Stem cell therapy using umbilical cord blood delivers powerful regenerative signals to promote healing and restoration.
Umbilical cord blood contains potent stem cells and bioactive signals that seek out inflamed, damaged, or aging cells to support the body’s natural repair processes. These cells help reduce inflammation, stimulate regeneration, and optimize overall healing. Multiple studies have shown that umbilical cord blood therapy can successfully treat a range of conditions in both children and adults, including:
Autism
Stem cell therapy may reduce brain inflammation and enhance communication between neurons, potentially improving function in individuals with autism. Multiple studies, including from Duke University, show the treatment is safe and can lead to statistically significant improvements in autistic children.
Arthritis
Umbilical cord stem cells target joint inflammation and may stimulate cartilage regeneration, offering relief for both autoimmune and wear-and-tear arthritis.
Anti-Aging
Stem cell therapy may help restore vitality, improve tissue repair, and combat age-related decline in muscle mass, energy, and mental clarity.
Traumatic Brain Injury (TBI)
Studies show that after trauma and healing, the use of stem cells can increase patient function
Parkinson's Disease
Stem cells may reduce motor and non-motor symptoms by addressing underlying inflammation and encouraging neuron repair.
Alzheimers
Early clinical evidence suggests stem cells may reduce neuroinflammation and support cognitive function in patients with Alzheimer’s disease.
Cerebral Palsy
Stem cell infusions may improve motor function by reducing inflammation and supporting neurologic repair in children with CP or birth-related brain injury.
Multiple Sclerosis
Stem cells may help inhibit autoimmune damage, protect neurons, and support myelin repair, particularly when used early in the disease course.
Stroke
Stem cells have shown potential to reduce inflammation and promote regeneration in both acute and chronic phases of stroke recovery.
Additional conditions include
Cardiovascular Disease, Diabetes, Neurologic Damage, Spinal Cord Injury, surgical recovery, degenerative joint disease, wound healing, autoimmune disorders