Autoimmune Live Better

Rejuvenare’s Stem Cell Therapy for autoimmune disease is a new alternative for patients who suffer debilitating conditions such Multiple Sclerosis and Diabetes. Our innovative treatment utilizes processed Stem Cells by Rejuvenare’s proprietary protocols from the patient’s own bone marrow. These cells have the ability to drastically reduce inflammation, repair damaged tissue and stimulate new blood vessel growth for an improved blood flow to the affected areas.


Stem cell therapy for diabetes: the procedure

Before any part of the actual procedure is done, the prospect patient must undergo an evaluation by Rejuvenare’s medical team to assess the their particular case and determine if he or she could be a candidate to later be later invited for treatment. Rejuvenare’s doctors will evaluate the patient’s current lab works and clinical and surgical history before anything else is done.

• Treatment requires a 6-day stay in the Bahamas with a scheduled return to US on day 6.
• During the first 4 days your bone marrow will be stimulated with Filgrastim, a colony-stimulating factor that helps the bone marrow to form new white blood cells and stem cells.
• Filgrastim is given through a single subcutaneous injection, once a day, on the shoulder. This simple procedure takes only 10 minutes.

You then go to your hotel to rest and relax by staying hydrated and following the instructions of Dr. Mesples to optimize the stimulation of the bone marrow. Filgrastim is a drug used for many years to stimulate the bone marrow in bone marrow transplants. Its efficacy and follow-up is proven since it is widely used in certain procedures such as bone marrow / stem cell transplantation. It enriches your bone marrow with the markers we need to treat your Diabetes.

• On day 5, we will harvest 100ML of your bone marrow from the hip bone through a routine puncture. You will not experience pain or discomfort while you are sedated. The bone marrow sample is then centrifuged and the healing markers collected to be then implanted via our patented delivery protocols. Welcoming the start of the aling process
• The entire procedure lasts approximately one hour and is conducted in a specially prepared sterile OR room under the vigilant team led by Dr. Mesples.
• Most patients are then discharged within 3 hours to rest at your hotel.
• On day 6 Dr. Mesples MD will see you again and provide you with final instructions to get the most out of your SCT.// Transfer to Airport.

Within the next four months, the implanted cells produce a suppression of autoimmune and inflammatory reaction, stimulating cell regeneration and new tissue function physiologically achieving metabolic and functional control.

What is the difference between Type 1 and Type 2 Diabetes?

In a healthy person, insulin, which is produced in the pancreas, helps your cells absorb glucose, enabling the conversion of sugar into fuel energy or it’s storage for later use. In fact, the body depends completely on the presence of insulin in order to maintain healthy blood-sugar levels.

Type 1 diabetes – the body’s immune system ruthlessly destroys the insulin-producing beta cells (b-cells) of the pancreas and so the body is unable to produce any insulin on it’s own.

Type 2 diabetes – the more common form, is characterized both by insulin resistance, a condition in which various tissues in the body no longer respond to the insulin produced, and by subsequent progressive decline in b-cell function to the point that the cells no longer produce enough additional insulin to overcome the insulin resistance.

A huge problem with diabetes is that it is normally conducive to another other diseases and complications along the line. Whether your body doesn’t produce insulin (Type 1 Diabetes) or is insulin resistant (Type 2 Diabetes), chances are your body is not correctly regulating your blood-glucose levels; this can cause long-term complications such as heart disease, stroke, diabetic neuropathy and kidney failure among others.

Tackling Type 1 Diabetes from within

Type 1 Diabetes (T1D), also known as insulin dependent diabetes, is a chronic condition in which the pancreas produces little to no insulin.

Modern medicine has yet to explain the reason why pancreatic islet cells simply quit producing insulin in the quantities needed to maintain a normal blood glucose level, but research has shown that by targeting the tiny blood vessels, which are in charge of oxygenating the pancreas, it is possible regenerate tissue, promote new vessel growth and thus sustain and restore insulin production and distribution.

Mesenchymal stem cells harvested from the patient’s own bone marrow can address the damage sustained to the pancreas because of the disease and promote the restoration of insulin-producing cells.

What to Expect?

Treatment Outcome
Within four months after treatment, 80% of patients report a significant improvement in the clinical condition.
No-pain or complications have been reported as the result of the SCT on mostly all patients treated.
Patients experience improved quality of life and significant reduction on the need or dose of medication.
Some patients enjoy complete remission and do not require any further medication.

This clinical evolution is prolonged and maintained over time (5 years) long term follow-up, normalizing the c peptide, A1c Hemoglobin and Insulin secretion. The other 20% of patients treated, reported some improvement in quality of life as all improvements are always welcomed. We strive to evaluate all patients in the most comprehensive honest due diligent way, assessing each individual’s case as a “priority”.

We reject all patients that do not meet our criteria. Hopefully you will qualify and be invited for treatment. Looking forward in being instrumental to a newly found Quality of Life.

Multiple Sclerosis


Due to the nature of the disease, at this time, MS is treated case-by-case after a careful review of the patient’s clinical and surgical histories. Please use the contact form to request additional information.

Stem cell therapy for MS: the procedure

Before any part of the actual procedure is done, the prospect patient must undergo an evaluation by Rejuvenare’s medical team to assess the their particular case and determine if he or she could be a candidate to later be later invited for treatment. Rejuvenare’s doctors will evaluate the patient’s current lab works and clinical and surgical history before anything else is done.

The whole procedure takes place over the course of three days in a clinical outpatient setting and there is little to no down time afterwards as all is done with local anesthesia.

First day – the patient undergoes an initial evaluation and blood work by Rejuvenare’s doctor. (1.5 hours). The patient is later sent to rest to their hotel.

Second day – The patient is transferred to the hospital at 6am to meet Rejuvenare’s team of hematologists for the harvesting of the bone marrow from the heleatic crest (or hip bone),, a painless 30 min procedure done under local anesthesia Approximately 300 ml of bone marrow will be harvested from the patient and will be immediately sent out to the lab to be processed with Rejuvenare’s proprietary technology while the patient is sent to his room to wait for his own processed cells to be ready for implantation.

At 2pm the powerful processed adult autologous stem cells are ready to be implanted via Rejuvenare’s revolutionary delivery protocols. The delivery procedure takes less than 40 minutes under local anesthesia and will follow the protocols formulated by Rejuvenare’s medical team specifically for the patient and their particular condition.

About 20 minutes before stem cell implantation begins, a specially developed technique is used to facilitate the cells crossing the blood-brain barrier for more effective stem cell delivery. After that, your processed autologous stem cells are then delivered via a small catheter though the groin all the way up to the carotid artery (located on the lower part of the neck).

Following the implant of cells, the patient is sent to rest.

Later this same evening, Rejuvenare’s doctors will assess the patient for discharge, and when released from the hospital, he/she will be transferred back to the hotel.

The patient is encouraged to rest and refrain from doing any strenuous activities.

Stem cell therapy for MS: How does it work?

The bone marrow has been proved time and time again to be the best source to harvest stem cells from; this is because up to date, scientist have yet to perfect protocols for correctly cleaning material from i.e. (fat) adipose tissue and correctly isolate stem cells. It (the bone marrow) is a plentiful source of adult stem cells known as mesenchymal stem cells, or MSCs.

The fantastic thing about these MSCs is that they not only stimulate nerve tissue repair, but at the same time, they instantaneously reduce inflammation and prevent further nerve cell death. In addition, mesenchymal stem cells have the ability to detect changes in the body that are causing pain or dysfunction, and, once damage is detected, these healing cells, that act as the protectors of the central nervous system, migrate to damaged myelin zones of the brain tissue to repair them. However, MSCs are spread throughout the whole body, and normally the concentration of MSCs in an affected area is not enough to fight back or alleviate a progressive disease such as MS.

To put it simply, Rejuvenare’s Stem Cell therapy can immediately address the debilitating symptoms of MS, while at the same time, it gets to work on a long-term strategy of healing and repair. The action of implanting processed stem cells into the affected area, basically floods it with pure MSCs, also known as “repair cells”, which:

• Actively slows down the disease’s progression
• Stimulates cell and tissue regeneration
• Prevents further cell death
• Reduces scar tissue that prevents normal organ function
• Decreases Inflammation
• Stimulates the creation of new blood vessels

Rejuvenare’s proprietary delivery protocols are specifically designed to open up the blood-brain barrier (BBB) to ensure that the processed stem cells travel directly into the brain; this enables correct blood flow to be reestablished, damaged nerve cells (or neurons) to be repaired and most importantly myelin sheathings to be restored. Overall, all this process plays a major part in halting MS’s future progression of symptoms.

Improvements that have been seen in MS patients after the Rejuvenare Stem Cell treatment include:

• An MRI confirmed halt in the progression of lesions
• Increased Energy
• Increased sexual drive and function
• Reduced requirement for medications
• Increased coordination and better balance

Understanding Multiple Sclerosis

We all take simple day-to-day tasks such as, getting out of bed in the morning, walking or even talking to our loved ones for granted. However, all of these seemingly simple functions rely completely on a functional central nervous system; the brain and the spinal cord.

Lets take a healthy person as an example. When they decide to get up from bed, they make the decision to stand up in their brain. Nerve cells transmit signals from one another along pathways that interconnect them throughout the nervous system, they, in turn, are protected by myelin sheathings. The brain sends signals along this nervous network, through the spinal cord and to the person’s extremities and he/she physically stands up and out of bed.

However, in a person suffering MS, the myelin sheathings are mistakenly attacked by the own person’s immune system thus breaking down this protective cover and once destroyed, the underlying nerve fiber is inevitably damaged as a result. It then becomes impossible for the nerve cells to transmit signals and do their job – gradually the person looses the ability to control their own body. As time passes and the disease progresses, continued inflammation and nerve tissue damage causes temporary and permanent symptoms like numbness, paralysis, and blindness.

Contact Us

If you would like to request information on treatment, please click the button below to fill out a quick questionnaire. You’ll be paired with a specialist, knowledgeable in all aspects of our therapies, and you’ll be contacted to discuss your needs shortly.

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