Tropocells® PRP estar.tropocells 3 October 2024
The Optimal PRP Formula
More than 12 billion platelets per dose *
concentration
HIGH PLATELET CONCENTRATION

Optimal platelet recovery:
80% (+/- 10%) Platelet Yield.

pure
PURE PRP

The system removes 99.9% of red blood cells and 92-96% of neutrophils, while preserving the monocytes and lymphocytes.

monocyte
MONOCYTE-RICH

Maximizes monocytes for platelet activation. 86.2% of white blood cells in PRP preparation are monocytes.

* one dose: three tubes Tropocells PRP 22ml
Patented Gel Separation Technology

The Tropocells® PRP system utilizes a patented separator gel technology to isolate the platelets while eliminating the undesirable components such as red blood cells and inflammatory white blood cells. This can both promote cell growth and tissue regeneration for optimal healing.

Setting New Standards
Why Tropocells® PRP
Optimal PRP Formula

High Platelet Concentration & Pure PRP

Secure System

Vacuum sealed, internally coated glass tube. FDA Cleared 510(k)

Patient Friendly

Small volume of blood required and low inflammation

Simple & Fast Procedure

Less than 15 minutes from blood collection to PRP injection

Customized Concentration

Based on the patient’s specific condition and needs

Excellent Value

High volume PRP, lower cost per ml (6ml per 11ml tube / 13 ml per 22ml tube)

Regenerate, Repair, Restore

Autologous PRP stops inflammation, reduces pain and helps the regeneration of bones, cartilage and muscle tissue. Using the Tropocells® PRP for orthopaedics, sports medicine, pain management and hard to heal wounds is highly effective, whether alone or in combination with other methods of treatment and leads to a faster healing period after trauma and accelerated postoperative recovery. Tropocells® PRP is the ideal autologous technology for the healing of:

  • Musculoskeletal Injuries
  • Joint and Osteoarthritis Treatment
  • Sports Injuries
  • Wound Healing
  • Ophthalmology
  • Dentistry and Oral Surgery
  • Post-Surgical Recovery
Simple, fast & efficient process
Tropocells® PRP Preparation
1
Collect blood directly into Tropocells PRP vacuum tube containing separation gel and anticoagulant

Collect blood directly into Tropocells

2
Immediately Centrifuge for 10 min at 1500

Immediately Centrifuge
for 10 min at 1500

3
Gel separates platelets from PPP, RBC and granulocytes. Platelets reside on top of the gel. Insert the vented needle into the tube

Gel separates platelets from PPP, RBC and granulocytes. Platelets reside on top of the gel. Insert the vented needle into the tube

 
4
Remove a portion of PPP to achieve higher platelet concentration (optional)

Remove a portion of PPP to achieve higher
platelet concentration (optional)

5
Resuspend platelets in the remaining plasma to generate PRP by inverting the liquid a few times against the tube wall

Resuspend platelets in the remaining plasma
to generate PRP by inverting the liquid a few
times against the tube wall

6
Draw PRP for use

Draw PRP for use

How Tropocells® PRP is made

Patented Gel Separation Technology
Exclusive Ratings
What Customers have to say
I've been using PRP since 2015 and has been a part of my practice. PRP is very effective in certain tendinopathies and partial tears on the tendons, as well as an adjunct to the treatment of arthritic conditions.
Orthopaedic Surgeon at Georgia Bone and Joint Tropocells® PRP
Dr. Matthew Hutchison
I love using my current PRP system since it's very easy to use. All I do is draw 11 milliliters of my patient's blood, spin it down one time in the centrifuge extract the PRP, and then inject it into the patient's area. Most of my patients heal in a shorter amount of time.
Dr. Amy Dunetz Tropocells® PRP
Dr. Amy Dunetz
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