How do stem cells work?
Inflammation is prevalent in disorders ranging from heart disease and diabetes to Multiple Sclerosis and Alzheimer’s. Treatment of these diseases, as well as many other common conditions, usually addresses the reduction of inflammation in the body. Whether through drugs, diet and lifestyle changes, or other natural methods, the goal is to eliminate as much inflammation from the body as possible.
Researchers have shown over the years that Mesenchymal Stem Cells (MSCs) are one of the strongest anti-inflammatory tools available today and many patients are turning to stem cell therapy to meet their needs.
Researchers have shown over the years that Mesenchymal Stem Cells (MSCs) are one of the strongest anti-inflammatory tools available today and many patients are turning to stem cell therapy to meet their needs.
A protocol built for success
Our treatment protocols are independently IRB reviewed by a medical board in the United States. This is to ensure our practices are safe and within good standing in the medical community.
Type of stem cells administered
DVC Stem uses cord tissue-derived mesenchymal stem cells sourced from US-donated, full term human umbilical cords. We administer over 300 million cells that are all thoroughly tested for viability before treatment.
Mesenchymal stem cells have the ability to:
1. Reduce inflammation
2. Modulate the immune system
3. Stimulate tissue regeneration
Mesenchymal stem cells have the ability to:
1. Reduce inflammation
2. Modulate the immune system
3. Stimulate tissue regeneration
How stem cells reduce inflammation
Specifically, MSCs can inhibit the overproduction and use of T-cells in the body. This effect occurs without compromising the body’s natural immune system and leaving the patient vulnerable to disease.
The effect of the transplant is a return of the body to normal immune function and a drastic reduction in a patient’s inflammation markers. This anti-inflammatory effect can last for years at a time without the need for another transplant.
What this means for patients with autoimmune and degenerative diseases is a natural solution to their symptoms, a respite from discomfort, and an overall increase in quality of life. Additionally, not only will the body better be able to heal damaged tissue with the inflammation reduced, but the stem cells will also assist is more rapid healing within the body. It is for this reason that even healthy patients have turned to stem cell therapy as a form of “body maintenance” and to keep naturally occurring inflammation at manageable levels.
The effect of the transplant is a return of the body to normal immune function and a drastic reduction in a patient’s inflammation markers. This anti-inflammatory effect can last for years at a time without the need for another transplant.
What this means for patients with autoimmune and degenerative diseases is a natural solution to their symptoms, a respite from discomfort, and an overall increase in quality of life. Additionally, not only will the body better be able to heal damaged tissue with the inflammation reduced, but the stem cells will also assist is more rapid healing within the body. It is for this reason that even healthy patients have turned to stem cell therapy as a form of “body maintenance” and to keep naturally occurring inflammation at manageable levels.
The issue with traditional treatment
In the 21st Century, stem cells have become an integral piece in the search for an innovative method to treat Type 1 and Type 2 Diabetes, and to move away from regular insulin injections for patients. Their ability to morph or “differentiate” into different types of cells in the body makes stem cells a prime candidate to combat the condition that affects millions of people worldwide. In general, diabetes is caused by the body’s lack of functioning beta cells or b-cells. In Type 1 diabetes, the body’s immune system actively destroys its supply of b-cells. In Type 2 diabetes, the body’s b-cells can no longer produce sufficient levels of insulin to overcome the developed insulin resistance. Challenges to find a cure for diabetes have largely revolved around finding a method to replace or replenish b-cells.
Can stem cells help type-1 diabetes?
Type 1 diabetes is caused by a lack of b-cells in the body due to immunosuppression. In the past, the most effective treatment was a b-cell transplant to increase the number of healthy b-cells in a patient. However, this procedure was undesirable for a multitude of reasons. The minimal number of b-cells required for a single transplant required 2-3 healthy donors. Additionally, the regimen of immunosuppressive drugs required to prevent the body from rejecting the donor cells was strenuous for the recipient.
Stem cell therapy for diabetes aims to increase the amount of new b-cells without the negative effects of a transplant. After being introduced into a patient, the stem cells migrate to the damaged tissue, differentiate into new b-cells, and continue to maintain a healthy level of b-cells in the body. Alternatively, stem cells can be lab grown and induced into becoming insulin producing cells. These cells could then directly replenish depleted cells in a patient’s body. With these methods, Type 1 diabetes could be successfully managed without the need for the limited supply of donor cells.
What sort of results can patients expect?
We only offer treatments for conditions that have medical research backing positive results and no harmful side effects. Dozens of studies have shown the efficacy of stem cell therapies for various degenerative diseases, and we have had great success from our past patients. However, it is impossible to guarantee any specific result for an individual, as every person’s body is different and will respond in different ways.
We have been treating patients for over 15 years; the majority of our patients have reported increased quality of life. Their personal experiences and length of effects are different, due to a variety of biological factors. To quantify specific results, our protocol involves testing for certain inflammation markers prior to treatment, and then again at intervals following treatment. This data is used in conjunction with future prognosis to determine of the effects the treatment had on a patient's condition. This data is vital to the on-going research being conducted on the efficacy of Allogeneic Stem Cell Therapy.
We have been treating patients for over 15 years; the majority of our patients have reported increased quality of life. Their personal experiences and length of effects are different, due to a variety of biological factors. To quantify specific results, our protocol involves testing for certain inflammation markers prior to treatment, and then again at intervals following treatment. This data is used in conjunction with future prognosis to determine of the effects the treatment had on a patient's condition. This data is vital to the on-going research being conducted on the efficacy of Allogeneic Stem Cell Therapy.
Exclusive Intelligent Aging Protocol features:
- VIP airport clearance
- Airport / clinic ground transportation
- Premier Anti-Aging Med Spa services
- VIP lounge access
2-day non-invasive treatment
All patients undergo therapy in our vip treatment room located within our advanced clinic. Patients are under constant supervision from both our medical director and supporting medical team.
We typically recommend patients stay a minimum of 4 days in Grand Cayman for treatment.
Treatment at DVC Stem spans the course of 2 days.
Day 1: Arrival in Grand Cayman.
Day 2: Physical assessments & supporting therapies.
Day 3: Cell transplant & activation therapies.
Day 4: Follow-up physical & departure.
Our cell therapy protocol is safe & non-invasive. Patients will be able to travel the following day.
We typically recommend patients stay a minimum of 4 days in Grand Cayman for treatment.
Treatment at DVC Stem spans the course of 2 days.
Day 1: Arrival in Grand Cayman.
Day 2: Physical assessments & supporting therapies.
Day 3: Cell transplant & activation therapies.
Day 4: Follow-up physical & departure.
Our cell therapy protocol is safe & non-invasive. Patients will be able to travel the following day.
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