4 - 14 mL final volume
Up to 18x Platelet Concentration
EmCyte's PurePRP® GS120 Pure II kits are the only Platelet Rich Plasma system that gives you the multiple processing protocols necessary to provide clinically effective PRP in a final volume from 4 - 14 mLs. The GS120 Pure II kit provides a PRP with very low red blood cells and neutrophils jump starting the healing cascade so the proliferation and remodeling of cells can prosper.See Our Product CatalogSee Our PRP Brochure
The GS120 Pure II kit processes a total blood volume of up to 110 mL's with 10 mL's of anti-coagulant. A single blood draw of this volume is beneficial when a final injection sample needs to be over 10 mLs of PurePRP. The PurePRP sample can be diluted or concentrated to get the desired volume for each individual patient. The final PurePRP sample can also be turned into a Super Shot of platelets up to 18x baseline levels. Simply put, more blood gives the physician more flexibility and ability to treat multiple areas with a high-yielding leukocyte poor PRP.
Platelet rich plasma is a complex composition of cellular components. If samples are prepared properly, a single injection of prp can be used to heal and repair a host of injuries and conditions. Platelet rich plasma is a biologic, and it is the foundation of autologous biologics and regenerative medicine therapies used in modern medicine. Platelets contain alpha granules that are full of growth factors. These growth factors are key to the proliferative repair of damaged tissue. Growth factors stimulate cellular growth, differentiation, proliferation and healing.
Multiple scientific studies done by individual different groups including Marx, Giusti, Kevy and others provide proof of bone and soft tissue healing enhancement with a minimum PRP platelet count of 1,000,000 platelets per microliter. This translates to a minimum of 1 billion platelets per milliliter.
White blood cell mediators, cytokines and hormones are other cells that are just as important as platelets. The body sends in these include agranular cell types such as lymphocytes, monocytes, and macrophages to provide a powerful antimicrobial effect. They bolster the local immune response through the uptake of microbes and particles followed by its digestion and destruction. They also act as signaling molecules between cells. They bind to specific receptors on the surface of their target cells and attract regenerative cells to it. These cells are a paramount component of anny PRP and add to its clinical power and potency.
Process PurePRP® without visible red blood cells or neutrophil granulocytes, making it the only non inflammatory PRP available. This protocol also has low viscosity for better tissue disbursement.
Process PurePRP with low red blood cell counts and enriched phagocytic power of neutrophil granulocytes are needed. This protocol produces the highest level of leukocyte chemotaxis, producing temporary inflammation, for antimicrobial phagocytosis and tissue regeneration. Once the neutrophil granulocytes have completed phagocytosis, they become apoptotic cells and are subsequently removed, thereby also eliminating the inflammatory activity.
PurePRP is exceptionally unique in that it can be prepared within a special autologous scope that allows the acidity to be completely removed without buffers or calcium activators, leaving you with PRP that is perfectly tolerated by patients.
Apply a powerful dose of PurePRP in low volume samples. Larger volumes (5-10mL) are generally not needed for small places. PurePRP allows you to concentrate the PRP volumes as low as 2mL without losing platelets or growth factors. This allows physicians to maintain a powerful clinical dose of PRP for the most minute of applications. Patients are guaranteed to receive the most effective dose of PRP regardless of the requirement.
The cellular biology of PurePRP® is ideal. Based on the independent data done by Principle Investigator Robert Mandle, PhD Biosciences Research Associates, Cambridge, MA, the evaluation of the cellular composition and structure of PurePRP® showed the following key points.
The PurePRP® II 2015 device produced a reduced Red Blood Cells PRP product with, on average, to 100 x 106 RCB/ml and an average hematocrit of 1.1%. Only 2% of the granulocytes were retained, a reduction of 84% from the baseline whole blood values. The PurePRP® II 2015 products had higher cell concentration and calculated cell metrics including platelet yield and concentration, RBC, mononuclear and granulocyte cell recoveries.
Only the PurePRP® II 2015 platform was capable of providing a PRP product with an optimum platelet concentration of > 1 x 106 platelets per µL (Giusti I, Rughetti A, D'Ascenzo S, et al. Identification of an optimal concentration of platelet gel for promoting angiogenesis in human endothelial cells. Transfusion 2009;49:771-8. Marx R, Garg A. Dental and craniofacial applications of platelet rich plasma. Carol Stream: Quintessence Publishing Co, Inc.; 2005)
Deliverable platelets are the actual volume of viable platelets contained in a PRP sample. PurePRP® provide upwards of 9 to 20 billion platelets in a 7mL sample of PurePRP® (significantly higher than its closest competitor). High volumes of deliverable platelets enhances the volumetric activity of platelet growth factors and cytokines. Platelet alpha granules contain various platelet growth factors that can promote tissue repair along with platelet cytokines that can provide the chemical stimulus needed to attract and direct regenerative cells to injured tissue. Deliverable platelets are significant in low application volumes.
Neutrophils are the most abundant leukocyte and one of the first-responders to migrate towards a site of injury or infection (chemotaxis). Neutrophils are also the hallmark of acute inflammation. This is an aggressive response of chemical signals from cytokines such as interleukins (IL-1, IL-8) and tumour necrosis factor alpha (TNF-α) along with many others. The primary function of the neutrophil is to engulf and destroy foreign material through phagocytosis. Under normal circumstances, neutrophils are short lived (1-2 days) and are cleared by tissue macrophages. In conditions where the neutrophils cannot be cleared, they undergo a process called necrosis resulting in the release of all of the intracellular contents. This causes the amplification and prolonging of the inflammatory response. This prolonged amplified inflammatory response potential raises concern for many practitioners.
Monocytes are the largest of all leukocytes and are characteristically non-inflammatory phagocytic cells. Monocytes migrate to sites of injury and infection and differentiate into macrophages and dendritic cells to elicit an immune response which last for longer periods of time (months rather than days when compared to neutrophils). Monocytes illicit the immune response through phagocytosis, antigen presentation, and cytokine production each of which has a specific and deliberate function in enhancing the immune response through both protective prophylaxis and active phagocytosis.
PurePRP® is unique in that it greatly enhances monocyte concentrations, while giving the end user control over the amount of neutrophils they would like to add to their PRP preparation. PurePRP® takes advantage of the long term phagocytic and protective properties of the monocytes while avoiding the potential harmful inflammation incurred by large concentrations of neutrophils that go through cellular necrosis. Another differentiating factor that help to explain the natural success of PurePRP®.