Stem cell therapy offers a regenerative approach that is currently being studied for its potential to support the body’s natural healing processes. Research continues to explore how this therapy may interact with areas such as injury, metabolic health, cardiovascular wellness, neurological function, and digestive system conditions.
Let us share some information as your journey begins
While research is still ongoing, stem cell treatments are being explored for a wide range of conditions — including joint injuries, arthritis, heart disease, neurological disorders, and even certain autoimmune conditions. Learning more about how these therapies work can help you make informed decisions about your health and understand which options may be right for you. If you’re curious about whether stem cell therapy could play a role in your care, consider scheduling a consultation to learn about the latest advancements and clinical applications.
Treatment and Recovery Protocols
"What is the typical client journey from first inquiry to treatment day?"
This varies depending on medical review, laboratory requirements, and scheduling.
"What is the protocol for how many stem cells and exosomes are administered? Is it based on weight, age, or another factor?"
Protocols are based on the patient’s medical needs and current health status. Age and weight are important considerations for dosage and product selection. These factors are especially relevant in pediatric cases such as autism or conditions like diabetic neuropathy.
"How long do treatment effects last and how many treatments are generally recommended?"
Protocols are based on the patient’s medical needs and current health status. Age and weight are important considerations for dosage and product selection. These factors are especially relevant in pediatric cases such as autism or conditions like diabetic neuropathy.
"What does a typical recovery protocol look like?"
Recovery protocols after stem cell treatment vary depending on the type of stem cell therapy (e.g., orthopedic, cardiac, neurological, or cosmetic) and the delivery method (injection, infusion, or surgical implantation). However, ViviStem has compiled a basic protocol for recovery and you can learn more by clicking below:
Medical Requirements
"What type of blood work is required?"
Requirements vary based on product, condition, and protocol. Most commonly required are:
- Complete Blood Count (CBC)
- Lipid Profile
- Comprehensive Metabolic Panel (Chemistry)
"Is blood work required before every treatment?"
Yes
Cancer Patient Concerns
"Can people with cancer receive stem cell treatment?"
Unfortunately, no. It is strongly contraindicated.
"Can individuals with a past history of cancer receive stem cells or exosomes?"
Not until they have been in remission for 2 to 3 years.
"What protocols are available for cancer patients?"
Some cases may qualify for Natural Killer (NK) cell protocols.
What are Natural Killer (NK) Cells?
Natural Killer (NK) cells are elite soldiers of the human immune system, constantly patrolling the body in search of threats. In the context of cancer, these immune soldiers are of particular scientific interest because of their natural role in identifying cells that appear abnormal, stressed, or potentially cancerous.
Treatment Administration
"How are stem cells administered?"
Administration depends on condition and product. Current options include:
- Intravenous (IV)
- Subdermal implant
- Nasal spray
- Nebulizer
- Intrathecal
- Intra-articular
- Dermapen
(Patch technology is in development.)
This varies depending on medical review, laboratory requirements, and scheduling.
"How long does treatment take?"
Typically 30–45 minutes depending on the protocol.
"Does it hurt?"
Discomfort varies by method. Most patients report mild discomfort to mild pain.
"How soon will I feel results and how long do they last?"
Some patients experience immediate improvement, while others may take 2–3 weeks to feel benefits. Duration depends on product and patient health.
Stem Cell Source & Science
"How are stem cells sourced?"
They are ethically collected from donors who undergo extensive medical screening and testing.
"Where do the stem cells come from?"
- Umbilical cord tissue
- Placental tissue
- Endometrial tissue
"Are all stem cells from donated umbilical cords?"
No, they can also come from endometrial tissue and placenta tissue.
"Can ViviStem show documentation about sourcing and certifications?"
Yes. All products include:
- Certificate of Analysis (COA)
- Product testing from an independent laboratory
This ensures proper safety and quality standards.
"What are exosomes?"
Exosomes are vesicles derived from stem cells that carry growth factors and regenerative signals. They deliver many of the therapeutic benefits of stem cells and can be easier to store, transport, and administer.
"How do stem cells know where to go?"
Inflammation signals guide stem cells to damaged tissue.
"What is the blood-brain barrier and why is crossing it important?"
The blood-brain barrier protects the brain from harmful substances. Research shows MSCs can cross this barrier, making them promising for neurological disease therapy.
What measures are taken to make the stem cells safe?
After donation, every umbilical cord is sent to an independent third-party laboratory for additional infectious disease testing before it ever reaches the culturing facility. Once cleared, the tissue is returned to the lab, where the Mesenchymal Stem Cells are cultured and expanded using licensed Hyperstack technology. This allows the cells to multiply into the millions under controlled laboratory conditions while being carefully monitored for viability, count accuracy, and cellular integrity.
Additional Questions
"How many stem cells can a person receive per dose?"
Depends on condition, protocol, and patient characteristics. Typical range is 10 million to 300 million cells per session.
"How often can a person receive treatment?"
It depends on the product and the patient’s condition. For example, MSC (mesenchymal stem cell) benefits typically last 6 to 8 months.
"Do patients feel cold during treatment?"
Not typically. If they do, it is usually due to sitting still for a long period, not because the treatment causes a drop in body temperature.
Why should I travel to Mexico for stem cell treatment?
If you are researching stem cell therapy in the United States, you’ve likely discovered a frustrating reality: most U.S. clinics are legally restricted to “minimally manipulated” products under FDA regulations. That means they cannot culture and expand Mesenchymal Stem Cells to higher concentrations. They are limited in how those cells can be processed, multiplied, and optimized.
Important questions to ask...
When you compare your options, ask the right questions:
• How many viable Mesenchymal Stem Cells are you actually receiving?
• Were the cells independently tested for disease?
• Were they expanded under controlled laboratory conditions?
Start your journey
Our compassionate team is here to listen, guide, and support you every step of the way. Whether you’re seeking relief from a chronic condition, exploring innovative therapies, or simply looking to feel your best again, we’re ready to help.