Pluripotent stem cells work like a form of “intelligent medicine” to relieve back pain. When introduced into your body, these smart cells can identify the precise areas of damage and inflammation. Once they locate the source of the problem, they release powerful healing signals.
Think of these signals as detailed instructions that tell your body how to repair itself. They work to reduce inflammation and break down scar tissue that can press on nerves and cause pain. Most importantly, they activate your body's own natural ability to rebuild and rejuvenate damaged tissues, addressing the root cause of your back pain rather than just masking the symptoms.
Yes, absolutely. Our pluripotent stem cell therapy is particularly effective for nerve-related back pain because these cells are exceptional at repairing nerve tissue.
Damaged nerves can cause burning, tingling, and sharp, radiating pain. Our stem cells release a range of natural growth factors that work to protect your healthy nerve fibers while helping to regenerate and heal the damaged ones. This process calms the inflammation that causes pain and helps restore proper nerve function.
It is important to note that if your pain is caused by a purely mechanical issue, like a bone directly pinching a nerve, stem cells cannot move the bone. However, they can still provide significant relief by repairing the irritated nerve and reducing the inflammation around it.
Yes, stem cell therapy is a highly effective treatment for lower back pain, especially pain caused by degenerative conditions or long-term wear and tear. We consider pluripotent stem cells to be the most powerful and versatile type of cell for treating spine-related issues.
Our approach typically involves a two-part strategy for maximum effect:
Intravenous (IV) Therapy: We administer stem cells through an IV, allowing them to travel throughout your bloodstream, locate the primary source of inflammation in your back, and begin the healing process from the inside out.
Targeted Local Applications: We also use Plurisomes™, powerful healing messengers derived from our stem cells—and apply them directly to the specific area of your lower back that needs it most. This accelerates the repair process right at the source of your pain.
While we focus on repair and restoration rather than using the word "cure," our pluripotent stem cell therapy is designed to fundamentally heal the damage caused by degenerative disc disease. The goal is to provide significant, long-term relief by rebuilding the damaged tissues.
In degenerative disc disease, the spinal discs have worn down, which can lead to collapsed discs, inflammation, and nerve damage. Our therapy addresses this directly. The stem cells and their healing messengers, Plurisomes™, are naturally drawn to inflammation. They travel to the damaged discs in your spine to trigger a deep repair process, helping to rejuvenate the tissue and relieve the pressure that causes pain. This offers a powerful potential to restore function and significantly improve your quality of life.
Our goal with pluripotent stem cell therapy is to effectively repair the damage caused by Lyme disease and help your body reverse the condition's effects. While we focus on outcomes rather than the word "cure," this therapy is the leading treatment available today for addressing the complex symptoms of Lyme disease.
Pluripotent stem cells work by helping to regulate your body's immune response, which is a critical step in halting the disease's progression. From there, the therapy focuses on repairing the nervous system to help remove sensitivities to light and noise, restore mental clarity, and bring back a sense of well-being. As our patients' bodies heal and their symptoms improve, we find that the issues related to Lyme disease are systematically resolved.
Yes, the primary goal of our stem cell therapy is to resolve the symptoms of Lyme disease. Patients suffering from chronic fatigue, persistent infections, joint pain, fibromyalgia, brain fog, and nerve problems have found significant relief through our treatments.
The therapy is specifically designed to repair the nervous system and restore balance, leading to the elimination of symptoms. While every patient's healing journey is unique, the improvements are designed to be stable and long-lasting. The healing process doesn't stop when you leave our clinic; it continues for three to six months as your body uses the new stem cells to regenerate, leading to progressively greater improvements over time.
Our approach is comprehensive. While traditional antibiotics can fight the Lyme bacteria, they often can't repair the lasting damage left behind by the infection. Our treatment protocols combine the regenerative power of pluripotent stem cells with a range of supportive therapies to promote whole-body healing.
Your treatment program at Stemaid Institute is a comprehensive and personalized healing experience. Here is what you can typically expect:
Duration: Most programs last from three to five weeks, depending on the severity of your condition. We will recommend the appropriate length for you, whether you are newly diagnosed or have been living with severe, long-term symptoms.
Daily Schedule: Your treatment takes place six days a week in our clinic, ensuring a consistent and intensive therapeutic process.
Your Comprehensive Treatment Includes:
In-Depth Medical Supervision: You will have a complete medical assessment, regular visits with our doctors, and full blood panels at the beginning and end of your treatment.
Daily Pluripotent Stem Cell (PSC) IVs: You will receive daily infusions of fresh, powerful pluripotent stem cells, which are programmed to read your body’s needs and initiate healing.
Plurisomes™ (Targeted Healing Messengers): These are powerful derivatives of our stem cells that are delivered through IVs or targeted injections to accelerate healing where it's needed most.
Supportive Therapies: Your program includes weekly advanced ozone therapy, daily nutritional IVs, therapeutic massage, and other wellness treatments to support your recovery.
Comfort and Hospitality: We provide a gourmet organic lunch each day, along with healthy snacks and teas. We also arrange for transportation to and from the airport and your daily clinic visits to make your stay as stress-free as possible.
During and After Treatment: It’s common to feel tired after your daily stem cell administration; this is a positive sign that your body is directing its energy toward healing. This feeling can last for a few weeks. The most important thing to remember is that your body will continue to heal and improve for up to six months after you complete your program.
Stem cells are renowned for harnessing the body’s natural healing properties. They can help treat various conditions by repairing damaged tissue. Doctors utilize adult mesenchymal and pluripotent stem cells from donated blastocysts to tailor treatments to the patient’s DNA, maximizing the potential benefits.
Unlike surgery and medications used for nerve damage, stem cell treatment is minimally invasive and has no known side effects. Pluripotent stem cells are programmed for your DNA using a simple skin biopsy. They are then injected into the bloodstream before being naturally removed from the body.
Nerve damage occurs when the nerve signals are disrupted due to damage or injury (National Institute of Neurological Disorders and Stroke, 2024). The condition generally worsens over time as the nerve fibers continue to deteriorate. You may experience tingling, sharp aches, weakness in the arms or legs, extreme sensitivity to touch, light, and temperature changes. Symptoms typically start mild before gradually increasing over weeks, months, and years. They usually first appear in the areas furthest from the brain (i.e., the hands and feet) before moving inward.
There are two main types of nerve damage: peripheral, which affects the extremities, and central, which affects the spine or brain. The areas impacted vary based on which nerves are damaged. Neuropathy can spread to other body areas if left untreated, as more nerve fibers are affected.
Causes of neuropathy include:
These conditions can impact your ability to lead a fulfilling and active lifestyle. Persistent pain and discomfort may limit your enjoyment of activities you once loved, including walking, hiking, bicycling, writing, and working with your hands. They can also prevent you from exercising, which can make neuropathy worse due to a lack of activity.
Adult mesenchymal stem cells and pluripotent stem cells from blastocysts are used to treat nerve damage. Stemaid Institute exclusively utilizes pluripotent stem cells, the youngest and most versatile type of stem cells, to support tissue regeneration and revitalization.
The cost of stem cell injections for neuropathy varies widely, but they are generally less expensive in Mexico than in the United States. Stemaid Institute stem cell treatment costs between $1,000 and $1,500 per injection.
Yes, stem cell therapy has been used to relieve the symptoms of diabetes, which can cause nerve damage. It has proven to be safe and effective for patients with type 1 and type 2 diabetes.
Yes, stem cell therapy can help reverse the effects of nerve damage by regenerating damaged muscle and nervous tissue. Patients can build muscle, improve coordination, and regain their mobility.
Stem cell therapy helps neuropathy by directly addressing the nerve damage that causes the pain, numbness, and tingling. Think of our pluripotent stem cells as a specialized repair crew for your nervous system.
When introduced into your body, these cells get to work in two primary ways:
They help rebuild damaged nerves. The stem cells release a range of natural growth factors—powerful signals that protect your healthy nerve fibers and encourage your damaged nerves to regenerate and heal.
They reduce inflammation. They also work to calm the chronic inflammation that can irritate nerve fibers and contribute to pain.
By both repairing the physical damage and soothing the area, this therapy targets the root cause of neuropathy.
Yes. Our therapy is designed to help with diabetic neuropathy through a powerful, two-pronged approach.
First, it works to directly repair the nerve damage caused by the condition, just as it does for other forms of neuropathy. Second, and just as importantly, our therapy can help address the underlying cause by working to restore and rejuvenate function in the pancreas. By tackling both the symptom (nerve pain) and the underlying disease (diabetes), we aim to provide comprehensive and lasting relief.
Our focus is on repairing nerve damage, which sets our therapy apart from other approaches. How we view other treatments depends on the root cause of the nerve pain.
For example, if a nerve is being physically pinched by the spine, a chiropractor may be able to help with the structural issue. If neuropathy is caused by an infection like Lyme disease, antibiotics may be used to fight the bacteria.
However, these treatments often can't fix the damage that has already been done. That is where our therapy comes in. We focus on the crucial next step: actually repairing the nervous system to restore function and relieve pain.
Stem cell therapy addresses chronic nerve pain by breaking the cycle of damage and inflammation. Chronic nerve pain persists because the nerves are not only damaged but are also constantly irritated and inflamed.
Our therapy interrupts this cycle by:
Actively Repairing Nerves: The stem cells deliver growth factors that help rebuild damaged nerve tissue, fixing the source of the problem.
Powerfully Reducing Inflammation: The cells and their healing signals calm the chronic inflammation, which provides relief from the persistent pain, burning, and aggravation.
By both repairing the nerve and calming the area, the therapy allows your body to finally heal. Many of our patients have reported a significant, and in some cases, a near-total reduction in their chronic nerve pain symptoms.
We exclusively utilize human pluripotent stem cells (hPSC) that are meticulously cultured in our state-of-the-art labs. Pluripotent stem cells possess the unique ability to differentiate into any cell type in the body, offering unparalleled regenerative potential.
Unlike other commonly used stem cell types such as adult stem cells, umbilical-cord stem cells, or fetal cells, hPSC have the capacity for limitless self-renewal and can generate a wide range of specialized cells, making them highly effective in regenerative medicine. This versatility and regenerative prowess set hPSC apart as a superior choice for transformative and personalized stem cell therapies, leading to enhanced outcomes.
Unfortunately, the therapeutic use of cultured stem cells is currently unapproved by the FDA. Insurance companies will typically only cover FDA approved procedures performed within the United States. Because we are located in Mexico and utilize cultured pluripotent stem cells, our procedures are not covered by insurance at this time.
To date, our pluripotent stem cell therapy has produced no negative side effects; nor are there any medically or scientifically anticipated risks outside that of a routine outpatient injection.
EBOO (Extracorporeal Blood Oxygenation and Ozonation) ozone therapy at Stemaid Institute enhances health through several mechanisms:
Stemaid Institute's ozone therapy is only available when purchasing or in addition to an existing stem cell therapy package.
Stemaid's Plurisomes™ product is unique due to its origin, composition, and function. Plurisomes™ are a specialized exosomal concentrate derived from the pluripotent stem cell lines meticulously cultured in Stemaid's advanced laboratories. Here are the key aspects that make Plurisomes™ unique:
At Stemaid Institute, a patient typically receives 20 million pluripotent stem cells (hPSC) per day via IV injection, six days a week. This amounts to 120 million hPSC per week.
Key differences between Stemaid's pluripotent stem cell (hPSC) therapy and treatments using mesenchymal stem cells:
Yes, Stemaid Institute offers transportation services in Los Cabos for all of their patients.
Here are some key details about the transportation services:
Once the treating physicians have received your medical information, we can arrange for one of them to talk to your doctor.
After a doctor with experience in Stem Cell therapy speaks to a patient's doctor and answers all questions directly, the patient’s doctor will usually become much more comfortable and supportive.
Of course, once you return home, your own doctor will be handling your follow-up care and we will appreciate being informed of your progress.
Some past patients are willing to talk to those considering treatment. They have created their own group on Facebook for this purpose called "Unofficial Stemaid Stem Cell Therapy Group". Please consider joining the group if you wish to connect with past patients.
While other stem cell providers commonly utilize mesenchymal stem cells derived from various adult tissues like placental, umbilical, adipose tissue, and bone marrow, Stemaid™ stands out for its exclusive use of pluripotent stem cells. Our pluripotent stem cells undergo continuous cultivation in our advanced labs, ensuring optimal potency for enhancing the body's self-healing mechanisms. These pluripotent stem cells represent the pinnacle of regenerative potential, being the youngest and most versatile cells available for therapeutic use.
With almost 20 years of pioneering experience in culturing and harnessing the power of pluripotent stem cells, Stemaid™ remains at the forefront of cutting-edge regenerative medicine. As the leading provider of pluripotent stem cells to both medical professionals and patients worldwide, we are dedicated to delivering the most advanced and effective stem cell therapies for transformative healing outcomes.
At Stemaid Institute, we take pride in delivering fresh, vibrant stem cells straight from our cutting-edge laboratory culture to guarantee superior quality and effectiveness. Unlike providers who rely on frozen stem cells, we are dedicated to preserving the full potential and quantity of stem cells for maximum impact on your body's healing process post-injection.
Every patient receives a minimum of 20 million potent stem cells per injection, carefully prepared to ignite the regenerative power within. While some clinics opt for frozen stem cells that may lose efficacy upon thawing, we ensure the vitality of our live cell delivery.
When selecting a stem cell therapy provider, it's essential to verify the stem cell count right before injection, without any freezing steps in between. This ensures that you receive the full benefits of your treatment as promised.
At Stemaid Institute, we prioritize transparency, quality, and the transformative potential of stem cell therapy to empower your journey towards enhanced well-being and vitality.
Considering the wide range of costs associated with adult stem cell treatments in the USA, which can vary from $5000 to $15,000 per injection, Stemaid Institute offers a comprehensive approach to pluripotent stem cell therapy at an average rate of approximately $1000 per day. This inclusive pricing typically covers a range of treatments including pluripotent stem cell IVs, Plurisome IVs, chelation, nutritional IVs, ozone therapy, massage, and more, tailored to the specific condition and duration of treatment.
At Stemaid Institute, we believe in providing a holistic and personalized treatment experience that goes beyond just the cost, ensuring that patients receive a diverse array of therapies to support their overall well-being and healing journey.
Stem cells and exosomes and their complimentary therapies work best when administered repeatedly, daily, for a period of time, usually 2-5 weeks in a row. It’s the daily pulsing doses of stem cell regenerative factors that gives best physiological results. As a result, patients receive the treatments daily, Monday to Saturday.
Our human pluripotent stem cells (hPSC) are continually cultured in our labs. They were originally derived from a 100-200 cell blastocyst (either donated or cloned from a skin-cell). At this very early stage, these cells have not yet become specialized in any way and are capable of signaling repair in all 220+ tissue types of your body, leading to whole body repair and rejuvenation.
Once a particular stem cell line has been established, it can be cultured for many years without losing potency or effectiveness and, most importantly, without the need of additional blastocysts.
Yes, at Stemaid™, we harness the power of exosomes through our exclusive product known as Plurisomes™. Plurisomes™ is a specialized exosomal concentrate derived from the pluripotent stem cell lines meticulously cultured in our advanced laboratories. Exosomes, the tiny vesicles secreted by stem cells, play a crucial role in cell-to-cell communication and regenerative processes within the body.
Plurisomes™ encapsulate the regenerative properties and signaling molecules of pluripotent stem cells, offering a potent and targeted approach to cellular rejuvenation and healing. By utilizing Plurisomes™, we aim to enhance the therapeutic potential of our treatments, promoting tissue regeneration and overall wellness.
Through the innovative use of exosomal technology, Stemaid™ continues to lead the way in advanced regenerative medicine, providing patients with cutting-edge solutions for optimal health and vitality.
If you're ready to embark on your journey to stem cell therapy, taking the next step is simple. Click on the Book a free online consultation button below, and complete the form to schedule a call at your convenience. This personalized consultation is your opportunity to have all your questions addressed and discuss how stem cell therapy can benefit you.
Our dedicated team is here to guide you through the process, provide expert advice, and offer support every step of the way. Seize this opportunity to take charge of your health and well-being with stem cell therapy. We look forward to connecting with you and helping you on your path to a brighter, healthier future.
The exact cause of Guillain-Barré syndrome (GBS) isn't fully understood, but it's often triggered by a prior infection that prompts the immune system to mistakenly attack the nerves. Common infectious triggers include the bacterium Campylobacter (often from undercooked poultry) and Mycoplasma pneumonia. A variety of viruses are also linked to GBS, such as influenza, COVID-19, HIV, Hepatitis A, B, C, and E, the Zika virus, Epstein-Barr virus, and Cytomegalovirus. In other instances, GBS can be preceded by conditions like Hodgkin lymphoma or significant physical trauma. While exceedingly rare, certain influenza and childhood vaccinations have also been identified as potential triggers.
GBS affects all age groups and types of individuals. However, the risk increases with age, and infections are slightly more common in men than women. In some cases, vaccines have contributed to the syndrome; however, getting vaccinated against influenza, COVID-19, and hepatitis, and taking preventive measures to lower your risk of exposure, will reduce your chances of getting infected with a virus related to the onset of GBS.
Pluripotent stem cells treat GBS symptoms and causes in three ways: through immune modulation to reduce inflammation and suppress autoimmune attacks, cellular repair and regeneration to heal organs damaged by the disease, and by restoring autonomic balance to restore motor skills and mobility.
Stem cells treat various chronic diseases and conditions by rejuvenating the body. While adult stem cells repair muscle and tissue and hematopoietic stem cells treat conditions of the blood, pluripotent stem cells from donated blastocysts, early-stage embryos, can signal repair in more than 220 specialized cells, helping treat a range of GBS symptoms and underlying causes.
Stem cell therapy may help people with Alzheimer’s by supporting the brain’s natural repair process and reducing inflammation that contributes to memory loss and cognitive decline. Our pluripotent stem cells and Plurisomes™ are used to target aging and damaged brain tissue. These cells release healing and anti-inflammatory factors that calm inflammation, promote new cell growth, and encourage communication between brain cells. They also help form new blood and nerve connections, which improve brain function and slow degeneration. In addition, they secrete natural growth factors (like NGF and BDNF) that protect existing brain cells and help create new ones. Together, these effects aim to restore balance, improve clarity, and support overall brain health.
Our treatment for Alzheimer’s stands out because we use pluripotent stem cells, which are the most powerful type of stem cells capable of transforming into any cell in the body. Most other clinics use mesenchymal stem cells, which come from adult tissues like fat or bone marrow and have more limited healing potential.
Our therapy combines embryonic stem cells and Plurisomes™, which release vital growth and repair factors that support brain cell renewal. These cells are only five days old, making them far more active and regenerative than older, tissue-derived cells.
This unique approach focuses on repairing nerve and brain damage at the root level, offering patients a deeper, more comprehensive form of healing than traditional stem cell therapies.
The recommended duration for Alzheimer’s stem cell therapy is five weeks. This allows enough time for your body to fully benefit from the daily regenerative effects of the treatment. Each day, patients typically spend 3–5 hours at the clinic (Monday to Saturday) receiving therapies that support brain and body repair.
A shorter stay of one or two weeks can help improve general health and energy, but is not long enough to target Alzheimer’s or dementia effectively. The full five-week program ($30,000) includes 30 embryonic stem cell (ESC) applications and 15 Plurisomes™, both essential for the therapy’s success.
Most patients are encouraged to repeat the program after about three months to continue supporting brain regeneration and long-term improvement.
Stem cell therapy is ideal for people with memory loss, cognitive decline, or Alzheimer’s disease caused by aging and chronic inflammation in the brain. This therapy uses pluripotent stem cells and Plurisomes™ to repair damaged brain tissue and support long-term regeneration.
Good candidates include adults or seniors, often in their 40s, 50s, 60s, or even 80s, who are in generally good health and can join a five-week program. The therapy involves 3–5 hours per day, six days a week, for steady healing results.
Before starting, patients should have a consultation to review their health and goals. Those taking immunosuppressant medications (like Prednisone or Dupixent) or who recently had cortisone shots must stop these before therapy so the stem cells can safely and effectively repair damaged areas.
Stem cell therapy using pluripotent stem cells and Plurisomes™ is designed to help the brain heal and regenerate after injuries such as traumatic brain injury (TBI), stroke, lack of oxygen, or cerebral palsy. These special cells release powerful healing signals that reduce inflammation, repair damaged tissue, and stimulate the brain’s natural ability to recover.
The therapy helps by:
-Reducing inflammation and protecting nerve cells from further damage.
-Activating self-repair, encouraging the brain to produce new neural stem cells.
-Creating new neurons and connections, which can improve movement, memory, and thinking abilities.
-Restoring blood flow and rebuilding tiny blood vessels that supply the brain.
A typical treatment lasts about four weeks, with daily sessions that include stem cell IVs, detox and vitamin therapy, and physiotherapy. Over time, this combination helps restore brain function and supports long-term recovery.
Yes, stem cell therapy can still help repair the brain even if the injury occurred many years ago. The pluripotent stem cells and Plurisomes™ used in this therapy reactivate the brain’s natural healing ability, reducing inflammation and promoting new cell growth.
Patients with old traumatic brain injuries or strokes have shown gradual improvement as the therapy rebuilds blood vessels and regenerates nerve tissue. Even after 10–15 years, the treatment can help restore brain function by stimulating new neural connections.
Programs for long-term injuries usually last about four weeks, combining stem cell IVs, detox support, and physiotherapy for lasting recovery.
Stem cell therapy for brain injury, stroke, or cerebral palsy is a personalized, four-week program focused on healing, detoxification, and regeneration. Patients typically spend 4–5 hours a day, six days a week at the clinic for treatments designed to repair and rejuvenate the brain.
Each week includes daily stem cell IVs with pluripotent stem cells and Plurisome™ injections that help rebuild nerve connections and support natural brain repair. In addition, patients receive doctor consultations, diagnostic tests, vitamin IVs, ozone therapy, and gentle rejuvenation treatments like massages.
Each patient’s recovery timeline is unique. Some notice improvements within days, while others progress gradually over several months.
Early results: The body begins repairing itself within minutes of treatment. Many patients report better mobility, energy, or pain relief within the first week. Stroke patients may also become more aware of their symptoms as part of the natural healing process.
Ongoing healing: Regeneration continues for 3–6 months as new cells repair the brain and strengthen neural connections.
Temporary effects: Mild fatigue or soreness may occur in the first few weeks as the body directs energy toward healing.
Take the first step toward recovery - contact Stemaid Institute to start your healing journey.
Stem cell therapy offers new hope for children living with cerebral palsy by helping the brain repair and regenerate itself. The treatment uses pluripotent stem cells and Plurisomes™, which are designed to replace damaged brain cells and stimulate the body’s natural healing process.
These powerful cells trigger the creation of new neurons and support networks that can improve movement, coordination, and cognitive function. Many children experience noticeable progress in muscle control, balance, and speech as the therapy restores healthy brain activity.
Programs typically last 2–4 weeks and include stem cell IVs, physiotherapy, and occupational therapy. For best results, early treatment and regular follow-ups every few months are recommended.
Take the next step toward your child’s recovery- contact Stemaid Institute today to learn how this breakthrough therapy can transform your child’s life.
Yes, stem cell therapy can still help, even if the cerebral palsy diagnosis was made years ago. The therapy uses pluripotent stem cells, which can activate the brain’s natural repair process and replace damaged neurons with healthy new ones. These cells help rebuild neural connections, improving movement, coordination, and cognitive abilities over time.
Even in long-standing cases, patients have shown meaningful progress, similar to improvements seen in people recovering from older brain injuries or strokes.
A typical program lasts 2–4 weeks and includes stem cell IVs, physiotherapy, and occupational therapy. It’s never too late to support healing and regain function.
Stem cell therapy for cerebral palsy activates the body’s natural repair process, helping the brain recover from early developmental damage. Improvements can appear gradually, with early healing starting within minutes of treatment and continuing for three to six months afterward. Some patients notice subtle progress within weeks, while others experience steady improvements over several months.
As pluripotent stem cells begin repairing nerve tissue, patients often gain better muscle control, coordination, balance, and cognitive function. Clinical studies have shown that children receiving this therapy demonstrated measurable progress in both movement and learning abilities.
While every patient’s journey is unique, early treatment and periodic follow-ups every few months tend to produce the most meaningful, lasting results.
Stem cell therapy for cerebral palsy activates the body’s natural repair process, helping the brain recover from early developmental damage. Improvements can appear gradually, with early healing starting within minutes of treatment and continuing for three to six months afterward. Some patients notice subtle progress within weeks, while others experience steady improvements over several months.
As pluripotent stem cells begin repairing nerve tissue, patients often gain better muscle control, coordination, balance, and cognitive function. Clinical studies have shown that children receiving this therapy demonstrated measurable progress in both movement and learning abilities.
While every patient’s journey is unique, early treatment and periodic follow-ups every few months tend to produce the most meaningful, lasting results.
Stem cell therapy using pluripotent stem cells and Plurisomes™ offers a regenerative approach for conditions like COPD and pulmonary fibrosis, aiming to repair lung tissue, reduce inflammation, and slow disease progression.
These powerful stem cells release healing signals that help remove lung scarring (fibrosis), improve oxygen flow, and restore breathing function. Plurisomes™ play a key role in rejuvenating damaged areas by activating specific genes, like miR-29, that reverse abnormal tissue scarring.
Patients typically undergo a 4–5 week program that includes daily stem cell IVs, detox therapies, and ozone treatments. While full reversal of severe lung damage may be difficult, many patients experience better breathing, more stamina, and slower disease progression after treatment.
Age or disease stage does not automatically prevent someone from receiving stem cell therapy for COPD or pulmonary fibrosis. The treatment is designed to support healing in people of many ages, from infants to adults in their 80s. What matters most is the patient’s overall health and the severity of their lung condition.
For milder cases, a 4-week program is usually recommended, while advanced COPD or bedridden patients may benefit from an extended 5-week protocol to achieve meaningful results. The therapy aims to reduce inflammation, repair lung tissue, and slow disease progression.
The only major restriction is for patients taking immunosuppressant medications such as Prednisone or Dupixent, which must be stopped before beginning treatment.
Recovery after stem cell therapy for COPD continues well beyond the treatment itself, as the body’s healing mechanisms remain active for three to six months. Although the stem cells are cleared within 48 hours, they release powerful repair signals that keep regenerating lung tissue for months.
In the first two to three weeks, patients may feel mild fatigue or soreness, signs that the body is using its energy for deep healing. Gradually, improvements in breathing, stamina, and energy become more noticeable over time.
A follow-up consultation is usually scheduled around the six-month mark to evaluate progress. Most patients experience lasting benefits, especially when they avoid factors that originally contributed to their lung damage.
Stem cell therapy for COPD focuses on repairing lung tissue, reducing inflammation, and slowing or stopping disease progression. Patients typically experience gradual, long-lasting improvements rather than immediate changes.
Within the first few weeks, the body begins healing at a cellular level, though mild fatigue and temporary discomfort may occur as energy is redirected toward repair. Over three to six months, patients often notice easier breathing, improved oxygen levels, reduced coughing, and better stamina.
The pluripotent stem cells and Plurisomes™ help soften lung scarring, enhance oxygen flow, and support overall vitality. While complete reversal of severe lung damage may not always be possible, most patients experience steady improvement in breathing comfort, energy, and quality of life over time.
Stem cell therapy for diabetes is an advanced biological treatment designed to repair damaged pancreatic cells and restore natural insulin function. It uses pluripotent stem cells, which have the unique ability to regenerate tissues and calm inflammation, the root cause of both Type 1 and Type 2 diabetes.
These stem cells help the body rebuild insulin-producing beta cells in the pancreas while regulating immune activity to reduce insulin resistance. Treatment typically lasts four weeks, including daily stem cell IVs, detox therapies, and ozone sessions.
Delivered through an IV, the cells travel throughout the body, releasing healing signals that support metabolic balance. Some patients may experience mild, temporary drops in blood sugar as part of the repair process.
The benefits of stem cell therapy are designed to be long-lasting, especially for chronic conditions. While healing begins soon after treatment, the body continues repairing itself for three to six months as stem cells and their exosomes keep releasing regenerative signals. Most patients notice steady, gradual improvements and can fully assess their progress around the six-month mark.
For those completing the full recommended program, results can remain stable for many years, especially when combined with detox therapies and healthy lifestyle habits. Some patients experience lasting benefits for 10 years or more.
Mild fatigue or temporary discomfort during the first few weeks is common; it’s a positive sign that the body’s energy is focused on deep, long-term healing.
The benefits of stem cell therapy are designed to be long-lasting, especially for chronic conditions. While healing begins soon after treatment, the body continues repairing itself for three to six months as stem cells and their exosomes keep releasing regenerative signals. Most patients notice steady, gradual improvements and can fully assess their progress around the six-month mark.
For those completing the full recommended program, results can remain stable for many years, especially when combined with detox therapies and healthy lifestyle habits. Some patients experience lasting benefits for 10 years or more.
Mild fatigue or temporary discomfort during the first few weeks is common; it’s a positive sign that the body’s energy is focused on deep, long-term healing.
Yes, stem cell therapy using pluripotent stem cells (PSC) is designed to help both type 1 and type 2 diabetes, though the healing process works differently for each.
For type 2 diabetes, stem cells can help restore natural insulin production by repairing the pancreas and reducing insulin resistance. They stimulate the growth of new insulin-producing cells and calm inflammation that disrupts glucose control, making it possible to regain healthier blood sugar balance.
For type 1 diabetes, the therapy supports immune modulation, helping the body protect and regenerate pancreatic tissue. While complete reversal is uncommon, many patients experience improved stability and reduced symptoms.
The recommended 4-week protocol includes daily stem cell IVs, detox therapies, and ozone sessions for optimal results.
Stem cell therapy using pluripotent stem cells and Plurisomes™ helps repair the heart by stimulating natural healing and regeneration. Once administered, these powerful cells release healing signals (exosomes) that encourage the growth of new heart tissue and blood vessels, improving circulation and heart function.
The therapy promotes regeneration of heart muscle cells, supports recovery after heart attacks, and helps strengthen weak or damaged areas of the heart. It can also improve conditions like low ejection fraction or arrhythmias (irregular heartbeat) through enhanced cell repair and renewal.
Most patients begin noticing gradual improvements over three to six months, as the therapy continues working long after the initial treatments to restore heart strength and vitality.
Stem cell therapy using pluripotent stem cells and Plurisomes™ may benefit several heart-related conditions by repairing damaged tissue, improving circulation, and supporting overall heart function.
It has shown promise for conditions such as low ejection fraction (weak heart pumping), atrial fibrillation (irregular heartbeat), and general cardiovascular disease. After a heart attack, these cells can help regenerate heart muscle and promote the growth of new blood vessels, aiding recovery.
The therapy may also support improvement in artery health, mild heart enlargement, and post-COVID heart inflammation.
By signaling deep tissue repair and regeneration, stem cells strengthen the heart’s natural healing ability, helping restore healthier rhythm, function, and vitality over several months.
There is no time limit on how long a person has had heart disease before starting stem cell therapy. The treatment is designed to help repair heart damage, even if it occurred many years ago.
Pluripotent stem cells can reactivate the body’s natural repair process, encouraging new heart cell growth and improving circulation, regardless of when the damage first happened. After a heart attack, each injection of stem cells can trigger a new week-long healing phase, even after the heart’s natural repair period has ended.
Treatment duration depends more on a person’s overall health and disease severity than on how long they’ve had heart disease. Standard programs typically last about two weeks.
Pluripotent stem cell therapy is designed to address the root causes of disease—such as inflammation, tissue damage, and poor circulation—helping many patients reduce or even eliminate the need for certain medications and procedures.
By promoting whole-body repair and immune balance, pluripotent stem cell therapy can lower dependence on painkillers, anti-inflammatory drugs, and immunosuppressants. Patients often report improved energy and reduced medication use as healing progresses.
For heart conditions, pluripotent stem cell therapy helps regenerate heart tissue and promote new blood vessel growth, improving function and circulation. While it can strengthen the heart and slow disease progression, it cannot clear arterial blockages. For that, treatments like EDTA chelation are often combined for better artery health and prevention support.
Stem cell therapy using pluripotent stem cells and Plurisomes™ helps reduce pain and fatigue caused by fibromyalgia by targeting the root issues—inflammation, toxicity, and system exhaustion. This treatment supports deep repair and regeneration of the body.
Fibromyalgia often develops due to toxin buildup or chronic infections that damage nerves and affect immunity. The therapy combines detox IVs with stem cell IVs over 2–4 weeks, depending on the patient’s condition.
These stem cells release healing factors that repair damaged nerves, reduce inflammation, and rejuvenate mitochondria for better energy levels. Patients usually experience gradual relief in pain, stiffness, and fatigue over three to six months, as the body continues its natural healing and recovery process.
Stem cell therapy for fibromyalgia is designed to bring significant symptom relief and body repair, rather than being described as a complete cure. The treatment works by reducing inflammation, toxicity, and immune imbalance, which are believed to contribute to fibromyalgia symptoms like pain, fatigue, and brain fog.
By combining detox IVs with pluripotent stem cell treatments, the therapy promotes whole-body healing and cellular rejuvenation. Patients often report steady improvements in energy, pain levels, and sleep over three to six months after treatment.
However, because fibromyalgia is a complex condition linked to immune and toxin issues, outcomes vary. The therapy’s success depends on ongoing care, healthy habits, and avoiding exposure to toxins that trigger symptoms.
Stem cell therapy for fibromyalgia usually lasts 2 to 4 weeks, depending on the severity of the condition and the patient’s overall health.
During treatment, patients typically receive 6 embryonic stem cell (ESC) IVs per week, each containing about 20 million cells. This equals approximately 12 sessions for a 2-week program or 24 sessions for a 4-week program.
In addition to stem cell IVs, the protocol includes Plurisome™ (exosome) treatments—powerful cell messengers that enhance healing. Patients usually receive 4 to 8 Plurisome sessions through local injections or IVs.
Longer programs (around 4 weeks) are often recommended for patients with more advanced fibromyalgia, as they allow deeper, more sustained repair and better long-term results.
Yes, stem cell therapy can help many fibromyalgia patients reduce their reliance on pain medications and other conventional treatments. The therapy works by addressing the root causes of pain and fatigue—chronic inflammation, nerve damage, and system imbalance—rather than just masking symptoms.
Pluripotent stem cells and Plurisomes™ release natural anti-inflammatory and nerve-repairing factors that calm overactive pain signals and promote healing throughout the body. As inflammation decreases and nerves regenerate, many patients find they need fewer or no pain medications.
The therapy also supports safe tapering off strong painkillers like opioids, while improving energy, sleep, and overall well-being. Over time, it helps the body heal naturally, reducing dependency on drugs for pain relief.
Our stem cell therapy helps repair knee damage by reducing inflammation and promoting natural tissue regeneration. These powerful cells release healing signals that encourage the body to repair cartilage, ligaments, and other joint structures.
When injected locally or given through IVs, the stem cells detect damaged tissue in the knee and release molecules that trigger healing. This process can reduce pain, rebuild cartilage, and improve joint mobility, especially for conditions like osteoarthritis or meniscus tears.
Treatment plans may last from a few days to two weeks, depending on the injury’s severity. The goal is to relieve pain, restore movement, and support long-term joint health.
A good candidate for knee stem cell therapy is someone dealing with joint pain, inflammation, or cartilage damage who wants to avoid or delay surgery and support natural healing.
This therapy is ideal for people with osteoarthritis, meniscus tears, or other knee injuries caused by wear, inflammation, or trauma. It helps reduce pain, improve mobility, and promote cartilage repair, even in cases where joints are described as “bone on bone.”
Younger patients with mild injuries may benefit from a short 3-day treatment, while those with chronic or advanced joint conditions often need a longer 2-week program.
Patients taking immunosuppressant medications should stop them before treatment, as they interfere with the regenerative process.
ost patients begin to notice changes within a few weeks of starting pluripotent stem cell therapy, with continued improvement over the following three to six months.
In the first two to three weeks, the body redirects energy toward healing. During this phase, mild fatigue or temporary achiness is common as inflammation decreases and repair begins. This early discomfort is a normal part of the recovery process.
Over the next several months, the stem cells and Plurisomes™ continue releasing healing signals that regenerate tissue, reduce inflammation, and restore function. Improvements in pain, flexibility, and joint strength develop gradually, often becoming more noticeable around the three-month mark and continuing to build up to six months.
ost patients begin to notice changes within a few weeks of starting pluripotent stem cell therapy, with continued improvement over the following three to six months.
In the first two to three weeks, the body redirects energy toward healing. During this phase, mild fatigue or temporary achiness is common as inflammation decreases and repair begins. This early discomfort is a normal part of the recovery process.
Over the next several months, the stem cells and Plurisomes™ continue releasing healing signals that regenerate tissue, reduce inflammation, and restore function. Improvements in pain, flexibility, and joint strength develop gradually, often becoming more noticeable around the three-month mark and continuing to build up to six months.
Stem cell therapy for COPD focuses on repairing lung tissue, reducing inflammation, and slowing or stopping disease progression. Patients typically experience gradual, long-lasting improvements rather than immediate changes.
Within the first few weeks, the body begins healing at a cellular level, though mild fatigue and temporary discomfort may occur as energy is redirected toward repair. Over three to six months, patients often notice easier breathing, improved oxygen levels, reduced coughing, and better stamina.
The pluripotent stem cells and Plurisomes™ help soften lung scarring, enhance oxygen flow, and support overall vitality. While complete reversal of severe lung damage may not always be possible, most patients experience steady improvement in breathing comfort, energy, and quality of life over time.
Pluripotent stem cell therapy is designed to help stop the progression of multiple sclerosis (MS) and reduce the risk of relapses. It works by calming the immune system, reducing inflammation, and repairing nerve damage caused by MS.
This therapy helps balance immune activity, preventing it from attacking the body’s own nerve cells. It also supports the regeneration of the myelin sheath, improving nerve function and reducing future flare-ups.
A typical program lasts five weeks and includes around 25 stem cell IVs. Healing continues for up to three to six months after treatment, with many patients reporting better mobility, energy, and stability as inflammation subsides and nerve repair progresses.
Yes, many patients are able to reduce or even stop some medications after therapy. This treatment focuses on deep body repair, helping address the root causes of pain, inflammation, and immune imbalance that often require long-term drugs.
The regenerative effects of pluripotent stem cells and Plurisome™ therapy can help lower the need for painkillers, opioids, and anti-inflammatory medications by calming inflammation and promoting natural healing. For autoimmune conditions like multiple sclerosis or rheumatoid arthritis, pluripotent stem cell therapy helps regulate the immune system, reducing the need for immunosuppressants such as Prednisone.
During treatment, doctors carefully guide patients on when and how to adjust medications safely. The overall goal is to help patients regain strength, balance, and long-term health with fewer prescription drugs.
Pluripotent stem cell therapy has shown strong potential to help people with multiple sclerosis (MS) reduce their dependence on medications by promoting deep repair and whole-body healing. The therapy’s regenerative and anti-inflammatory effects often allow for a gradual reduction in painkillers, opioids, and other long-term drugs.
By restoring immune balance, pluripotent stem cell therapy can lessen the need for immunosuppressants like Prednisone or Siponimod, which must be stopped before treatment. As the immune system rebalances and inflammation subsides, many patients no longer require these medications.
Pluripotent stem cells and Plurisome™ treatments also support nerve repair, improve energy, and enhance overall function. The ultimate goal is to help patients regain stability, mobility, and strength, leading to a healthier life with fewer or no daily medications.
Do you have more questions? Please feel free to get in touch with us to find out if pluripotent stem cell therapy is right for you.