Do the MSCs at LMI require matching like blood types? No, the mesenchymal stem cells (MSCs) used at LMI do not require matching. These cells are immunologically privileged, meaning they can be safely used in various patients without triggering an immune response. This unique property ensures our therapies are both safe and effective for everyone we treat. Why don’t the MSCs used at LMI need matching? The MSCs we use at LMI naturally avoid detection by the immune system because they lack the markers that typically cause immune rejection. This allows them to integrate seamlessly into treatments without requiring genetic compatibility, providing a simpler and more efficient regenerative solution. What makes the MSCs at LMI unique? The MSCs used in LMI therapies are carefully sourced from young, healthy donors to maximize their regenerative potential. We maintain rigorous standards in processing and quality control to ensure their immunologically privileged status, delivering the highest level of effectiveness for tissue repair, anti-inflammatory action, and rejuvenation. Are there risks to using unmatched MSCs in LMI treatments? No, the unmatched MSCs we use at LMI have a very low risk of immune rejection due to their immunologically privileged nature. This makes them a safe and reliable choice for our regenerative medicine therapies. How do MSCs at LMI improve access to regenerative treatments? Since our MSCs do not require genetic matching, patients can begin their treatments without delay. This eliminates the need to search for a matched donor, ensuring faster and more accessible regenerative therapies at LMI. Why are MSCs a cornerstone of regenerative medicine at LMI? MSCs are integral to LMI’s regenerative medicine protocols due to their ability to promote healing, reduce inflammation, and repair damaged tissues. Their immunologically privileged status and robust regenerative capabilities enable us to deliver cutting-edge therapies that meet the unique needs of each patient. Do donor stem cells contain the donor’s DNA, and will that DNA be integrated into my body? Yes, donor stem cells naturally contain the donor's DNA, but this DNA will not integrate into your body or affect your genetic makeup. These cells function primarily through a process called paracrine signaling. They release beneficial growth factors and signals that encourage your own cells to heal and regenerate. The donor cells are temporary helpers and do not permanently remain in your body or alter your DNA.
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