SHOCKWAVE THERAPY Shockwave therapy is suitable for treating chronic pain and inflammation by stimulating the healing process in affected areas. Common applications include:
- Chronic shoulder pain due to muscle and tendon inflammation.
- Chronic neck and shoulder pain.
- Chronic elbow pain.
- Chronic back or hip pain.
- ciatic nerve pain.
LASER THERAPY Laser therapy is a tool used to treat pain and inflammation caused by musculoskeletal and nervous system disorders. It reduces pain, swelling, and inflammation in various parts of the body. Effective for conditions such as:
- Bone and muscle injuries.
- Chronic neck and back pain from prolonged sitting.
- Shoulder pain and inflammation.
- Joint pain and inflammation in various skeletal areas.
- Back pain from misalignment or spinal disc issues.
- Hip pain, leg muscle pain, and sciatic nerve pain.
- Foot and ankle pain.
Traction is a method of separating vertebrae in the spine using a device, which can be applied to both the neck and lower back. It is indicated for:
- Individuals with pinched nerves in the neck.
- Those with degenerative or compressed spinal discs.
- Individuals experiencing pain or numbness due to nerve compression.
Contraindications for spinal traction include
- fractured bones
- spinal instability
- post-surgical recovery periods
- severe osteoporosis
- advanced spinal deformities
- spinal infections
- pregnancy
- uncontrolled high blood pressure.
Hot pack Hot packs are used to alleviate pain, tension, or stiffness in muscles, joints, or nerves. It promotes relaxation, increases muscle flexibility, and improves blood circulation. It can effectively reduce pain and aid in the recovery of damaged tissues.
Mobilization involves techniques to manipulate and adjust joints or areas with limited mobility. It helps improve the range of motion and reduce pain. Commonly used for conditions like stiff neck, frozen shoulder, locked joints, and musculoskeletal issues.
Ultrasound therapy uses high-frequency sound waves to generate heat within deep tissues. It is effective in reducing both acute and chronic pain and inflammation. It can be beneficial for various conditions such as
muscle pain, nerve inflammation, joint pain and more.
Electrical stimulation
- Electrical stimulation devices use electrical currents to stimulate muscles or nerve groups.
Different types include:
- Electrical muscle stimulation (EMS) It is an electrical stimulation device to treat muscles that lack nerve supply. To maintain muscle condition Slow down the atrophy of muscles that lack nerve supply. For example, a nerve was severed from the arm being pulled violently. Nerve injuries caused by sharp objects, etc.
- Neuromuscular electrical stimulation (NMES) Begin by stimulating the muscles that are normally supplied, stimulating, increasing muscle efficiency, and slowing down muscle atrophy.
- Transcutaneous electrical nerve stimulation (TENs) It is an electrical current used to reduce pain. through stimulation of the skin nerves Can reduce pain in the acute and chronic stages, such as lower back pain, knee pain, neck and shoulder pain, etc.
- Interfertial Stimulation (IFC) It is a medium frequency current that is commonly used to reduce pain in the acute and chronic stages, such as lower back pain, knee pain, neck and shoulder pain, etc.
Treatment of Nervous System Symptoms Using Peripheral Magnetic Stimulation (PMS)
Peripheral Magnetic Stimulation (PMS) technology is a medical approach that utilizes electromagnetic waves to treat various nerve-related symptoms effectively. It is used to address conditions like muscle pain, inflammation, joint pain, and nerve-related numbness. In the medical field, this technology is referred to as “Electromagnetic” therapy.
PMS operates by generating electromagnetic waves that penetrate through clothing, reaching deep into tissues and bones, usually up to around 10 cm. The waves produced by PMS directly stimulate the nerves, which induces a process called depolarization, leading to increased blood circulation in the affected muscle area. This stimulation does not cause harm to the surrounding organs and provides relaxation during treatment.
PMS sends electromagnetic signals to areas where mobility is limited, such as limbs that have lost their range of motion. These signals are transmitted to the brain, where functioning parts of the brain respond and send signals back to improve limb movement. This therapy is particularly useful for addressing pain and discomfort, promoting healing in both acute and chronic cases.
The application of PMS can effectively treat the following conditions:
- Nervous system symptoms, including those associated with peripheral neuropathy.
- Various symptoms of numbness, pain, and discomfort in muscles.
- Conditions resulting from accidents or sports injuries.
- Spinal issues, including those requiring a spinal cushion.
- Neurological conditions like amyotrophic lateral sclerosis (ALS) and stroke patients.
PMS technology provides a non-invasive treatment option for individuals dealing with these conditions and offers an opportunity to improve their quality of life.