are they?

At the beginning of the treatment, the clinician increases the shock wave applied as the sessions progress to keep the discomfort to a minimum. After a while, a slight pain is felt as the shock wave intensity increases. However, there is often some pain felt over the area of application. It is normal to feel slight pain in the applied area after the treatment, but the pain will pass in a short time.

After subsequent treatments there will be a definite improvement in symptoms leading to a reduction in the original pain felt.

What are the Advantages of Radial ESWT Treatment?

Surgical procedures for Patellofemoral Pain Syndrome have a 75% success rate in 18 months, and it has been shown that up to 80% of patients have good to excellent results in 18 months in ESWT treatment for the same condition. Shockwave is better than surgery for certain muscle syndromes and more research is being done with this in mind.

How many sessions and how often should Radial ESWT Treatment be applied?

Shockwave application and most situations improve with 3-4 15-minute sessions. Each treatment should ideally be 7 days apart and no more than a maximum of 10 days between sessions. Depending on the diagnosis of the disorder, the number of sessions and periods may vary.

What is Bursitis Trochanterica?

Trochanteric bursitis is a condition that causes pain in the outer hip region. The hip joint is surrounded by several small fluid-filled sacs called bursae that help to reduce friction and cushion the joint. Trochanteric bursitis occurs when the bursa on the outside of the hip, near the greater trochanter, becomes inflamed.

This inflammation can be caused by repetitive activities that irritate the bursa, such as running, cycling, or climbing stairs, or it can result from direct trauma or injury to the area. Symptoms of trochanteric bursitis may include pain, tenderness, and swelling in the hip area, as well as difficulty lying on the affected side or walking or climbing stairs.

Treatment options for trochanteric bursitis may include rest, ice or heat therapy, physical therapy, anti-inflammatory medication, and in severe cases, injection of corticosteroids into the affected area.

Factors Triggering Bursitis Trochanterica

• a sudden increased load on your hip
• a change to your activity levels such as increased walking distances or pace
• increased pressure to your hip area through sitting or standing in one position for too long or weight bearing on one leg
• reduced strength and flexibility of the muscles around the hip and buttock
• having a sedentary, inactive lifestyle or being overweight
• an injury such as a fall on to the side of your hip area
• hormone changes may also influence this condition
• this can also be related to osteoarthritis of the hips and knees or low back pain

Treatment of Bursitis Trochanterica

Suggestions for treatment may combine relaxation, splints, heat, and cold therapy. Non-steroidal anti-inflammatory medications that can be used. Additionally, corticosteroid injections administered by your healthcare practitioner rapidly reduce the pain and inflammation. Shock wave therapy is only used when other conservative treatment options like rest, painkillers, and physical therapy fail to better after six months of use. It serves as a surgical alternative therapy method. Radial ESWT uses sound waves to heal injuries sustained in sports and musculoskeletal conditions. In the case of trochanteric bursitis, it works well. Most patients who receive shock wave therapy experience a pain reduction that is like other conservative treatments and an improvement in how well the affected part moves. It has the benefit of being just as efficient as surgery and having no risk of infection.

Treatment of Bursitis Trochanterica with Radial ESWT

Power: 2.0 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 15mm / 20mm / 35mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is carpal tunnel syndrome?

Carpal tunnel syndrome is a disease that causes numbness, tingling and pain in the hand and forearm. This condition occurs when the median nerve, one of the main nerves in the hand, is compressed as it passes through the wrist. The tendons that provide the movement of the fingers and the median nerve are in the canal. The median nerve allows the fingers to feel and make some movements. If the nerve is under pressure in the canal, carpal tunnel syndrome occurs.

Factors leading to the formation of carpal tunnel syndrome

• Diabetes
• Thyroid Gland Diseases
• Excessive Fluid Retention During Pregnancy and Menopause
• High Blood Pressure
• Autoimmune Diseases in Which the Immune System Causes Damage To The Body's Own Cells And Tissues.
• Traumas In the Wrist Region

Treatment Types of Carpal tunnel syndrome

• Regional Pain Relief and Oedema Relief Gels
• Corticosteroid Injections Around Nerves with Hand-Wrist Splints

Side Effects After Treatment with Modus Radial Shock Device

• It may have short-term effects such as mild to moderate pain, redness, bruising or tingling.
• Mild to moderate pain
• Flushing
• Bruising
• Swelling
• Skin blisters
• Loss of physical sensitivity
• dysesthesia
• Ecchymosis and/or Petechiae
• Temporary increase in sensitivity to pain

What is Dupuytren's Contracture?

Contracture is the permanent hardening of soft tissues by contraction and shortening. Dupuytren's contracture is a hand deformity caused by the shortening and thickening of the fibrous layer under the skin of the palm and fingers. Although painless, this thickening and shortening causes the fingers to close and permanently curl. Although this disease is rare, it is a connective tissue disorder. A hardened nodule is formed by thickening and shortening of the fibrous tissue under the skin of the palm. Afterwards, a very hardened tissue band is seen here. Therefore, the affected finger begins to pull towards the palm for several months or longer. Then it stays in a fixed position and cannot be retracted. It has been observed that it is commonly seen in the 4th or 5th fingers.

It starts with painless swellings in the palm, especially at the level of the 4th and 5th fingers. Gradually, the swelling increases and begins to thicken in the form of a band. As the swelling and hardening of the skin increase, the flexibility of the fingers is affected. When the patient puts the palm on the flat surface, the palm of the hand does not touch the ground and takes the shape of a dome. As the disease progresses, it can affect tendons, adjacent vessels and nerves. It becomes increasingly difficult for the patient to open his finger. For this reason, washing his hands, wearing gloves, clapping and grasping objects are impaired.

Factors Triggering Dupuytren's Contracture

• Cirrhosis
• Diabetes
• Thyroid
• Epilepsy
• Genetic predisposition
• Usually, men aged 40 and over

Dupuytren's Contracture Treatment

Local steroid injection to the patient may slow down the progression with anti-inflammatory effect. Finger contractures can be prevented with hand splints. The disease can be slowed down with hand exercises. Surgery is planned for patients who do not respond to these treatments and who have advanced. In the surgical procedure, the thickened and shortened connective tissues are removed and the range of motion of the finger joint is increased. Radial ESWT is one of the treatment methods. It is more effective to use in the early stages of the disease.

Side Effects After Treatment with Modus Radial Shock Device

• It may have short-term effects such as mild to moderate pain, redness, bruising or tingling.
• Mild to moderate pain
• Flushing
• Bruising
• Swelling
• Skin blisters
• Loss of physical sensitivity
• dysesthesia
• Ecchymosis and/or Petechiae
• Temporary increase in sensitivity to pain
• Hematoma

What is Lateral Epicondylitis?

Tennis elbow, also known as lateral epicondylitis; It is a problem with the tendons of the muscles that make the forearm movements. The tendons of the forearm muscles that enable the hand to grip and rotate the hand attach to the lateral epicondyle, the outer part of the elbow. Excessive use of these muscles because of repetitive movements can cause wear, inflammation and even rupture of the tendon. As a result of this situation, pain may be felt on the outside of the elbow and weakness may occur in the relevant arm.

Factors leading to the formation of Lateral Epicondylitis

• Using Keyboard and Mouse
• Chopping Food, Especially Meat
• Using Plumbing Tools
• Using Hand Tools Such as Saws And Scissors
• Bricklaying
• Playing Sports Played with A Racket Such As Tennis And Badminton

Treatment Types of Lateral Epicondylitis

• Activity Arrangement
• Medication
• Brace
• Physiotherapy
• Injection
• Pain Mesotherapy
• Surgical

Side Effects After Treatment with Modus Radial Shock Device

• It may have short-term effects such as mild to moderate pain, redness, bruising or tingling.
• Mild to moderate pain
• Flushing
• Bruising
• Swelling
• Skin blisters
• Loss of physical sensitivity
• dysesthesia
• Ecchymosis and/or Petechiae
• Temporary increase in sensitivity to pain
• Hematoma

What is Radial and Ulnar Humeral Epicondylitis?

Radial and ulnar humeral epicondylitis are both conditions that involve pain and inflammation in the elbow. They are commonly referred to as tennis elbow (lateral epicondylitis) and golfer's elbow (medial epicondylitis), respectively.

Tennis elbow is a condition caused by overuse of the muscles and tendons in the forearm that attach to the lateral epicondyle of the humerus bone in the elbow. Similarly, Golfer's elbow also a condition that affects the inner part of the elbow. It is caused by overuse of the muscles and tendons in the forearm that attach to the medial epicondyle of the humerus bone in the elbow.

Factors Triggering Radial and Ulnar Humeral Epicondylitis

• Repetitive strain
• Overuse
• Muscle imbalances
• Poor technique
• Age and gender

Treatment of Radial and Ulnar Humeral Epicondylitis

The treatment of radial and ulnar humeral epicondylitis involves a combination of rest, pain relief, and rehabilitation exercises. Resting the affected area and avoiding activities that aggravate the condition is important. Pain relief can be achieved with the use of nonsteroidal anti-inflammatory drugs or corticosteroid injections. Rehabilitation exercises can help to strengthen the affected muscles and improve flexibility. In severe cases, surgery may be necessary to repair or remove damaged tissue. Radial ESWT has been shown to be effective in reducing pain and improving function in patients with radial humeral epicondylitis. During the treatment, the patient may experience a mild to moderate level of discomfort, but the procedure is generally well-tolerated. After the treatment, patients may experience some soreness or bruising in the treated area, but these side effects typically resolve within a few days.

Treatment of Radial and Ulnar Humeral Epicondylitis with Radial ESWT

Power: 2.4 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 15mm / 20mm / 35mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is pain in the groin area?

Pain in the groin area can be a concerning symptom that may require medical attention. It can occur suddenly or gradually and may be accompanied by other symptoms such as swelling, stiffness, or a reduced range of motion in the affected area. Injuries to the groin area are a common cause of pain. These injuries can occur during physical activities such as sports or exercise or because of a fall or accident. Strains, sprains, and contusions are common types of injuries that can cause pain in the groin area. In some cases, a hernia may also cause pain in the groin.

Factors Triggering Pain in the Groin Area

• Injuries, such as strains or tears in the muscles, ligaments or tendons of the groin area
• Medical conditions, such as hernias, arthritis, hip labral tears or hip impingement syndrome
• Overuse, such as repetitive motions or activities that place excessive strain on the groin area

Treatment of Pain in the Groin Area

The treatment of pain in the groin area depends on the underlying cause of the pain. Treatment options may include rest, physical therapy, medication, or surgery, depending on the severity and cause of the pain. Radial extracorporeal shock wave therapy is a treatment option that has been used to manage pain in the groin area. ESWT uses high-energy acoustic waves to stimulate the body's natural healing response and promote tissue regeneration. Radial ESWT has been shown to be effective in reducing pain and improving function in patients with chronic groin pain. It is typically administered in a series of sessions over several weeks, with each session lasting approximately 10-15 minutes.

During the treatment, the patient may experience a mild to moderate level of discomfort, but the procedure is generally well-tolerated.

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness

What is Shoulder Arthritis?

Shoulder pain is a common musculoskeletal disorder which is common in the world. One of the most important reasons why shoulder pain is seen at least once in every person's life is that the shoulder joint is the most mobile and most complex joint of the human body. It is mainly the soft tissues around the joint that provide a solid structure of the joint. In this case, it causes frequent soft tissue lesions in the shoulder.

Most of the inflammatory rheumatic diseases affect the shoulder (rheumatoid arthritis, spondyloarthropathy, polymyalgia rheumatica). In addition, tumoral disorders and infections arising from the bones and soft tissues in the shoulder region can cause shoulder pain.

Advantages of ESWT Treatment in Shoulder Arthritis

Radial ESWT is increasingly used for musculoskeletal complaints, including subacromial shoulder pain with and without calcification.

ESWT appears to be beneficial in patients with frozen shoulders by relieving pain and improving function. ESWT can be used as an add-on to routine treatments.

Extracorporeal shock wave therapy has proven to be effective and safe in the treatment of shoulder pathologies in patient groups, improving pain, range of motion.

Are there any side effects of ESWT treatment in Shoulder Arthritis and if so, what are they?

There have been no reported cases of shockwave therapy causing any serious adverse effects. Common side effects seen in patients after treatment are as follows;

• Slight redness in the treated area
• Swelling and numbness of the tissue in the treatment area

ESWT Treatment in Shoulder Arthritis

Shockwave therapy is a non-invasive treatment that stimulates the body's natural healing process. It can relieve pain and promote healing of injured tendons, ligaments and other soft tissues. It does this by releasing growth factors in injured tissue.

Vibration therapy associated with ESWT therapy can provide soothing relief from arthritis and other ailments.

What is ESWT Treatment duration and period?

Usually, 3-6 treatments are done per week and each takes about 10-30 minutes depending on the area being treated and the amount of inflammation present. It can be done in a standard treatment room and there is no need for special medications before treatment. No anaesthesia is required and most people tolerate the treatment well. If the patient wishes, topical anaesthesia can be applied to the treatment area with cream.

What is Calcific Tendinit?

Calcific tendinitis is described as one of the most common causes of shoulder pain. In calcific tendinitis, calcium deposits form in a tendon, causing pain in the affected area. Tendonitis is the inflammation and irritation of the fibrous tissues called tendons that attach the muscles to the bones. It can occur in any tendon in the body, but is most often seen in the shoulder, knee, wrist, elbow and ankle. Calcific tendinitis manifests itself with severe pain in the shoulder region. These pains occur especially in the evening and at night and can also limit mobility. Prolonged pain and inactivity can cause muscle weakness and weakness.

In the treatment of tendinitis, the affected tendons must be fixed, their movements restricted and rested. Additionally, applying cold compresses around the affected tendon is effective in reducing inflammation. Non-steroidal anti-inflammatory drugs play an important role in the treatment. In patients who do not respond to these treatments, steroid drug or PRP (platelet-rich plasma) injection can be tried around the inflamed tendon.

Calcific Tendinit Treatment with Modus Radial Device

Power: 2.8 bar
Shock Pulses: 2000-3000
Frequency: 12 Hz
Applicators: 15mm / 20mm
Penetration Depth: Up to 125 mm
Duration of treatment: 5-20 minutes
Substantial recovery can be seen after 3-6 sessions

Side Effects After Treatment with Modus Radial Shock Device

• It may have short-term effects such as mild to moderate pain, redness, bruising or tingling.
• Mild to moderate pain
• Flushing
• Bruising
• Swelling
• Skin blisters
• Loss of physical sensitivity
• Dysesthesia
• Ecchymosis and/or Petechiae
• Temporary increase in sensitivity to pain
• Hematoma

What is the acupuncture treatment method?

"Acus (needle)" and puncture (break through) words form "acupuncture it means a therapy which is performed with needles. The most important aim of acupuncture treatment is in fact to keep the balance in the body. There exist 361 acupuncture spots on our body. Also, there exist more than 50 extra spots.

Acupuncture Treatment with Radial ESWT

Power: 2 bar
Shock Pulses: 2000-3000
Frequency: 8 Hz
Applicators: RSWT-6.0 mm
Penetration Depth: Up to 125 mm
Treatment interval: 5-20 minutes
Substantial recovery can be seen after 4-5 sessions

Side Effects May Occur After Treatment with Radial ESWT Device

• Mild Redness on the skin
• Temporary Pain
• Numbness