Ages 2 through 90 may be eligible. Each case is reviewed individually to ensure safety and appropriateness.
Along with stem cell therapy, AGV offers complementary treatments such as oxygen therapy, red light therapy, methylene blue, IV nutrition, and more to enhance overall wellness.
Yes. Stem cells may boost immune resilience, reduce inflammation, and support the body’s natural defense systems, contributing to long-term health.
Pluripotent stem cells are not used by the clinics AGV partners with. These cells originate from embryonic sources and can develop into any cell type in the body, but they also carry risks — including potential tumor growth if not precisely controlled.
AGV’s partners work exclusively with Multipotent stem cells. They are safe, ethically sourced umbilical cord stem cells — proven, regulated, and designed to support the body’s natural regeneration.
Yes. Stem cells may improve skin elasticity, reduce wrinkles, and promote a more youthful appearance by stimulating collagen and supporting tissue repair.
Stem cells can help rejuvenate hair follicles, improve scalp health, and support natural hair growth in cases of thinning or age-related loss.
It may increase energy levels, improve sleep quality, and help manage stress while boosting immune strength and resilience.
Yes. They may reduce inflammation, support cartilage repair, and improve joint function, offering relief from pain.
Studies show potential benefits for osteoarthritis, meniscal tears, ligament injuries, tendonitis, and bursitis. Stem cells may improve joint function and delay the need for surgery.
Research suggests stem cells can support disc regeneration, ease inflammation, and improve mobility.
Stem cells may promote bone regeneration and restore blood flow, potentially delaying or avoiding joint replacement.
Studies in 2020 and 2022 suggest stem cells may help repair damaged neurons, slow progression, and improve brain function — though more research is needed.
Stem cells aim to replace dopamine-producing cells lost in Parkinson’s. Research shows promising early results in improving motor symptoms.
Stem cells may protect existing motor neurons, reduce inflammation, and support nerve function. Clinical trials suggest they are safe and may slow disease progression.
Yes, in certain cases. A 2022 review of 461 patients showed improvements in communication, social skills, and behavior after stem cell therapy, with only mild side effects reported.
Stem cells may support brain tissue repair, reduce spasticity, and improve mobility or daily function, though results vary.
Early studies show stem cells can reduce inflammation, promote nerve repair, and restore some motor or sensory function in certain patients.
Research shows they may help repair brain tissue, improve outcomes, and complement conventional rehab — especially after ischemic stroke.
Yes. Studies (2021–2023) show stem cell therapy may reduce autoimmune flare-ups, improve kidney outcomes in lupus nephritis, and relieve symptoms.
Stem cells may calm the immune system, protect neurons, and support remyelination, reducing relapses and improving function.
Stem cells may help regenerate damaged muscle fibers, slow degeneration, and improve strength and mobility.
Yes. They may help regenerate pancreatic cells, improve insulin production, and lower blood sugar levels. Some patients in studies reduced insulin use by 50%.
Stem cells may regenerate lung tissue, reduce inflammation, and improve breathing. Studies show improved oxygen intake and quality of life.
Stem cells may support heart muscle repair and circulation in patients with cardiac disease, aiding recovery and resilience.
Stem cell therapy is not a cancer treatment, but may help support immune recovery and overall health during or after cancer care.
