PRP

PRP Treatment in Turkey

What is PRP, How Is It Obtained?

Our blood contains blood cells called platelets, which contain many different growth factors. When there is a damage in the body, these cells go to that area and take important roles in healing here.

PRP application is performed by injecting platelet-enriched plasma obtained from the patient’s own blood into damaged tissues. Approximately 8-10 cc of blood is taken from the patient and PRP is prepared by separating the platelets in this blood by centrifugation for about 10 minutes. This procedure is not a stem cell application. 

Platelets contain growth factors that accelerate the body’s natural healing process. PRP therapy is especially used in tendon, ligament injuries, cartilage damage and joint pain. PRP both accelerates the healing process of injuries and relieves chronic pain.

This treatment is generally preferred as a minimally invasive option that does not require surgery. There are many types of PRP. These are PRP-H with cells (high leucocyte), PRP-L without cells (low leucocyte) and PRGF (Platelet Enriched Growth Factor).

PRGF treatment is applied in a similar way to PRP, but more specific growth factors are isolated and enriched in PRGF. PRGF supports the body’s healing process in a more targeted and intensive way.

In which orthopaedic disorders can PRP application be used?

1. Tendon and Ligament Injuries

Tendon and ligament injuries are common in athletes and active individuals. In cases such as Achilles tendonitis, tennis elbow (lateral epicondylitis) and rotator cuff tears, PRP application is used to reduce inflammation and accelerate the healing process. Growth factors released from platelets promote the regeneration of tendon and connective tissue.

2. Muscle Injuries

Muscle injuries are among the common orthopaedic problems, especially in athletes. PRP application offers an effective treatment for muscle tears and strains by helping muscle fibres to heal faster. PRP application provides faster healing and strengthening of muscle tissue.

3. Cartilage Damage and Osteoarthritis

The self-renewal capacity of cartilage tissue is limited and therefore PRP is a promising method for the repair of articular cartilage. PRP therapy promotes cartilage regeneration by supporting cartilage cells and improves joint function by reducing pain in degenerative joint diseases such as osteoarthritis. PRP is particularly preferred in large joints such as knees, hips and shoulders.

4. Postoperative Recovery

PRP is also used to accelerate the healing process after orthopaedic surgery. Especially after meniscus repair, anterior cruciate ligament reconstruction and other joint surgeries, PRP can be applied additionally to accelerate healing and reduce complications.

Personalised Approach in PRP Application

Beyond traditional treatment approaches, personalised medicine aims to develop treatment strategies based on the individual needs of each patient. PRP application plays an important role in personalised orthopaedic treatments because biological compatibility is at the highest level since it is obtained from the patient’s own blood.

1. Individualisation of Treatment Dose and Protocol

Since each patient’s condition, type of injury and general state of health is different, the dose and frequency of PRP treatment is determined individually. The concentration of PRP can be adjusted according to the patient’s degree of injury and treatment goals. For example, a single session may be sufficient for some patients, while others may require more than one application.

2. Application for Target Tissue

PRP is injected into the exact area where the damaged tissue is located. This procedure is usually performed under ultrasound guidance so that the PRP reaches the right area. This precise approach increases the effectiveness of the treatment and accelerates the healing process.

3. Planning according to the patient’s age and activity level

The patient’s age, activity level and general health status are taken into account in the planning of PRP treatment. While a faster and more intensive treatment protocol can be applied for young, active individuals, a longer-term recovery strategy may be preferred for older individuals.

As a result

PRP is an effective method that promotes natural healing and offers a minimally invasive approach in orthopaedic treatments. When combined with personalised treatment strategies, PRP applications offer patient-specific solutions for the healing of both acute and chronic injuries. The biological compatibility and personalised planning of PRP make it indispensable in modern orthopaedic treatment approaches. Making the most appropriate treatment for you according to the protocol created as a result of the detailed evaluation of your physician increases the success of the treatment.