Ortopedics and Traumatology
In orthopedics and traumatology, the Plasmabiotech method stimulates regenerative processes in joint tissues simultaneously—including joint surfaces, synovial fluid, capsular ligaments, bone, muscle, and cartilage—through the action of platelet-derived growth factors.
Autologous platelet-rich plasma (PRP) injections help reduce inflammation and improve tissue nutrition and repair through enhanced oxygenation. The Plasmabiotech method promotes accelerated restoration of the musculoskeletal system, shortens rehabilitation periods after injuries or surgery, and helps restore the patient’s freedom of movement without pain.
When used in combination with other therapies, this method may reduce the amount of medication required or even eliminate the need for certain drugs, thereby minimizing the toxic effects associated with long-term medication use. In addition, autologous plasma therapy may significantly shorten overall treatment time.
Injection Areas and Operating Mode
In orthopedics and traumatology, the Plasmabiotech method involves injecting platelet-rich plasma into joints such as the hip (coxofemoral), knee, wrist (radiocarpal), elbow, shoulder, and ankle (tibiotarsal) joints. A standard needle for intramuscular injections is usually used. For the hip joint, especially in patients with excessive body weight, needles of 8–10 cm may be required. After completion of the procedure, an aseptic bandage is applied.
Autologous plasma injections contribute to reducing inflammatory processes, relieving pain, and restoring the range of motion of the joint.
| Affections | Results | Treatments |
|---|---|---|
| Arthrosis | Reduction of pain, restoration of synovial fluid, increased joint mobility, longer remission periods, reduces rehabilitation period after using prosthetics | Course of 2 – 8 procedures, with an interval of 7 – 14 days |
| Periarthritis | Rapid relief of pain, reduction of inflammation, increased joint mobility | Course of 2 – 6 procedures, with an interval of 7 – 14 days |
| Tendon and ligament tears and injuruies | Accelerated recovery of injured tissues, stronger musculoskeletal tissues | Course of 2 – 6 procedures, with an interval of 7 – 14 days |
| Acute injury of muscle and bone tissue | Stimulation of bone and cartilaginous tissue formation, shorter rehabilitation period after injuries and surgeries | Course of 4 – 8 procedures, with an interval of 7 – 14 days |
| Tendinopathies | Accelerated tissue regeneration, rapid pain relief, restoration of mobility in the extremities | Course of 3 – 8 procedures, with an interval of 7 – 14 days |
| Spinal osteochondrosis | Rapid pain relief, elimination of muscle spasms | Course of 3 – 8 procedures, with an interval of 7 – 14 days |
- Eliminates muscle spasms and painful sensations
- Promotes regeneration of synovial fluid
- Reduces pressure on affected joints and increases the space between them
- Drug therapy
- Massage therapy
- Ozone therapy
- Physical therapy
- Reflexology
- Therapeutic exercises
- Eliminates joint pain
- Increases the range of joint movement
- Reduces morning stiffness
- Promotes recovery of synovial fluid
- Relieves muscle spasms and pain
- Prolongs the remission period
- Stimulates the formation of fibroblasts, osteoblasts, chondrocytes, and new cartilage
- Strengthens the muscles surrounding the affected joint
- Enhances collagen synthesis, osteogenesis, angiogenesis, and cellular regeneration
- Increases aerobic metabolism in the tissues
- Improves the nutrition of articular cartilage and accelerates its regeneration
- Activates blood circulation in the affected joint area
- Significantly reduces the rehabilitation period after trauma, surgery, or prosthetic procedures
- Increases joint mobility