
Fat-derived stem cells show promise in slowing MS progression and partially reversing some damage, though nerve injury remains a limitation. The speaker explains what clinical observations reveal about this emerging treatment approach.

Fat-derived stem cells show promise in slowing MS progression and partially reversing some damage, though nerve injury remains a limitation. The speaker explains what clinical observations reveal about this emerging treatment approach.
I don't know that we could say the same for using some other type of stem cell like bone marrow or umbilical stem cells. Most of the studies been done with fat derived stem cells, and clinically we do see improvement. We have never seen something in total reversal of their ms, but we do see people who are progressive sort of slow down their progression and maybe go backwards a little bit. There's a point where the axons in the brain, little connections, or the extension cords actually get transected in the ms, and those are probably not going to grow back. But we could get this ability to stop and maybe reverse a little bit, or relapsing, remitting, get those relapses to be less fre.

Functional Movement vs Traditional Physical Therapy #shorts #mobility #physicaltherapy

Knee Arthritis? It Might Not Be Your Knee #kneepain #jointpain #arthritis #shorts

Lifestyle vs Medication: A Smarter Approach to Heart Health #shorts #hearthealth

How to Build a Strong, Healthy Back for Longevity (Before Pain Starts) #muscle #shorts #longevity