Unlike traditional treatments that mitigate symptoms, regenerative medicine focuses on repairing the damage and returning the tissue to its original healthy state. Stem cells in regenerative medicine support this approach by differentiating into cells lost during the damage and inducing tissue’s inherent healing pathways. Additionally, the anti-inflammatory and immune-regulating properties of stem cells can treat many diseases. These benefits of stem cell treatment have promoted their use for several disorders, particularly those that lack a definitive cure, such as diabetes, neurological disorders, visual problems, etc. Several clinical trials have reported positive results with stem cell treatment. With such substantial improvements, stem cells will soon be integrated into the standard treatment.

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#stemcells #regenerativemedicine #advancedmedicine #healingwithstemcells #futureofmedicine #stemcelltherapy

Motor Neuron diseases (MND) refers to a group of neurological disorders that cause progressive deterioration of nerve cells or neurons. It affects the motor neurons that control the movements of the body. Therefore, the early onset of the disorder manifests as muscle weakness, twitching, stiffness, and fatigue, with gradual progression towards difficulty in swallowing, breathing, and speaking. Current studies have shown the negative impact of MND on cognitive functions. Many scientists have favored the observation that MND causes memory loss.

A few therapies have been formulated for the MND treatment. However, they focus on mitigating the symptoms or delaying the progression of the disorder. In the face of limited efficacy, the medical field has ventured into stem cell therapy. Their regenerative capability can potentially cure this degenerative disorder. The early studies have been promising, suggesting the introduction of a definitive treatment in the near future.

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#motorneurondisease #mnd #neurodegenerativedisorders #neurohealth #brainhealth #stemcelltherapy #regenerativemedicine #advancells

Autism results from inadequate brain development, causing communication deficits in patients. Diagnosed at an early age of 2 years, this disorder hampers the quality of life from a very young age. The lack of treatment further worsens the situation. Rehabilitation therapies provide some relief by developing functional independence. However, a better treatment is the need of the hour. Keeping the regenerative potential of stem cells in mind, scientists have explored the benefits of stem cell infusion in autism.
There have been noticeable improvements in communication skills and body usage, along with a decrease in severity levels. Therefore, Stem cells for autism could become a feasible option in the near future. Advancells has been a premier manufacturer of stem cells. It has been keeping the hope for stem cell therapy for autism in India alive with its reliable, high-quality products.

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#autism #stemcells #advancells

The treatment for Alzheimer's has evaded scientists so far. Many new Alzheimer's treatments up to the year 2025 have been developed that target the beta-amyloid plaque build-up- the cause of Alzheimer’s. Many have failed clinical trials, while some have withdrawn from the market. A few drugs did show slower cognitive decline. However, scientists believe that only targeting one aspect of the disorder is insufficient. Therefore, a therapy that can act on multiple pathways might be a better fit.

Stem Cell therapy for Alzheimer's disease is the perfect fit for such a criteria. It has a multitude of properties that can resolve the disorder on different levels. The early studies have shown encouraging results, shifting the focus of clinicians toward stem cell therapy.

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#alzheimersawareness #stemcelltherapy #regenerativemedicine #alzheimer'sTreatment

Azoospermia and oligospermia are both the causes of male infertility but are distinctive. Azoospermia is the absence of sperm in the man’s ejaculate, whereas oligospermia is the low sperm count in the ejaculate. Azoospermia results from hormonal imbalances, blockage in the reproductive tract, and genetic traits. The causes of oligospermia include testicular injury, obesity, hormonal imbalance, genetic factors, and testicular dysfunction. The underlying cause often defines the treatment strategy.

For example, hormonal imbalance-based infertility is corrected by hormonal medications, while testicular obstruction can be treated by surgery. Additionally, assisted reproductive technologies can also treat these causes of male infertility. Despite these options, the outcomes of testicular failure have not been satisfactory. Stem cells with regenerative potential serve as better alternatives in this case by repairing testicular damage and sperm production.

Read more: https://www.advancells.com/dif....ference-between-olig

#azoospermia #oligospermia #advancells