Stem Cell IV Therapy: Benefits, Cost, Review & Results

Stem cell intravenous (IV) therapy or infusion is a method of administering stem cells directly via the intravenous route into the bloodstream in order to treat a range of illnesses. Stem cell IV infusion possesses a unique property of regeneration, making it a significant resource in the regenerative medicine field.

IV stem cell therapy is also known as intravenous stem cell therapy and stem cell infusion.

The blog aims to outline a comprehensive review of stem cell IV treatment along with its benefits, cost, outcomes, and results.

Understanding the rationale behind IV stem cell therapy

Stem cell IV infusion is a process where stem cells are directly administered into the bloodstream. After entering the bloodstream, the stem cell identifies the target site, reaches the site of the target, and initiates the process of differentiation. They proliferate and differentiate into specialized types of cells. After differentiation, they regenerate and repair the damaged tissue.

After regeneration, SCT promote other mechanisms depending on the condition, such as reduction of inflammation, neuroprotection, stimulation of angiogenesis, restoration of immune balance, and enhancement of brain functions, among others.

Because of the process of regeneration followed by restoration of functions, the stem cell therapy allows the body to recover from the damage caused by the condition, injury, or disease. Thus, because of the unique property of regeneration, the SCT leverages the body’s capacity to heal naturally.

Components of IV drip infusion

The IV drip infusion contains either mesenchymal stem cells or exosomes, or a combination of both MSCs and exosomes. The drip consisting of MSCc regenerates damaged tissues, reduces inflammation, and modulates immune response in degenerative and autoimmune conditions. Whereas, the exosome IV infusion is suitable for anti-aging since it triggers the process of regeneration and promotes cellular recovery.

The combination of MSCs and exosomes in an IV drip enhances the regenerative capacity and provides long-lasting effects. It is also effective in other multiple conditions.

Process of stem cell IV infusion

The process of administering an IV drip consists of 4 steps, from source isolation to intravenous infusion.

1. Source extraction: The MSCs are sourced particularly from the umbilical cord according to the standardized protocol and ethical considerations.
2. Isolation and analysis: After the extraction, the cells undergo the next set of processes under cGMP-certified labs. They undergo a purification process, sterility tests and other essential tests to determine their regenerative potential. 
3. Integration with exosomes: The next step in SCT infusion is integration of MSCc with exosomes to enhance the cellular capabilities.
4. Intravenous infusion: Once the stem cells and exosomes are ready, they are administered via intravenous drip. After administration, they reach the site of action, repair and regenerate the damaged tissue, and rejuvenate the overall body.

Mechanisms of IV drip

1. Anti-inflammation: IV drip consists of anti-inflammatory nutrients that aim to reduce inflammation, redness and soothe the skin, giving a refreshed look.
2. Skin rejuvenation: IV infusion consisting of enriching antioxidants, nutrients, and vitamins rejuvenates and nurtures the skin from within. It reduces dullness and gives a vibrant, healthy skin.
3. Immunomodulation: The infusion modulates the immune response and enhances the immunity, which plays an important role in treating the condition.
4. Wound repair: The intravenous infusion ensures wound repair by stimulating tissue repair, reducing inflammation, and promoting healing, which results in quicker recovery.
5. Overall body rejuvenation: The Advancells IV drip for overall rejuvenation combines with the blend of essential nutrients, antioxidants and vitamins. It works by revitalizing, restoring and boosting energy, wellness, and reducing fatigue.

Stem cell IV drip benefits

1. Repair and regeneration of damaged tissue.
2. Alleviation of symptoms, including inflammation and pain. 
3. Shorter recovery time since it is a minimally invasive procedure.
4. Beneficial for conditions such as autoimmune conditions, degenerative diseases, chronic inflammation, overall wellness, and effective in wound healing. Examples of conditions are Parkinson’s, Alzheimer’s, Lupus, Rheumatoid Arthritis, and Multiple Sclerosis.
5. Personalization based on the condition and needs.
6. Improvement of overall quality of life.

Cost of stem cell treatment

The stem cell IV therapy cost depends on several factors, and a number of factors influence the cost of the treatment.

1. Type and source of stem cells. For example, the process of extracting embryonic stem cells is expensive as compared to extracting stem cells from other sources.
2. The route of stem cells implantation, i.e., the cost of intravenous injection might differ from that of an intrathecal injection.
3. The kind and nature of the condition that is considered for treatment.
4. Cost may tend to increase if the medical professional team is highly skilled and experienced.
5. The cost is indirectly related to the quality of cells, which means that a higher cost is required to produce high-quality stem cells.

Outcomes Post-stem cell IV drip session

1. Long lasting regenerative effects
2. Reduction of fatigue and boost of energy
3. Reduction of pain and inflammation
4. Improvement of immune response
5. Enhancement of cognition
6. Improvement of skin and hair texture
7. Quicker recovery.

What do the clinical trials suggest?

Several studies related to MSCs have demonstrated that intravenous infusion or drip is safe and effective in various conditions.

1. A study “Phase 1 clinical trial in patients with moderate COVID-19 virus pneumonia for intravenous administration of umbilical cord and placenta-derived mesenchymal stem cells” reports that MSC, when given through the intravenous route, improves the symptoms, reduces disease progression, and is safe and effective.
2. Another study titled “Intravenous administration of human adipose tissue and umbilical cord derived mesenchymal stem cells improves neuropathic pain via suppression of neuronal damage and anti-inflammatory actions in rats” reports that intravenous administration of MSCs reduces neuropathic pain.
3. According to the study “Safety and efficacy of mesenchymal stem cells derived from umbilical cord tissue in the treatment of patients with aging frailty: a phase I/II randomized, double-blind, placebo-controlled study”, the intravenous administration of the umbilical cord tissue-derived MSCs is not only safe and effective but also improved physical performance, reduced inflammation and improved quality of life.

Ask The Experts

Conclusion

Stem cells possess the ability and potential to revolutionize regenerative medicine. The unique ability of SCT is to harness the conditions with its regenerative capacity. Stem cell IV infusion possesses the ability to regenerate the damaged tissue, rejuvenate the body and improve quality of life.

In conclusion, the stem cell IV infusion has the potential to treat conditions including autoimmune diseases, degenerative conditions, inflammation, and wound healing.

FAQs:

Q: Define stem cell IV therapy.

Stem cell intravenous (IV) therapy or infusion is a method of administering stem cells directly via the intravenous route into the bloodstream in order to treat a range of illnesses. Stem cell IV infusion possesses a unique property of regeneration, making it a significant resource in the regenerative medicine field.

Q: What are the outcomes of the post-stem cell IV drip session?

The outcomes of the post-stem cell IV drip session are long-term regenerative effects, reduction of fatigue and boost of energy, reduction of pain and inflammation, improvement of immune response, enhancement of cognition, improvement of skin and hair texture, and quicker recovery.

Q: What is the process of IV stem cell treatment?

Stem cell IV drip or infusion is a process of administration of stem cells directly into the bloodstream. After entering the bloodstream, the stem cell reaches the site of the target, proliferates and differentiates into specialized types of cells. They then regenerate and repair the damaged tissue.

Q: List out the benefits of stem cell IV drip therapy.

The benefits of IV stem cell drip are repair and regeneration of damaged tissue, alleviation of symptoms including inflammation and pain, shorter recovery time since it is a minimally invasive procedure, personalization based on the condition and needs, and improvement of overall quality of life.