The Principle of PRP

Draw a tube of blood and centrifuge it to separate the platelets with a high concentration. This is PRP. The platelets with a high concentration also contain abundant growth factors. When injected into the injured area, it can activate the body's self-repair mechanism and achieve the therapeutic effect. 

PRP can treat a variety of osteoarticular diseases, and its effects vary in different diseases. The details are as follows:

Osteoarthritis

- Pain relief: It can reduce joint inflammation and decrease the stimulation of nerve endings by inflammatory mediators. In most patients, the pain can be significantly relieved after treatment, and the VAS score is significantly reduced.
- Improvement of joint function: It promotes the repair of chondrocytes and the secretion of hyaluronic acid by synovial cells, increases joint lubrication, improves joint mobility, delays joint degeneration, and enhances the quality of life of patients. 

Articular Cartilage Injury

- Promote cartilage repair: Release growth factors to stimulate the proliferation and differentiation of chondrocytes, and synthesize more extracellular matrix. For mild cartilage injuries, it can repair the defects to a certain extent and improve the smoothness of the cartilage surface.
- Alleviate symptoms: Relieve symptoms such as pain, swelling, and limited mobility caused by cartilage injury, and reduce joint friction and sticking phenomena. 

Tendon Injury and Inflammation

- Accelerate healing: Stimulate the proliferation of tendon cells and the synthesis of collagen, promote the repair and regeneration of tendons, and shorten the recovery time.
- Reduce inflammation: Alleviate the inflammatory response around the tendon, relieve pain and swelling, restore the normal function of the tendon, and reduce the risk of re-injury to the tendon. 

Ligament Injury

- Assist in repair: Provide growth factors for ligament repair, promote the proliferation of ligament cells and the synthesis of the matrix, and enhance the strength and toughness of the ligaments.
- Improve joint stability: Help maintain the normal anatomical structure and stability of the joint, reduce joint looseness and instability caused by ligament injury, and lower the risk of developing traumatic arthritis. 

Synovitis

- Reduce inflammation: Regulate the inflammatory response, inhibit the infiltration of inflammatory cells and the release of inflammatory mediators, alleviate the congestion, edema, and exudation of the synovium, and relieve joint swelling and pain.
- Promote synovial repair: Facilitate the repair and regeneration of synovial cells, restore the normal function of the synovium, reduce the production of joint effusion, and improve the joint's range of motion. 

The Shuangwei Biotechnology PRP kit has the following advantages:

- High degree of automation: The preparation and extraction process is fully automated. It is composed of a disposable platelet-rich plasma preparation kit and a medical centrifuge, achieving "one-time centrifugation, one-stop sealing, and one-click preparation", reducing manual operation errors and improving the preparation efficiency and accuracy.

- Completely closed and pollution-free: The separation and extraction process is completely closed, effectively avoiding external pollution, reducing the risk of infection, and ensuring the quality, safety and reliability of the prepared PRP.

- Convenient operation: The PRP with the required concentration can be obtained only through one-time centrifugation. The whole preparation process only takes 15 minutes, which greatly shortens the preparation time and improves the clinical work efficiency.

- Precise and adjustable concentration: Through mode selection, the concentration can be precisely adjusted from 2 to 8 times. It can provide personalized PRP concentrations according to the conditions and treatment needs of different patients to achieve the best treatment effect.

- Adjustable components: Consumables can be optionally configured to prepare leukocyte PRP or complex leukocyte PRP, realizing the adjustability of PRP components and further meeting the needs of different clinical application scenarios.