Preparation of Platelet-Rich Plasma – Principles and Methods

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Platelet-Rich Plasma (PRP) is popular in the medical and aesthetic arenas due to its potential regenerative and curative properties.

PRP is obtained from the patient’s blood. It contains a higher concentration of platelets, growth factors, and cytokines.

These bioactive components play a crucial role in –

  • Tissue repair
  • Wound healing
  • Tissue regeneration.

Plasmolifting World supplies tools and equipment needed for PRP therapies. It caters to Urology, Orthopedics, Aesthetic medicine, Trichology, Dentistry, & Gynecology.

Online Plasmolifting shop offers PRP Röhrchen 20 Stk [PRP tubes 20 pieces], Plasmolifting GenLife PRP Premium tubes (VPE 10 PRP tubes), and even Plasmolifting® 30 x PRP tubes with PRP online course for free! Just visit their website.

Let’s delve into the principles and methods behind the preparation of Platelet-Rich Plasma.

Principles of PRP Preparation

The basis of PRP preparation is the centrifugation principle. It is a process that separates different components from the blood based on their concentrations.

Blood is composed of –

  • Red blood cells
  • White blood cells
  • Platelets
  • Plasma

Spinning the blood at specific speeds and durations can separate these components into distinct layers, allowing for the isolation of platelet-rich fractions. The basic principles involved in PRP preparation include the following:

1. Selection of Anticoagulant

Anticoagulant collects blood to prevent clotting. Common anticoagulants include –

  • Citrate-phosphate-dextrose (CPD)
  • Citrate-dextrose (ACD)
  • Acid citrate dextrose (ACD-A).

The choice of anticoagulant can define the quality and properties of the prepared PRP.

2. Centrifugation

The collected blood is then placed in a centrifuge that rotates at high speeds, causing the components of blood to separate.

The Centrifugation forces denser parts like red blood cells to settle at the bottom, followed by a layer of buffy coat containing white blood cells and platelets, and finally, plasma at the top.

3. Fractionation

The separated plasma layer gets carefully removed, leaving a small amount of plasma and the buffy coat behind.

This residual plasma and buffy coat contain a higher platelet concentration than whole blood.

4. Activation

In some protocols, an activator, such as calcium chloride or thrombin, is added to stimulate platelet activation, leading to the release of growth factors and cytokines that enhance the healing process.

Methods of Platelet-Rich Plasma Preparation

The most common methods include:

1. Single Spin Method

After Centrifugation, the plasma layer containing platelets is collected and directly used. While this method is easy, it might yield PRP with lower concentrations of platelets compared to more advanced techniques.

2. Double Spin Method

In this method, blood centrifuges twice to get a high platelet concentration. The first spin separates the blood into plasma and a buffy coat.

The buffy coat is then collected and centrifuged again to obtain a higher concentration of platelets.

3. Buff coat Method

This method involves collecting the buffy coat layer containing white blood cells and platelets after the first Centrifugation.

The buffy coat is then further processed to isolate the platelet-rich fraction. This technique provides a more concentrated PRP, rich in platelets and white blood cells.

4. Apheresis Method

Apheresis machines are specialized devices that selectively collect specific blood components, including platelets.

When using this method, the clinical setting is crucial to control platelet concentration precisely.

The method of PRP preparation can vary, with different techniques leading to varying concentrations of platelets and growth factors.

As regenerative medicine continues to advance, refining the practices of PRP preparation will likely play a crucial role in optimizing its therapeutic potential.

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