Are you tired of taking medications and taking preventive measures for diabetes? Diabetes has become frequent, affecting millions. The absence of an absolute treatment makes the disorder only manageable. But the situation is changing with the advancements of stem cell therapy. There have been positive outcomes in Type I and II diabetes stem cell treatment. The regenerative potential of stem cells can restore the damaged tissue and function.
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Effective Stem Cell Treatment for Cerebral Palsy | Regenerative Hope for Children
Cerebral palsy is a neurological disorder in children characterized by abnormal movement, muscle weakness or rigidity, and abnormal posture. It occurs due to interrupted brain growth, bleeding in the brain, brain injury, or lack of oxygen in the brain. The therapeutic interventions include medications that reduce spasms, relax muscles, improve mobility, alleviate pain, etc. They act on the symptoms but not their origin. Regenerative medicine for cerebral palsy offers a different approach than conventional treatment by repairing organs.

Spinal Cord Injury can decline a person’s quality of life by causing severe motor impairment, including paralysis and loss of bladder/bowel control. The injury disrupts the nerves transmitting signals between the brain and the body. No medication or surgery can revive this connection. However, stem cell therapy for spinal cord injury has shown improvements through its neuro-regenerative potential. It repairs nerves and re-establishes the connection between the brain and the body. This remarkable therapy is available in a cost-effective manner in India.

Stem Cells for Multiple Sclerosis​: The Neuro-Regenerative Approach to Treatment

Multiple sclerosis is a nervous disorder where immune cells attack the nerve cells. The medications can slow the disease progression, but cannot cure it. Amid the innovative solutions, stem cells have emerged as the most promising therapeutic interventions. It targets the underlying pathways accompanied by neuro-regeneration. Therefore, further damage is prevented, and existing damage is repaired. This potential has found many therapeutic applications in several neurological disorders. Stem cells for multiple sclerosis are gradually gaining p

Autism originates from disrupted nervous development among children. The reduced neural connectivity in the brain compromises the individual at cognitive and intellectual levels. The causes are not completely understood, but environmental and genetic factors seems to play an important role. The children often rely on various rehabilitation interventions for symptom management. As of now, an absolute cure for the disorder is absent. Stem cells can regenerate the damaged tissue, and stem cell treatment has shown positive outcomes for autism.