Pure MSCs are human umbilical cord-derived mesenchymal stem cells. Unlike traditional stem cells sourced from bone marrow or adipose tissue, Pure MSCs are harvested from a non-invasive, sustainable source, offering robust proliferation, high scalability, and enhanced biological activity.
Fresh MSCs, like Pure MSCs, maintain higher viability and potency compared to frozen counterparts. Freezing can reduce cell viability to around 70% or less post-thaw, whereas Pure MSCs boast an impressive 95-100% viability, optimizing efficacy for patients.
Stem cell therapy is utilized for tissue regeneration, immune modulation, and reducing inflammation. It aids in healing orthopedic injuries, autoimmune diseases, and inflammatory disorders by promoting tissue recovery and regulating the immune system.
Pure MSCs are produced fresh to order in a cGMP (current Good Manufacturing Practice) lab. The manufacturing occurs at a state-of-the-art facility equipped with FDA-certified clean rooms, ensuring the highest standards of quality and safety.
Pure MSC products are available exclusively to clinics and doctors. However, non-physicians can be referred to qualified partner clinics for brief screenings and potential treatment options.
Pure MSC utilizes allograft tissue cells sourced from human umbilical cord blood donated by screened healthy mothers delivering babies via cesarean sections. Placental donors undergo a rigorous screening qualification process and are tested for infectious diseases, ensuring ethical sourcing and handling.
Pure MSCs are exclusive due to their production process, which involves fresh, never-frozen cells produced in a cGMP lab. This approach ensures higher viability and potency, setting them apart from other products on the market.
1. Fresh Pure expanded (MSCs) are often considered safer than frozen cord blood stem cells due to the absence of cryoprotective agents like DMSO, which is commonly used in freezing processes. DMSO and other possibly harmful preservatives help frozen cells last longer but can introduce risks of toxicity and adverse reactions in patients.
2. Additionally, frozen cells can suffer cell membrane damage and reduce viability during the freezing and thawing cycle, potentially compromising their therapeutic effectiveness.
3. In contrast, fresh Pure MSCs maintain full viability and potency, avoiding exposure to cryoprotectants and ensuring a more natural, highly effective therapeutic profile, especially in applications requiring high cell activity and responsiveness.
Our cGMP facility offers globally harmonized GMP-compliant cell therapy manufacturing infrastructure with controlled flow of personnel and materials and environmental monitoring, ensuring the highest level of quality control and risk mitigation for product manufacturing.
Features of our clean room include:
Imagine choosing between fresh produce and frozen vegetables. Fresh produce is at its peak nutritional value—packed with vitamins and ready to benefit your body immediately. Frozen vegetables, while preserved, often lose nutrients, may contain additives, and don’t match the quality of fresh. Similarly, while frozen stem cells can be stored for longer periods (often 1-2 years), they may not provide the same immediate regenerative benefits and potency as fresh, “ready-to-go” stem cells, which deliver optimal nourishment and are prepared to support the body’s healing and repair processes at peak potency.
In conclusion, fresh Pure MSCs are like the fresh produce – they are at their highest potency and effectiveness, with full cell activity intact. This is crucial in regenerative treatments because fresh MSCs are more responsive and ready to start healing tissues, reducing inflammation, and promoting cell repair right away. The high potency and viability of fresh Pure MSCs can be especially important when patients are looking for optimal results in recovery and healing.
People often think “more cells = better results,” which isn’t necessarily true in regenerative medicine. Fresh MSCs are counted by viable, live active cells – every single one is ready to work. Large numbers in frozen products can be misleading because not all of those cells will be alive or effective after thawing. It often includes significant amounts of non-regenerative cells and debris rather than pure mesenchymal stem cells (MSCs).
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