Stem Cell Dynamic Therapy
At OXYZ, we steadfastly adhere to the principle of stem cell therapy known as “like treats like.” Recognizing that cell therapy is not a one-size-fits-all solution, we emphasize its tailored nature. Our approach involves meticulous selection, adaptation, and precise targeting, ensuring that cell therapy serves as a specialized and individualized treatment designed to support specific organs.
This commiment to customization ensures that each therapy is carefully crafted to address the unique needs of every individual, reflecting our dedication to providing targeted and effective organ support.
Cell Therapy Approach
OXYZ stem cell therapy adopts specificity and precision medicine from range of unipotent stem cells (USC) and pluripotent stem cells (PSC) with directed differentiation to reactivate specific organs that advanced by age, caused by degenerative conditions, and strengthen overall body function. The specificity and precision approach takes into account individual variability in genes, environment, biological health condition and lifestyle of each person. It fully enables organ targeted capabilities and individualized therapy for best efficacy.
Cells follow a predetermined path of differentiation along the specific direction under unipotency stem cells. It divides through cell division and turns to a more specialized cell of the tissue of origin with specific function and accomplished by stimulation into the recipient’s own deficient cells. It also eliminates immunogenicity almost to nil. For example: hepatocytes differentiate into liver cells, neurons differentiate into brain cells, osteocytes differentiate into bone cells, and cardiomyocytes differentiate into heart cells
Pluripotent stem cells form cells of all germ layers but not extraembryonic structures, such as embryonic stem cells. To be successful in regenerative medicine, directed differentiation protocols from embryonic stem cells are formed to mimic the development of an inner cell mass during gastrulation. During this process, embryonic stem cells differentiate into ectodermal, mesodermal, or endodermal progenitors with specific purpose and function. The power of embryonic stem cells is to regenerate more then 220 cell types in human body.
Cell Therapy Source
The source of stem cells in this revolutionary therapy involves sheep donor animals meticulously selected and certified as specific pathogen-free (SPF). This deliberate choice prioritizes quality, safety, and ethical considerations.
The term “specific pathogen-free” is pivotal in ensuring the suitability of the sheep donor animals. It designates medical laboratory animals that are guaranteed free of pathogens, establishing a controlled environment crucial for optimal cell preparation. This commitment to SPF animals not only eliminates potential interference from specified diseases but also plays a pivotal role in enhancing the safety and efficacy of the stem cell therapy.
Maintaining SPF status involves repeated breeding of the selected animals under tightly controlled conditions. This controlled environment is critical for preserving the animals’ freedom from specific pathogens. The SPF designation itself is dynamic, undergoing regular testing over an extended period to reaffirm the animals’ ongoing pathogen-free status.
The dedication to utilizing SPF sheep donor animals underscores a commitment to upholding the highest standards in quality control and ethical considerations throughout the stem cell therapy process. These stringent measures ensure not only the safety and effectiveness of the treatment but also reflect a responsible and ethical approach to the use of animals in advancing medical science. By prioritizing the use of SPF sheep, the therapy aligns with the principles of quality assurance, safety, and ethical standards, thus contributing to the credibility and potential success of this groundbreaking approach in medical research and treatment.
Cell Therapy Method
The innovative stem cell therapy outlined here utilizes individually produced cell extracts derived from fetal cells obtained from sheep donor animals. The key to its efficacy lies in the lyophilized freeze-dried process, a method employed to preserve maximum cell integrity and bioavailability. This carefully prepared cell extract is then administered into recipients, triggering a series of reactions aimed at renewing missing, diseased, or restricted functioning cells.
The lyophilized freeze-drying process is crucial for maintaining the quality and effectiveness of the fetal cells, ensuring the preservation of their structural and biochemical properties. This technique enhances stability and shelf life, guaranteeing that the stem cells remain viable and potent for therapeutic purposes.
Upon administration into recipients, these stem cells initiate a cascade of reactions within the body. With their unique ability to differentiate into various cell types, they promote tissue regeneration and repair. This regenerative process holds promise for treating diseases, addressing tissue damage, and potentially reversing the aging process.
The therapeutic potential of stem cell therapy is rooted in its ability to replace damaged or dysfunctional cells with healthy ones. This approach is applicable to a wide range of medical conditions, including degenerative diseases, injuries, and age-related ailments. By restoring the balance of cells within the body, this method aims to improve overall health and well-being.
It is important to note that while stem cell therapy shows great potential, ongoing research and development are focused on ensuring its safety, efficacy, and ethical considerations. The use of fetal cells and the specific mechanisms behind the therapeutic effects are subjects of scientific exploration and scrutiny. As the understanding of stem cell biology advances, this innovative approach may significantly contribute to the field of regenerative medicine and personalized healthcare.
Disclaimer
While promising results are documented daily, no cell therapy is universally acknowledged as standard practice. OXYZ does not claim its treatments cure any condition, disease, or injury. All statements on this website are for educational purposes, and the effectiveness of treatments cannot be guaranteed for individuals. Results vary, and interested parties should conduct their research based on the options presented during consultation for an informed decision.