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Autologous Platelet-Rich Plasma with Enhanced Performance

GTR PRP

Results That Build Reliability

HYALIVIA GTR PRP is a new-generation platelet-rich plasma system engineered for advanced biostimulation and tissue regeneration. Developed with thixotropic gel-separation technology, it ensures ultra-pure plasma with a platelet concentration exceeding 96%, delivering superior regenerative performance.

What is GTR PRP?

HYALIVIA GTR PRP is an advanced, medical-grade system designed for the preparation of autologous platelet-rich plasma (PRP) with exceptional yield, purity, and ease. Using a closed-circuit, thixotropic gel-separation technology, it enables the safe and efficient extraction of platelet-rich plasma with over 96% platelet concentration, while ensuring maximum biocompatibility. By harnessing the body’s natural healing potential, HYALIVIA GTR PRP revitalizes the skin, stimulates collagen production and enhances cellular renewal with clinical precision and safety.

HOW is WORK?

  1. Blood Collection: Draw patient’s blood into pre-filled tubes with anticoagulant and separating gel.

  2. Centrifugation: The gel physically separates plasma from red blood cells.

  3. Plasma Activation: Platelets are activated and release growth factors

  4. Injection: The PRP is injected into the treatment site to stimulate repair and regeneration

This process produces a dense, growth factor-rich plasma matrix capable of rejuvenating tissue.

The Science Behind HYALIVIA GTR PRP

The innovation behind HYALIVIA GTR PRP lies in its unique gel composition. At the core of each tube is a thixotropic acrylic gel.a smart material that transitions between solid and liquid states based on movement.During centrifugation, the gel stabilizes, forming a firm physical barrier that isolates the plasma from red and white blood cells.After centrifugation, it remains inert and easily removable, offering clean, high-purity plasma every time.The sodium citrate and citric acid anticoagulant system is non-toxic, physiologically compatible, and fully stable, ensuring that blood components remain functional.