Neurological Remember Happy?

Neurological disorders are diseases of the brain, spine and the nerves that connect them. Modern medicine has identified a list of more than 600 diseases of the nervous system, including brain tumors, epilepsy, Parkinson’s, Alzheimer’s etc.

Jerry T. Jackson

Still, I wanted something more to help contain the disease. this led me to a search of relevant literature and personal interviews with my physicians. We concluded that “stem cells” will eventually be important in the treatment of various CNS diseases - included P.D. But in the U.S., we are still several years away. That is too long for someone of my age. Somehow through my search and by some luck, I made contact with Rejuvenate - a small company located in Lima, Peru who “made it happen”. Today, I feel better than I have in the last 2 or 3 years. My friends can’t believe how well I am doing! Most likely, my progress is dude to a combination of the things I am doing - including drugs, physical activities and the stem cell treatment. Rejuvenare Stem Cell Therapy

How difficult can Parkinson's Disease get?

Parkinson's

Stem cell therapy for Parkinson’s disease: 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. This 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 a more effective stem cell delivery, after this, the patient’s own processed autologous stem cells are then delivered through a small catheter through the groin and through to the carotid artery.

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.

Third day – On this day, the patient resumes their normal activities. They should try to rest and stay hydrated.

What does stem cell therapy do for Parkinson’s disease?

Rejuvenare’s Stem Cell Therapy utilizes processed adult stem cells harvested from the patient’s own bone marrow and implanted via Rejuvenare’s proprietary delivery protocols. Once in the body, they slow down the diseases progression, preventing continued neuron death, while at the same time, promoting the repair and replacement of damaged brain tissue. This means that it will aid in the regeneration of damaged brain cells and promote the creation of new dopamine producing neurons.

The Processed stem cells will not only halt brain cell death, but they will also promote the growth of new blood vessels that aid in the restoration of the flow for oxygen-rich blood in the brain.

Rejuvenare’s protocol also includes a technique for crossing the blood-brain barrier (or BBB) to make sure the processed stem cells are delivered directly into the brain to assure maximum effectiveness. In this way, stem cells are directly and specifically targeted to affected areas inside the brain to repair neuron damage.

What is Parkinson’s disease?

Parkinson’s disease (or PD) is a chronic and progressive movement disorder; it involves a malfunction and death of vital nerve cells inside of the brain (neurons).

Currently the cause for Parkinson’s disease is unknown but it primarily affects the neurons in the brain in an area called the “substantia nigra”, one of the movement control centers in the brain located in the brain stem just above the spinal chord. Cells within this part of the brain produce and release dopamine, a neurotransmitter that controls movement and balance.

As the disease progresses and kills neurons in this area of the brain, it is no longer able to produce the correct amount of dopamine and the person can no longer control movement normally.

Common symptoms a Parkinson’s patient might suffer:

• Tremors in the hands, arms, legs, jaw face.
• Slowness of movement (also called bradykinesia)
• Rigidity or stiffness of the limbs and body
• Postural instability (impaired balance and coordination)

Stroke

Stem cell therapy for stroke: 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. This 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 a more effective stem cell delivery, after this, the patient’s own processed autologous stem cells are then delivered through a small catheter through the groin and through to the carotid artery.

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.

Third day – On this day, the patient resumes their normal activities. They should try to rest and stay hydrated.

What does stem cell therapy do for stroke?

The body’s natural stem cells are present throughout the body throughout various tissues, and they are in charge of repairing day-to-day bumps, bruises and little cuts. Once the body identifies an injury, stem cells travel to location, identify the wound and replace and regenerate tissue. Natural Stem cells will repair tissue whether the injury is a paper-cut or pneumonia.

Unfortunately the number of stem cells at the ready at any given time is simply not enough to naturally heal brain tissue after a stroke in the same way than it would for a bruise or for a paper-cut.

However, this is where Rejuvenare’s Stem Cell Therapy comes in, your bone marrow contains the most potent source of usable adult stem cells in your body and once they are processed and re-implanted, they are able to reduce inflammation and prevent continued brain cell death while repairing/replacing damaged tissue.

Furthermore, not only do Stem Cells go a long way in healing, repairing and regenerating the infarcted area, they also deeply stimulate the growth of new blood vessels, creating alternative pathways for oxygen-rich blood to get to the brain, completely restoring the flow.

Rejuvenare implantation protocols utilize a procedure specifically developed for crossing the blood brain barrier so that Rejuvenare’s Processed Stem Cells actually get into the brain. This method has already been proven successful in the more that 9000 procedures Rejuvenare has successfully completed and has also been proven effective as per several scientific publications.

Once our processed stem cells reach your brain, they immediately start improving blood flow issues, clearing plaque and stimulating the creation of new blood vessels, reducing inflammation and putting a stop to further tissue death, while ultimately replacing damaged cells.

The basics of stroke (Brain Attack)

A Stoke, or brain attack (also referred to as brain ischemia), occurs when the blood flow to the brain has been cut off as a result of arterial blockage (plaque build up), a clot that physically prevents oxygen-rich blood from reaching the brain or weakened blood vessel.

The obstruction prevents blood from reaching the brain and so the cells that make up the brain tissue suffer from oxygen starvation and die. Depending on the severity of the obstruction and the length of blood flow restriction, the stroke can cause permanent damage to the brain, which most certainly lead to some degree of disability.

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