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Cell therapy with PRP
'Platelet Rich Plasma'
Principle
The body's own plasma contains thrombocytes, which are nucleus-less cells containing over 200 different growth factors and cytokines. These can regenerate tissue and accelerate repair processes.
PRP is obtained by taking blood from the patient and then centrifuging it. The heavy red blood cells sink to the bottom, while the plasma with the enriched platelets floats to the top. This plasma then also contains many growth factors that can promote the healing of tissue and cells.
PRP is used in medicine to support the healing of injuries and wounds. Applications can be found in sports medicine, orthopaedics, dentistry and dermatology. However, research into PRP is still in its infancy and the benefits have not been clearly proven in all areas of application.
Results
Treatment with PRP for musculoskeletal injuries and degenerative damage is recommended by independent specialist associations. It shows better results than treatment with cortisone and hyaluronic acid. No significant side effects are known.
Blood collection & centrifugation
Blood is taken from the patient's vein, usually in the arm. The amount of blood required varies depending on the area of application. The red blood cells are then separated from the plasma by centrifugation and the platelets in the plasma are activated. The plasma with the enriched platelets (PRP) is skimmed off.
Injection
The "PRP" obtained in this way is then applied to the affected region. This can be done with a syringe or a cannula. 3-5 treatments at intervals of 1-2 weeks are normally required.
Procedure
The PRP procedure, also known as autologous blood therapy or vampire lifting, is a minimally invasive procedure.
Areas of application
The areas of application of PRP therapy are diverse. It is most frequently used in the following areas
Sports medicine
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Treatment of muscle injuries, e.g. strains and torn muscle fibers
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Treatment of ligament injuries, e.g. cruciate ligament tear
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Treatment of tendon injuries, e.g. achilles tendonitis
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Acceleration of regeneration after bone fractures
Orthopaedics
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Treatment of osteoarthritis, e.g. knee osteoarthritis and hip osteoarthritis
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Treatment of cartilage damage
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Treatment of meniscus injuries
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Support for wound healing after operations