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The Life-changing Benefits of Stem Cells for Healing

There has been no greater medical advance in modern history than that of stem cell therapy. Decades of clinical research has grown exponentially into real world applications that are improving the lives of regular Americans in the here and now. Among the most exciting elements are the advances made with stem cell therapy regarding the relief of chronic pain and its effectiveness in addressing difficult-to-heal injuries: all done with no need for medication or invasive surgery.

5 Real World Stem Cell Therapy Benefits

5 Stem Cell Therapy Types Are Changing Lives Right Now In The U.S.!

There has been no greater medical advance in modern history than that of stem cell therapy. Decades of clinical research has grown exponentially into real world applications that are improving the lives of regular Americans in the here and now. Among the most exciting elements are the advances made with stem cell therapy regarding the relief of chronic pain and its effectiveness in addressing difficult-to-heal injuries: all done with no need for medication or invasive surgery.

But there is so much more to stem cell therapy than that. Methods have been developed that apply stem cell technology to widespread chronic illnesses like heart conditions, neurodegenerative disorders and diabetes, both type 1 and type 2. And stem cell joint repair is one of the fastest growing therapies for injuries and degenerative diseases of the knees, hips, back, elbows, and more.

Pain management is a primary function of stem cell therapy

The management of pain may be the single most popular reason why more and more regular Americans are seeking out stem cell therapy. This is because stem cell therapy is considered by physicians to be a minimally invasive method of interventional pain-management. Therapy is very straight forward, requiring only a local anesthetic and no surgery.

The sheer array of safe, effective stem cell therapy types can sometimes make it confusing to understand what is being done now and what lies enticingly ahead in the future. The National Stem Cell Institute (NSI) reports that -regarding pain management and stem cell joint repair- the most commonly sought after are joint and musculoskeletal therapies include:

Osteoarthritis of the knee
Epicondylitis (tennis/golfer’s elbow)
Shoulder conditions (impingement, rotator cuff, labral tears, etc)
Tendonitis
And, already, stem cell therapy is being used as an aid regarding cardiovascular diseases such as atherosclerosis. To better understand why stem cells can be used in such an extensive list of therapies already in practice, it helps to take a look at the basics. Then, we’ll zero in on five specific real world benefits that many patients are taking advantage of today.

The Basics Of Stem Cell Therapy

Stem cell therapy is a medical procedure that incorporates the use of these unique cells in repairing damage to tissues, whether from diseases, disorders, or physical injuries. FDA guidelines-compliant procedures use stem cells harvested from either bone marrow or the fatty layer that lies just beneath the skin. This fatty layer is known as “adipose” fat.

By far, the most commonly used stem cell is the adipose-derived stem cell. The discovery of this stem cell is the reason that stem cell therapy types have been so extensively developed, and continue to be developed. Adipose stem cells have been a boon to modern medicine because they are especially potent and, yet, easily harvested in a very minimally invasive procedure. The ease of harvest has allowed NSI to develop highly effective therapies that exclusively use the patient’s own stem cells, and are done on an outpatient basis in a matter of a few hours.

Uses for adipose-derived stem cell therapy include:

To accelerate the healing process of injuries and wounds
The reduction of joint pain, whether chronic or acute, with less dependency on medication
Increased joint function and flexibility, with improved range of motion
Reduction in muscle compensation patterns (these can form when muscles cannot correctly move a joint through a range of motion)
Reduction in future injury risk
Decreased nerve damage
Increased collagen production
As an aid in regenerating fresh heart and blood vessels
As an aid in healing skin wounds, and the prevention of forming scar tissue
Reducing hair loss
Faster return to normal activity levels
According to the California Institute for Regenerative Medicine (CIRM), there is “no limit to the types of diseases that could be treated with stem cell research.” This is due to the stem cell’s innate abilities re-grow, repair, and regenerate whatever type of cell or tissue is in the human body. The groundbreaking discovery of how stem cells work has led to the stem cell therapy types already in wide practice today.

Additionally, continuous research is opening new areas of future stem cell therapy uses. Between therapies already in practice and those which appear to be on the close horizon, the list includes:

Orthopedic injury types
Musculoskeletal conditions
Wound and incision healing aids following surgery
Spinal cord injury, traumatic brain injury and spinal stenosis
Cardiovascular disease, such as hypertension, coronary disease, stroke, and congestive heart failure
Hair loss prevention
Sight impairments
Pancreatic dysfunction, such as diabetes
Neurodegenerative disease, like Parkinson’s disease, multiple sclerosis, or Alzheimer’s disease
The Stem Cell Therapy Procedure

FDA guidelines are very specific regarding stem cell therapy in the United States. To comply while also practicing the most advanced and effective therapy available, the National Stem Cell Institute focuses on the exceptional qualities of the adipose-derived stem cell.

The procedure begins by harvesting adipose tissue from the patient. A small sample (so small that stitches are not required afterward) is extracted. The sample is usually taken from the patient’s thigh, buttock, or abdominal area.

Upon harvesting the adipose stem cells, the sample is put through a process known as centrifugation. The centrifuge machine spins so vigorously that the elements of the adipose fat are separated into individual components. Through this process, the adipose stem cells become highly concentrated. They are then collected and become the core element in the stem cell therapy serum.

Adipose stem cells contain growth factors and anti-inflammatory qualities

This high concentrate is returned to the patient through injection directly to the area in need of stem cell therapy. The cells migrate to the place of damage or disease immediately and begin their work. Adipose stem cells contain growth factors and anti-inflammatory qualities, and have the ability to become whatever type of cell or tissue is needed: new skin, connective tissue, cartilage, bone, etc.

How can stem cell therapy do this for so many different injuries and diseases? Adipose stem cells are multi-potent and “undifferentiated.” In other words, these stem cells are microscopic packets of potential that are waiting for instruction to become whatever type of cell is needed. When adipose-derived stem cells are removed from the fatty layer that lies just beneath the skin and injected into another part of the body, they transform into the precise type of cell required for re-growth, repair, or regeneration. Meanwhile, the natural growth factors inherent in stem cells also hasten the body’s natural healing responses, while their anti-inflammatory qualities decrease pain.

Stem cell therapy yields long-term effects

The effects of stem cell therapy are a long term, and often felt almost immediately. This is because stem cells are quick to reproduce and continue to multiply in the affected area until they physically contact each other. This contact signals the stem cells that the damaged area has reached its full healing potential.

In chronic cases of damage, such as that involving stem cell joint repair, it’s common for patients to need a stem cell therapy regimen over the course of one week to three months. However, pain relief and improvement in mobility and function generally begin within one to two sessions and increases over time.

5 Real World Stem Cell Therapy Benefits

The Healing of Orthopedic Injury
Adipose-derived stem cell therapy is used to form fresh orthopedic tissue. This includes:

Muscle tissue
Bone
Cartilage
Tendons & Ligaments
Stem Cell Therapy can be Used as an Aid in Cardiovascular Disease Treatment
One of the hallmarks of cardiovascular disease is its potential to deprive heart tissue of oxygen. This occurs when scar tissue is formed that changes blood flow and pressure. Today, stem cells are being used in some cases to decrease this formation of scar tissue. Other ways that stem cells are being considered as an aid in cardiovascular disease treatment include:

As an aid in stimulating repairs to, and growth of, blood vessels
In the regeneration of specialized heart muscle cells
As an aid in the restoration of blood flow and blood pressure capacity of the heart
As an aid in prevention of further heart disease by helping to decrease overstretched cardiac cells, thus helping to restore normal cardiac output
As an aid in the improvement in new capillary formation
The Healing of Wounds and Incisions
Among the first things that stem cells were originally used for was wound and incision healing. It is still used for it today. Studies have long established that stem cell therapy helps accelerate the growth of fresh new skin, boosts the production of collagen, and helps in replacing scar tissue with healthy tissue.

To be sure, everything about the functions that stem cells perform in wound healing is extraordinary. But perhaps the most impressive of them all is how stem cell therapy increases the collagen levels. As it matures, collagen contracts; hence, strengthening and tightening the area of damage. This innate mechanism can be seen at work, too, in connective tissue damage related to cartilage loss. It is a key factor in stem cell joint repair, such as that needed in cases of osteoarthritis or the overuse of ligaments or tendons.

Stem Cell Therapy For Neurodegenerative Diseases
Yet, perhaps nothing is quite as exciting about stem cell therapy as its great future potential in treating neurodegenerative conditions like Parkinson’s disease, Huntington’s disease, and Alzheimer’s disease. There are impressive strides being made, too, in the use of stem cells as an aid in stroke recovery. Clinical trials are showing that adult stem cells promote the formation of new brain cells, neurons and synapses, potentially helping in the reversal of cognitive degeneration and in repairing brain injury. The most current findings indicate that stem cell therapy improves the function of synaptic circuits, optimizes functional recovery, relieves symptoms of degeneration, and slows disease progression.

Stem Cell Therapy For Diabetes And Autoimmune Conditions
In autoimmune disease something goes wrong with the body’s immune system. It mistakes healthy cells, and even entire organs, as foreign invaders and attacks. This is called “immune rejection,” and is the key element in any autoimmune disease. For example, the immune system of people diagnosed with type 1 diabetes attacks the cells of the pancreas, destroying the organs ability to properly produce and regulate insulin. In the case of people suffering from thyroid conditions, the thyroid gland is targeted by the immune system.

Stem cell therapy for a number of autoimmune diseases is already being used to great effect at advanced medical clinics in the U.S. like the National Stem Cell Institute. The adipose-derived stem cells differentiate into cells needed for both the repair of the immune system and the tissue and organ damage the disease has caused.

A Brief History Of Stem Cell Therapy

We now have many decades of study and research behind stem cell therapy development. Since the early days of stem cell research, a wealth of knowledge has been learned. Once discoveries were made that didn’t require procedures that challenged the public’s ethical sensibilities, the progress in stem cell therapy use grew exponentially.

In 2006, a breakthrough was discovered. Researchers learned that certain kinds of adult stem cells had the innate ability to “morph” into a variety of different types of cells. In other words, specific types of stem cells that remained in the human body throughout life (“adult” stem cells) were shown to have very similar capabilities to embryonic or umbilical cord stem cells.

The first part of that discovery had to do with stem cells produced in bone marrow. That alone was a remarkable step forward. But when adipose stem cells were discovered –easier to harvest in a procedure far less traumatic to the patient, every bit as multi-potent as bone marrow-derived stem cells, and more abundant to boot- the doors of stem cell therapy development opened dramatically.

Key Goals Of Future Stem Cell Therapy Development

Ultimately, medical science envisions stem cell therapy types being developed that make organ transplant and invasive surgeries obsolete. Already in the works for development, as well as therapies already being practiced, include those for:

Macular Degeneration
Spinal Cord Injury
Stroke
Burns
Heart Disease
Diabetes
Osteoarthritis
Rheumatoid Arthritis
Cancer
It comes as no surprise that a stem cell therapy for cancer is especially sought-after. Early results in studies and trials show that stem cells are safe and well-tolerated in test patients. Patients suffering from various types of cancer, both acute and chronic, are under study. Among the cancer types included in the studies are:

Leukemia
Lymphoma
Multiple Myeloma
Stem Cell Therapy: Now And The Future

The successes of stem cell therapy have been established so quickly that it has already become a bigger part of contemporary medicine than many in the public realize. Stem cells therapy is already widely used to heal orthopedic injury, tissue damage, neurological conditions, autoimmune disorders, as an aid in the treatment of heart disease, and many more medical applications.

The future of medical treatment clearly involves even more advances in stem cell therapy. But there are still many misconceptions about ethics in modern stem cell and regenerative medicine that have actually been resolved for many years now. Public awareness needs to catch up with the new, safe, ethical, and groundbreaking facts of today’s stem cell therapies.

Likewise, the public needs to be aware of unscrupulous actors who inevitably try to take advantage of common misconceptions and rumors surrounding stem cell therapy. With that in mind, below are recommendations by the National Stem Cell Institute on how to find a legitimate FDA guidelines-compliant stem cell clinic in the United States.

What To Look For In A Stem Cell Medical Clinic

When searching for a qualified stem cell clinic and doctor, it’s important to remember that not all of them are created equal. Stem cells are your body’s most powerful regenerative cells. They can repair everything from ligaments, tendons, and cartilage to organs including your liver, digestive tract, lungs, and even neurological tissue like your brain, nerves and spinal cord.

Unfortunately, the majority of so called “regenerative medicine clinics” in the world aren’t trained in the latest procedures which can lead to poor results and wasting your body’s stem cells.

The good news is that the National Stem Cell Institute (NSI) has established the most advanced stem cell and platelet rich plasma procedures on the planet. Professional athletes and celebrities come to see them because they are recognized as the best in the world at stem cell therapy.

What makes NSI Stem Cell the top stem cell clinic in the world is demonstrated in 5 key areas:

Highly trained and experienced orthopedists and neurologists who have done procedures on thousands of patients with incredible results.
Cutting edge procedures that mix adipose derived mesenchymal stem cells with platelet rich growth factors for to enhance outcomes.
Leading scientific researchers who follow advanced FDA guidelines to maximize the healing potential of your stem cells.
The use of mesenchymal stem cells from your body’s own adipose tissue, which doesn’t weaken your immune system the way bone marrow extraction can.
Post operative guidance for supporting stem-cell growth, including rehabilitation, diet, and supplement protocols.
Patients have raved about their experiences at NSI Stem Cell Clinics, testifying that it was NSI’s unique cutting edge therapies that helped them with a breakthrough when nothing else worked. The therapies at NSI helped them avoid surgery and the potential side effects of other treatments.

If you want to learn more about why people travel from all over of the globe for the regenerative therapies at NSI Stem Cell Clinics, set up a complimentary consultation today. See for yourself, and find out if you are a candidate for their world-renowned stem cell therapies. You can contact the National Stem Cell Institute at (877) 278-3623.

Areas of Injury We Treat:

  • Arthritis
  • Achilles Tendon Tears
  • Carpal Tunnel Syndrome
  • Joint/Knee, Hip, Ankle Pain Injuries
  • Knee ACL, MCL, and Meniscus Tears
  • Leg/Arm Numbness & Weakness
  • Muscular/Ligament Strains
  • Neck, Upper Back, or Low Back Pain

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