Key Characteristics
- Category: Regenerative
- Purity: Lyophilized Placental Extract
- Molecular Formula: Complex Biologic
- Molecular Weight: N/A
Available Sizes
About
Cell Regenerative Factor (CRF) is an advanced regenerative therapeutic derived from bioactive molecules found in placental tissues, specifically engineered to stimulate and enhance the body's natural healing and regeneration processes. Produced by cultivating placental tissue under controlled laboratory conditions, CRF contains a potent blend of proteins, cytokines, and growth factors that optimize cellular communication, reduce inflammation, and significantly accelerate tissue repair. CRF has shown remarkable therapeutic potential across diverse clinical applications, including orthopedic and musculoskeletal injuries, neurological conditions, autoimmune disorders, and chronic inflammation. Due to its ability to comprehensively improve cellular health and resilience, CRF is considered a promising advancement beyond traditional regenerative approaches such as stem cells or platelet-rich plasma (PRP). Although not yet FDA-approved for general therapeutic use, CRF continues to gain recognition in regenerative medicine for its safety, effectiveness, and transformative clinical outcomes, making it a valuable therapeutic candidate for improving patient quality of life and addressing complex medical conditions.
Mechanism of Action
CRF contains a potent array of bioactive molecules that enhance cellular repair processes by creating an optimal environment for tissue regeneration. Its unique formulation significantly improves transcriptional and translational cellular activities, leading to rapid and effective tissue healing and restoration. CRF demonstrates strong anti-inflammatory properties, effectively reducing inflammation at the cellular and systemic levels. Its ability to modulate immune responses helps minimize tissue damage, alleviate chronic inflammation, and support long-term regenerative outcomes. By enhancing cellular communication and promoting cellular integrity, CRF supports overall cellular resilience and metabolic balance. These actions contribute to sustained health improvements, effective tissue regeneration, and optimized biological functions across various tissues.
Key Benefits
- Enhanced Tissue Repair
- Anti-inflammatory Action
- Optimized Cellular Health
Clinical Research
CRF is extensively researched for its remarkable efficacy in treating orthopedic and musculoskeletal injuries. Clinical outcomes consistently report accelerated tissue repair, reduced recovery times, and improved functional restoration, validating its significant potential in sports medicine and orthopedic rehabilitation. Given its potent regenerative properties, CRF is actively investigated for treating neurological conditions and spinal cord injuries. Clinical evidence highlights improved neurological functions, enhanced recovery outcomes, and restored mobility in complex neurological cases. Ongoing research continues to explore CRF’s effectiveness in managing chronic inflammatory and autoimmune conditions. Clinical results consistently demonstrate reductions in inflammation, improved immune modulation, and enhanced tissue integrity, underscoring its broad therapeutic potential.
Potential Side Effects
Side effects reported in clinical applications are minimal and generally mild, including transient reactions at injection sites. Long-term safety evaluations are ongoing.
Usage & Dosage
CRF is typically administered via localized or systemic injections, tailored according to the specific therapeutic objectives and clinical research protocols.
Peptide Storage
Best Practices For Storing Peptides
To preserve the integrity of laboratory results, proper storage of peptides is essential. Correct storage practices can maintain peptides for years and guard against contamination, oxidation, and degradation. If the peptides will be used immediately, short-term refrigeration under 4°C (39°F) is generally acceptable. Lyophilized peptides are usually stable at room temperatures for several weeks.
For longer-term storage (several months to years), it is preferable to store peptides in a freezer at -80°C (-112°F). Avoid repeated freeze-thaw cycles and do not use frost-free freezers, as temperatures can fluctuate widely.
Preventing Contamination
To prevent moisture contamination, allow the peptide to come to room temperature before opening its container. Minimize exposure to air; after use, reseal the container under an atmosphere of dry, inert gas (like nitrogen or argon) if possible. Peptides with Cys, Met, or Trp are especially prone to air oxidation.
Storing Peptides In Solution
The shelf life of peptide solutions is far less than that of lyophilized peptides. If peptides must be stored in solution, use sterile buffers at pH 5-6 and separate into aliquots to avoid repeated freezing and thawing. Peptide solutions are generally stable for up to 30 days when refrigerated at 4°C (39°F).