"Skeletal-Muscular Pain: Causes and Challenges"
Causes of Musculoskeletal Pain and Disorders:
Musculoskeletal pain is one of the most common issues among people worldwide, arising from various causes. According to the World Health Organization (WHO), these pains are one of the leading causes of disability in performing daily activities and impose a significant burden on healthcare systems. Such pains may result from mechanical problems, inflammations, or soft tissue injuries.
Aging and Tissue Degeneration
- With aging, gradual degradation of cartilage and muscle tissues occurs. This process leads to reduced flexibility and an increased likelihood of chronic pain and movement disorders.
- Scientific studies have shown that cartilage degradation and reduced muscle density due to aging result in movement limitations and chronic pains.
Mechanical and Physical Injuries
- Sports injuries or physical traumas resulting from improper body use or excessive movements can cause muscle and joint damage. These injuries often lead to localized inflammation, muscle strains, or tendon injuries.
- Scientific studies have shown that improper and repetitive physical activities, such as prolonged desk work or repetitive movements, can cause chronic pain and strain on muscles and joints.
Inflammatory Diseases
- Diseases such as rheumatoid arthritis, fibromyalgia, and tendinitis lead to inflammation in muscle and joint tissues, causing chronic pain and movement restrictions.
- Clinical studies have indicated that patients with inflammatory diseases like arthritis suffer from increased inflammation and reduced mobility.
- 808 nm Laser
The 808 nm laser is one of the most commonly used wavelengths in physiotherapy, particularly for stimulating tissue regeneration, reducing pain, and improving mobility.
- Scientific studies indicate that the 808 nm laser can stimulate cellular repair and regeneration processes, thereby increasing the healing speed of wounds and muscle injuries.
- Applications: Treatment of acute and chronic pain, acceleration of cellular regeneration, and improvement of muscle injuries.
- 638 nm Laser
This wavelength is effective in treating wounds and improving superficial tissues due to its ability to stimulate collagen production and enhance blood circulation.
- Clinical studies have shown that the 638 nm laser increases collagen production and accelerates the healing of wounds and superficial injuries.
- Applications: Healing of superficial wounds, enhancement of localized blood flow, and stimulation of collagen production.
- 450 nm Laser
The 450 nm wavelength is used for reducing superficial inflammations and infections due to its antibacterial and anti-inflammatory effects. This wavelength is particularly effective in cases of localized infections and severe inflammation.
- Scientific studies have confirmed that the 450 nm laser, due to its ability to destroy bacteria and reduce localized inflammation, effectively accelerates wound healing processes.
- Applications: Reduction of superficial inflammations, treatment of localized infections, and acceleration of healing of infected wounds.
Four-Wavelength Physiotherapy Lasers
The use of multi-wavelength lasers in physiotherapy is one of the most advanced therapeutic methods for pain reduction, accelerating the healing of damaged tissues, and enhancing blood flow. Each wavelength is designed to treat specific types of issues and conditions.
- 980 nm Laser:
This wavelength is widely used for treating deep pain and chronic inflammations due to its high ability to penetrate deep tissues and its energy absorption by water molecules and hemoglobin.
- Scientific studies have shown that the 980 nm laser, due to its deep tissue penetration and high absorption by hemoglobin, reduces inflammation and accelerates healing.
- Applications: Reduction of chronic pain and inflammation in muscles and joints, treatment of arthritis, and improvement of soft tissue injuries.
Treatment Methods​
1. Invasive Methods
Surgeries
- Surgeries are typically performed for severe cases of pain and damage to muscle or joint tissues, such as knee joint replacement or orthopedic surgeries. These methods have significant side effects and require long recovery periods.
- Scientific studies have shown that invasive surgeries to reduce pain and improve mobility can lead to serious side effects such as infections and reduced mobility during recovery periods.
Steroid Injections
- Steroid injections are commonly used to reduce inflammation and pain in inflamed joints. These methods are effective in the short term but may weaken tissues and increase the risk of infection.
- Clinical studies have confirmed that steroid injections are effective in the short term but can cause side effects such as thinning of surrounding tissues.
2. Non-Invasive Methods
Physical and Strengthening Exercises
- One of the most important non-invasive methods for reducing pain and improving muscle and joint function is physical and strengthening exercises. These exercises can strengthen the muscles surrounding joints and reduce the pressure on them.
Therapeutic Lasers
- Medical lasers are one of the effective non-invasive methods for treating pain and inflammations. Laser therapy stimulates natural healing processes and reduces inflammation, thereby accelerating tissue regeneration.
- Clinical studies have shown that therapeutic lasers reduce pain and accelerate the regeneration of damaged tissues.
DBD Plasma (Dielectric Barrier Discharge Plasma)
- DBD Plasma is an innovative technology in physiotherapy that uses plasma energy to accelerate natural tissue regeneration processes, reduce pain, and improve muscle function. Plasma is an ionized gas containing free electrons and positive and negative ions. These properties make plasma a powerful tool in medicine
Dielectric Barrier Discharge Plasma (DBD Plasma) is an innovative technology in physiotherapy that utilizes plasma energy to accelerate natural tissue regeneration processes, reduce pain, and improve muscle function. Plasma is an ionized gas containing free electrons and positive and negative ions. These properties make plasma a powerful tool in medicine.
Mechanism of Action of DBD Plasma:
DBD Plasma stimulates biological processes in the body by generating electrons and ions. This stimulation enhances blood circulation, accelerates cellular regeneration, and reduces inflammations. Additionally, plasma facilitates the production of nitric oxide (NO) and other active molecules, which promote tissue repair and wound healing.
Scientific studies have shown that DBD Plasma can increase collagen production and accelerate the repair of damaged tissues.
DBD Plasma Physiotherapy
Physiotherapy Lasers with Four Wavelengths: 980, 808, 638, and 450 nm
The use of physiotherapy lasers with different wavelengths for the treatment of musculoskeletal pain is one of the most innovative non-invasive methods, offering numerous benefits, which are comprehensively explained below:
- Non-invasive and Surgery-free: This method does not require surgery or incisions and has no serious side effects. Patients can benefit from treatment without the risks associated with surgery.
- Rapid Pain and Inflammation Reduction: Multi-wavelength lasers quickly reduce pain and inflammation. These effects are noticeable from the first treatment sessions.
- Accelerated Tissue Regeneration and Healing: Lasers enhance cellular regeneration processes, speeding up the healing of wounds and muscle injuries.
- Increased Blood Flow and Oxygenation: Laser wavelengths improve blood flow and oxygen delivery to damaged tissues, enhancing the healing process.
- Reduced Need for Painkillers: Patients gradually require fewer painkillers and anti-inflammatory drugs when undergoing laser therapy.
- High Safety and Suitability for All Skin Types: Physiotherapy lasers are safe for various skin types and are associated with minimal side effects.
- No Downtime Required: Patients can return to their daily activities immediately after treatment without the need for extended rest.
Advantages of Using Laser and Plasma in Physiotherapy
Accelerated Tissue Regeneration and Healing
DBD Plasma stimulates the body’s natural processes, accelerating cellular regeneration and wound healing. This method promotes faster tissue repair by increasing collagen production and growth factors.
- Scientific studies have shown that plasma can accelerate the healing of skin wounds and damaged tissues.
High Safety and Suitability for All Skin Types
This method is safe for all skin types, including individuals with sensitive skin or specific skin conditions. DBD Plasma does not harm healthy tissues.
- Studies have shown that DBD Plasma is a safe method for reducing pain and improving wounds without causing damage to surrounding tissues.
No Downtime Required
After DBD Plasma therapy, patients can quickly return to their daily activities without needing extended rest.
- Clinical studies have shown that patients treated with DBD Plasma do not require recovery periods and can quickly resume their normal lives.
The Use of DBD Plasma in Physiotherapy
No Need for Surgery
DBD Plasma is a non-invasive method that reduces pain and inflammation without the need for surgery or skin incisions. This procedure is performed without causing significant pain or discomfort.
- Scientific studies have shown that DBD Plasma is a safe and effective method for reducing pain and treating chronic wounds.
Disinfection and Reduced Risk of Infection
A key feature of DBD Plasma is its ability to eliminate bacteria and viruses. This capability minimizes the risk of infections during treatment.
- Clinical studies have confirmed that DBD Plasma is effective in disinfecting wounds and reducing microbial load.
Rapid Pain and Inflammation Reduction
Plasma creates electric fields in body tissues, accelerating pain and inflammation reduction. Clinical studies have demonstrated its effectiveness in rapidly alleviating pain and inflammation.
Shared Benefits of Laser and DBD Plasma
- Non-invasive and no need for surgery or incisions.
- Rapid pain and inflammation reduction, even in initial treatment sessions.
- Accelerated cell regeneration and healing of both deep and superficial wounds.
- Improved blood flow and oxygenation to tissues.
- Reduced need for painkillers and anti-inflammatory drugs.
- High safety and suitability for all skin types.
- No downtime; patients can immediately return to their daily activities.
Suitable Candidates for Laser and DBD Plasma Therapy
Multi-Wavelength Laser Therapy
Functionality of Multi-Wavelength Lasers in Physiotherapy:
The combination of these different wavelengths allows physicians to select the appropriate wavelength for each patient and specific type of injury. Each wavelength is designed for specific purposes and is effective in treating different parts of the body.
Physiotherapy lasers with wavelengths of 980, 808, 638, and 450 nm are recognized as one of the most advanced non-invasive therapeutic methods for pain relief, accelerating the recovery of damaged tissues, and improving patients’ quality of life. This method is not only safe and effective but also enables patients to experience significant health improvements without the need for chemical drugs or surgery.
Studies show that using multi-wavelength lasers can enhance treatment efficacy, as each wavelength penetrates different tissue depths and stimulates various processes.
Suitable Candidates for Physiotherapy Lasers:
Suitable Candidates for Physiotherapy Lasers:
This method is suitable for individuals who:
- Suffer from chronic or acute muscular and joint pain and are seeking a non-invasive method for pain relief.
- Are athletes with physical injuries such as muscle strains or tears, requiring faster recovery.
- Have joint or muscular inflammations such as arthritis or tendinitis, aiming to reduce inflammation and pain.
- Have superficial wounds or soft tissue injuries and value faster healing and reduced infection risk.
This method is safe, effective, and free from serious side effects, making it applicable for a wide range of patients.
DBD Plasma Therapy
Functionality of DBD Plasma in Physiotherapy:
DBD Plasma, as an advanced and non-invasive method in physiotherapy, has high capabilities in pain relief, inflammation reduction, and accelerating the recovery of damaged tissues. This safe and effective method helps patients benefit from faster and higher-quality recovery without the need for surgery or chemical drugs.
Suitable Candidates for DBD Plasma Therapy
- Individuals with Chronic or Acute Muscular and Joint Pain: People suffering from muscular or joint pain and seeking a non-invasive method for pain relief and inflammation reduction.
- Athletes with Physical Injuries: Athletes experiencing sports injuries such as muscle strains or tears, aiming for faster recovery.
- Individuals with Chronic Wounds and Inflammations: DBD Plasma is highly beneficial for individuals with slow-healing wounds and chronic inflammations.
- Individuals with Skin Problems: This method is effective for improving skin wounds and reducing infections, making it suitable for patients needing rapid skin healing.
Anodyne
Anodyne is a cutting-edge laser therapy device designed to enhance healing and reduce pain. Anodyne is innovation for care.
