PRP gel tube is used to collect and separate platelet-rich plasma (PRP). They contain anticoagulants and gel separators that help separate platelets and growth factors from other blood components. After centrifugation, PRP can be extracted from the tubes and used in a variety of medical and cosmetic treatments designed to promote tissue healing and regeneration. PRP Gel Tube plays a crucial role in the process of obtaining concentrated PRP for therapeutic applications.

 

 

 

The advantages of using a medical PRP tube with gel include improved sample quality, increased ability to process and store samples, reduced risk of contamination, easier sample retrieval from the tube, and improved safety for laboratory personnel.

 

 

1. Draw blood from the patient and fill it into a PRP tube.

2. Turn it up and down 3 times to make the blood anticoagulant.

3. Put the PRP tube into the centrifuge and centrifuge at 1800 (RCF) for 10 minutes.

4. After centrifugation, gently turn the PRP tube over to resuspend the platelets in the plasma.

5. Mix plasma supernatant with platelet-rich plasma 5 times.

6. Attach the 18G spinal needle to the syringe and extract platelet-rich plasma.

 

PRP Gel Tube is often used in clinical and therapeutic settings that require a more stable and easy-to-administer PRP product. The tube's gel structure helps retain and stabilize platelets, preventing them from overactivating or degrading. The resulting PRP can be further processed or directly used in a variety of medical procedures, such as injections, topical applications, or surgical treatments.

Medical PRP tubes are used to contain and store blood samples for medical tests. Typically used in laboratories because of its capacity, which allows for a larger sample size than smaller tubes. It also provides enough space for multiple tests on the same sample without having to split it into multiple containers.

 

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