Call US NOW (844) GET-STEM

Call US NOW (844) GET-STEM


Tag Archive: stem cell therapy

Piglet Study Can Have a Huge Effect on IVF

It is not a secret that undergoing IVF is very expensive. Hopeful parents-to-be spend upwards of $12,000 per session plus also shoulder the cost of medications which can be between $3,000 and $5,000 – figures that not everybody can afford.  Good thing that the high cost of IVF can be a thing of the past thanks to a new research that begun with a study concerning piglets.

A Chance Discovery

 

Stem Cell Piglet StudyBond Life Sciences Center investigator and MU Curators Distinguished Professor of Animal Sciences R. Michael Roberts and College of Agriculture, Food and Natural Resources Curators Distinguished Professor Randall Prather were conducting a study with pig stem cells to find out how they communicate, proliferate, and grow in the body when they stumbled upon an exciting find. During an attempt to improve the procedure to grow the pig stem cells in their lab, they discovered that using a special liquid medium dramatically improved the success rate of IVF in pigs.

Roberts shared that the discovery was truly serendipitous. He added that generally speaking, multiple steps are needed to produce viable pig embryos that can be used for implantation in their research. They wanted to find a more efficient way because going through the steps is very expensive and can sometimes produce poor returns. What they found is not only that but also has major implications for use in human fertility clinics too.

Persistence Pays Off

 

Roberts stated that in IVF for pigs, going through the steps of the current procedure often mean that only 1% to 2% of the original oocytes can make it to the phase where they can be implanted to sows (to produce healthy piglets). Although this can be somehow addressed by over-implantation of embryos, the resulting cost is too expensive.

Roberts then tasked his former research assistant professor Ye Yuan and senior research specialist in Animal Sciences Lee Spate to find a way to increase the quality and efficiency of piglet embryos before they are implanted.

The team then analyzed various growth factors and made a bold move to add two factors,  a leukemia inhibitory factor (LIF) and fibroblast growth factor 2 (FGF2). They then found out that together with a third factor, an insulin-like growth factor; these two factors created a special liquid environment that the oocytes needed to make them ready for implantation and improve their development to embryos with an increased chance of a successful pregnancy.

New Fluid Medium for IVF Sparks Possibilities

 

The three compounds used by the research team is now called the chemical medium FLI and is currently being hailed as a new fluid medium that can revolutionize both human IVF treatments and pig IVF treatments. The team has already filed a patent application through the MU Office of Technology Management and Industry Relations in the hopes of encouraging the commercial application of the new method.

Roberts further added that using the new fluid medium improved the whole process of pig IVF. He shares that it almost doubled the maturation of oocytes. He went on to say that although improving IVF for women with fertility issues wasn’t their reason for developing the fluid medium, the fact that their find can have a huge positive impact on human fertility is a welcome development.

Stem Cell Therapy for Rheumatoid Arthritis

Arthritis

Stem cell therapy is being used to treat a wide range of diseases and conditions. Rheumatoid arthritis, which is painful and debilitating, is an inflammatory condition that is induced when the body’s enzymes attack healthy tissue. In what is an autoimmune response, the enzymes work to break down the synovial membrane. This membrane is responsible for protecting and lubricating joints. When this occurs an individual will experience pain, swelling, and reduced mobility. The condition can be crippling, and, if left untreated, it may become chronic as joint degeneration sets in.

Some Facts About Rheumatoid Arthritis

Rheumatoid arthritis and its various symptoms are not reserved for the elderly. This condition can affect anyone at any age. It is rapidly developing, striking quickly, and, over the course of just a few months, it can become full blown. This form of arthritis symmetrically affects both small and large joints while also causing an overall feeling of fatigue in the affected individual.

Traditional Treatments

Traditional treatments for rheumatoid arthritis include over the counter and prescription pain medications and cortisone shots. The shots are administered to each joint individually. Other medications may also be used. There are various possible side effects associated with each aspect of this type of therapy.

The most radical treatment for rheumatoid arthritis involves joint replacement, which is highly invasive and involves a range of possible complications, such as stroke and heart attack. Joint replacement calls for an extensive recuperation period and complicating factors include the creation of wear particles, which are composed of tiny pieces of the materials that are part of the artificial joint. These break off through normal use of the new joint. They stay in the body and can result in bone loss, which reduces the effective life of the artificial joint.

Stem Cell Therapy

Stem Cell InjectionThe use of stem cell therapy in cases involving rheumatoid arthritis has shown promising results. Stem cells, which are derived from the patient’s bone marrow and are combined with growth factors found in their plasma, offer a natural type of treatment. The extraction of the cells and plasma can be done quickly and painlessly with little to no risk to the patient. Once the specific elements needed, the stem cells and plasma, are separated from the extracted fluids, they are combined. Once they are mixed together, they may be injected into the problem area.

Stem cells have been shown to aid in the growth of healthy cartilage, accelerate the body’s natural healing process, and help reduce inflammation. This treatment, which has been used for more than a decade, is less invasive, involves fewer side effects, and is considered to be overall safer than other medical methods, including joint replacement.

Additional Treatments

As the conditions related to rheumatoid arthritis begin to subside, patients may begin to exercise in order to strengthen muscles and encourage joint lubrication. A common form of exercise for these patients is swimming due to the fact that it is low- impact, allows for extended movement, and can be effective in stimulating healing blood flow.

Finding Relief

If you suffer from rheumatoid arthritis, you may find relief through stem cell therapy. Such treatment is designed to allow a patient to heal naturally, as it eschews the use of drugs. The focus is on improving and/or eliminating the arthritis and the associated effects, which include swelling, pain, and fatigue. With improvement, patients experience greater mobility and can begin to enjoy a quality of life that is much improved.

Stem Cell and PRP Therapy for Heel Pain from Plantar Fasciitis

Heel pain from plantar fasciitis affects millions of Americans. Current, traditional treatment options include NSAIDS, night splints, cortisone injections, stretching and orthotics. All too often the heel pain becomes chronic and patients end up deciding on potentially risky surgery. Even if no complications occur, the outcome is pretty much a roll of the dice.

But all is not lost. Research is now showing that PRP and Amniotic stem cell therapy works very well for chronic heel pain from plantar fasciitis. In this video, R3 Stem Cell CEO explains the evidence available. Call us today for top treatment at (844) GET-STEM!

 

Amniotic Stem Cell Therapy for Diabetic and Peripheral Neuropathy

 
Amniotic Stem Cell Therapy for
Diabetic and Peripheral Neuropathy

By David Greene MD, MBA
Neuropathic Pain
Diabetic and Peripheral Neuropathy pain affect 6% of the population.
70% of diabetics suffer from neuropathy.
Pain is sharp, burning, lancinating, electric.
Not just pain, the decreased sensation affects walking ability.
Neuropathy Traditional 
Treatment Options
Opioids and NSAIDs
Oral and Topical
Questionable Benefit
Off label tricyclic antidepressants, anticonvulsants.
Neurontin, Lyrica
TENS unit
Only 30% achieve adequate relief with these methods.
Neuropathy Traditional 
Treatment Options
Spinal Cord Stimulator Implant
Revolutionary for relief and sensation return.
Over 80% pain relief.
85% improved sensation, 58% sensory deficits reversed completely.
Regenerative Medicine
The NEW paradigm, a nonoperative treatment that can actually repair damaged tissue. Provides pain relief and improved sensation.
Low risk, outpatient, effective – isn’t that what medicine has been looking for?
Consider this:
20 years ago plastic surgery was 90% operative. Now it’s 90% nonoperative!
Regenerative Options for
Diabetic and Peripheral Neuropathy
PRP Therapy
Blood draw, spun in centrifuge concentrates platelets/growth factors.
Bone Marrow
Adipose (fat)
The newest – Amniotic
Not really new
Used for decades
Amniotic Stem Cell Therapy
Remarkable addition to regenerative medicine.
Obtained from consenting donors after scheduled c-section.
FDA Regulated (CGTP)
AATB Certified
Cryogenically Frozen
No embryonic cells or fetal involvement
Amniotic Qualities
Immunologically Privileged
No Rejection Reaction
Growth Factors
Hyaluronic Acid
Stem Cells and Activators
Antimicrobial
NONsteroidal
Protocol
Amniotic stays on dry ice or in cryogenic freezer until ready to use.
Thaw for 10 minutes.
Usually 1-2 cc’s per limb, ok to dilute 3:1 with sterile water/saline/lidocaine.
Procedure takes less than a half hour.
Outcomes
We know that mesenchymal stem cells in animals significantly reduce neuropathic pain.
A preliminary report on stem cell therapy for neuropathic pain in humans – J Pain Res 2014
10 pts, In this preliminary proof-of-concept study, the administration of a mixed population of adipose-derived cells, including MSCs, was shown to be able to attenuate orofacial neuropathic pain symptoms in a diverse range of patients considering variables of age and the established duration of the pain state.

Outcomes
Anti-Inflammatory Mesenchymal Stem Cells (MSC2) Attenuate Symptoms of Painful Diabetic Peripheral Neuropathy 2012 Stem Cells Transl Med.
Over 40% inflammatory and pain reduction in mice.
Related to their capacity to not only control pain as a symptom, but to modulate the neuroimmune component which plays a relevant role in neuropathic pain.

Risks
Risks have been absolutely minimal.
Have not seen rejection
NO steroid.
It’s antimicrobial so risk of infection has been minimal.
Coverage
Currently amniotic stem cell therapy for neuropathy is an out of pocket expense.
Insurance will cover the visits, imaging, lab work but NOT the amniotic material.
New technology takes a while to capture reimbursement.
Bottom Line
Amniotic therapy works in preclinical studies and in early human pilot studies.
It is low risk, potential high benefit, and has live cells depending on processing.
No embryonic stem cells or fetal involvement!
Can help you and your loved ones avoid surgery and achieve relief and walk better.
R3 Stem Cell
R3 partners with top providers nationwide to offer regenerative treatments for all types of musculoskeletal conditions – knee, hip, shoulder, ankle, elbow, wrist, etc.
This includes back and neck conditions as well as neuropathy.
Visit us at R3StemCell.com and call us to find a treatment center at (844) GET-STEM.

Stem Cell Therapy on the Cutting Edge for Musculoskeletal Problems

Although stem cell therapy is still considered to be in its infancy, it has proven to be a useful and powerful tool in helping to improve, repair, and augment the healing of various musculoskeletal problems. Health issues associated with the musculoskeletal system, which includes our muscles, cartilage, tendons, ligaments, joints, and various other connective tissues, can be extremely taxing.

The musculoskeletal system supports and binds tissues and organs together, allowing us to perform a stem cellswide range of physical activity. When one single aspect of the system is compromised it can result in hampered movement and mobility, ongoing pain, and diminished quality of life. Many of the common remedies associated with injuries and illnesses that affect the system involve a combination of drug therapies and surgical procedures.

Thus, the hope that stem cell therapy has given those suffering with such problems and the results that have been observed and experienced have helped to improve the quality of life for many, while creating optimism for the future. We are on the cutting edge of a new way of dealing with and solving musculoskeletal problems.

Common Uses Today

There are various injuries and maladies for which stem cells are used today. Commonly the stem cells are injected into the area to be treated. Once they have been injected into the damaged area, they begin working to aid in the repair of it. This may include:

  • Amniotic Derived Stem Cells
  • Bone Marrow Derived Stem Cells
  • Adipose (Fat) Derived Stem Cells

Stem cells have been found to be effective in treating joint problems and various disorders, including arthritis, regions where cartilage and ligament damage has been experienced, and bone injuries. There’s also a lot of hope for the future use of stem cells in a wide range of situations, including heart disease, Parkinson’s disease, diabetes mellitus, amyotrophic lateral sclerosis, spinal cord injuries, and burn treatments.

The Power of Stem Cells

Stem cells derive their power from the fact that they are versatile, having the potential to differentiate into a wide range of cell types. This makes them highly adaptable, as they can adjust to help muscles, cartilage, tendons, ligaments, and bones heal. Additionally, they have been shown to possess the power to reduce inflammation and enable healing, so that tissues grow more quickly.

The treatment itself is minimally invasive, usually involving an injection in the area to be treated. It is also considered to be a low risk type of therapy. For many, the use of stem cells is certainly preferred Stem Cell Therapy for Plantar Fasciitisto more invasive surgeries that involve protracted periods of recuperation and rehabilitation.

Are You Candidate for Stem Cell Therapy?

If you have muscle, cartilage, tendon, ligament, joint, or bone injuries or damage, then you may be a good candidate for stem cell therapy. In practicing osteopathic medicine, many doctors now offer patients a range of treatments that include stem cell therapy, rehabilitation, drug treatments, and/or surgery. With more choices, and the opportunity to try something like stem cell treatment, which is less invasive, considered to be relatively risk free, and results driven, patients have the opportunity to experience the newest medical techniques.

If you or a loved one is suffering from degenerative arthritis, sports injuries, ligament or tendon injury, call or email us today to find a location close to you for treatment – (844) GET-STEM!

What are the Different Kinds of Stem Cells?

In today’s world of medicine, stem cells are one of the most common topics of conversation. With the ability to regenerate Stem Cells for Spinal Disctissue, while also reducing and eliminating pain, stem cell injection procedures have quickly become one of the most popular alternatives to a long list of surgical procedures.

Located in the human body, stem cells possess the ability to develop into a variety of different cell types. Because stem cells have not already determined their specific ligament, tissue or cartilage path, they are often regarded as undifferentiated cells.

Stem cells are considered to be a medical breakthrough because of their unique ability to regenerate and fix different parts of the body, while also proving to be an effective alternative to various surgical procedures. When it comes to their different healing capabilities, there are two main types of stem cells – limited stem cells and unlimited stem cells. The different types of stem cells are defined by their unique capabilities to self renew and their various levels of potency.

Limited Stem Cells

Also referred to as adult stem cells, limited stem cells are unique cells that are only found in more developed tissues and organs (fat or bone marrow). These specific stem cells have been utilized by doctors for a longer period of time within certain medical fields and procedures like bone marrow, hair and skin transplants.

Limited stem cells get their name because they have a relatively limited use when compared unlimited stem cells. While this is true, these specific stem cells are less controversial because of how they are accessed. Quite simply, limited stem cells do not require an embryo to be destroyed in order to be used. In addition, when adult stem cells are withdrawn from the body, there is no risk of the immune system rejecting the process (from bone marrow or fat).

Unlimited Stem Cells

The more controversial of the two, unlimited stem cells are also called embryonic stem cells. With permission from the patient, these stem cells are presently gathered from leftover embryos that are usually thrown away from fertility clinics. It’s important to know that these embryos are developed and remain solely outside of the body. pain relief4

With the ability to transform into any type of tissue or cell, unlimited stem cells are able to provide a variety of different healing capabilities that limited stem cells can not offer. Interestingly, although a patient may only require a few unlimited stem cell embryos, several more are created during the entire developmental process.

The excess embryos that are not being used are ultimately thrown away, which has caused scientists and doctors to research their additional benefits. After years of research, it has been proven that embryotic stem cells offer unlimited expansion and are ideal for tissue replacement and regenerative medical procedures.

The main downside to these type of stem cells is the possibility of transplant rejection avoidance and directed differentiation. Also, a tumors can form if the embryonic stem cells continue to replicate too much.

With R3 Stem Cell’s procedures, only limited stem cells are used and no embryos are involved. The treatments involve bone marrow or fat or amniotic tissue – NO fetal tissue whatsoever.

Call us for more information and to find a treatment center near you (844) GET STEM!

Uses for Amniotic Derived Stem Cell Injections

If you have ever had a baby, you probably received unsolicited mail advertising services for banking amniotic stem cells. Since 2009, when the first stem cell bank opened in Medford, MA, cryopreservation and private banking of amniotic fluid stem cells has slowly grown in popularity. For those who are not familiar with amniotic stem cells, they are stem cells derived from the mesenchyme and extracted from the amniotic fluid.

Amniotic stem cells are considered to be a medical miracle, because they can differentiate into a variety of tissue types including bone, muscle, cartilage, skin, nerves, and cardiac tissue. The potential use of these cells gives hope for organ regeneration and recovery from paralysis.

Amniotic stem cells are obtained during a scheduled c-section from consenting donors. Otherwise the fluid is simply discarded – so why not use it for medical benefit? The fluid is processed at an FDA regulated lab prior to usage in individuals that need it.

Why Use Stem Cells?

Amniotic stem cells are a better choice in technologically advanced medical procedures because they do not harm the fetus or the use of an embryo. There is no risk of procedure-related pregnancy loss since the fluid is obtained after birth and not from an amniocentesis. Studies on amniotic fluid have found it rich in epithelial, neural, endothelial, hematopoietic, and mesenchymal stem cells.

Scientists and researchers have genetically engineered liver cells, neural cells, fat cells, heart cells, bone cells, working tracheas, and artificial heart valves by using amniotic stem cells. This indicates that the use of amniotic stem cells in treating a multitude of medical conditions previously thought to be life threatening or untreatable.

Examples of Amniotic Derived Stem Cell Use

Stem cell therapy is a type of intervention therapy which introduces stem cells into damaged tissues to treat an injury or disease. In the world of pain management and orthopedics, stem cell therapy is being used for numerous conditions such as degenerative arthritis, tendonitis, ligament injury and more.

It also works well for wounds that are having difficulty healing, such as in diabetics.

Future Clinical Uses of Amniotic Stem Cells

When it comes to using amniotic stem cells, the uses continue to grow. What is really needed are larger clinical studies. Small studies have shown excellent results so far for regenerative stem cell treatments for musculoskeletal conditions.

Several clinical trials have emerged where subjects are treated with their own stem cell derived bone marrow, and others involve healthy athletes who are treated for osteoskeletal injuries to the bones, joints, or connective tissues. While these treatments have not entered mainstream medical practice, the potential is there for major breakthroughs.

A plethora of athletes have received stem cell therapy and PRP therapy for sports injuries. And the number continues to grow. R3 offers stem cell clinics nationwide with treatments for all types of musculoskeletal injury. Find one close to you today!

Why is Amniotic Tissue Great for Regenerative Medicine?

Regenerative medicine is a relatively new and rapidly evolving field in the treatment of pain management, chronic disease, and injuries previously treatable with only surgery. Stem cell therapy has gained the attention of the scientific community over the past few decades, first with investigational research using embryonic stem cells and now with research focusing on amniotic tissue and amniotic fluid. The stem cells harvested from amniotic derived media are multipotent and able to differentiate themselves into a variety of tissue types. They are characterized by the ability to renew themselves through cell division and the potential to treat many previously untreatable conditions.

The Amniotic Membrane

The majority of research focuses on amniotic fluid and the stem cells that are harvested from this fluid. We must not forget about the stem cell rich amniotic membrane as well. The human amniotic membrane is made up of two types of stem cells: human amnion mesenchymal stromal cells and human amnion epithelial cells. Both of these types of cells display the same properties. When studied in vitro, they differentiate into mesodermal lineages.

The human amniotic membrane has also been used in plastic surgery for the treatment of wounds and corneal problems and in ophthalmology. In recent studies using human amniotic membranes, the tissue patch was successful in helping heal major leg wounds on a dog and to reduce scar adhesion and fibrosis at the site of surgery.

Interventional Pain Management

Human amniotic membranes are also at the forefront of interventional pain management. Using amniotic tissue to treat pain management is actually treating the root cause and not the symptoms, as most other treatments do. Studies concentrating on pain management therapy are investigating the role of amniotic tissue in the healing of tissue damage and inflammation.

One of the more successful studies involved injections of amniotic epithelial cells into an equine digital flexor tendon defect. The result was the growth of new collagen fibers to aid in the repair of that area. The stem cells acted as an activator to the injured or defective area so that growth factors are released and trigger collagen production, aiding in the healing process. Other studies have concentrated on injections of amniotic epithelial cells into the defective Achilles tendon of a sheep. The result was promotion of structural and mechanical recoveries during the early phase of healing.

Future Applications

The primary challenge right now is establishing an efficient method to generate amniotic cell cultures, eliminating the need for refrigeration and centrifugation of fresh samples. This would allow for a continuous supply of clonal lines from amniocentesis samples and birth harvests. Communication is another issue that amniotic derived tissue can solve. In studies where bone marrow derived stem cells were used to attempt to differentiate into another form of cell type, the tissue had to be guided to attempt this differentiation. With human amniotic cells, the communication between host cells and the grafts are pivotal in creating the healing process for damaged tissues.

One future application is using amniotic stem cells to treat babies with congenital heart defects. Although this research is still in the very early phases, it has the potential to treat thousands of babies who are born each year suffering from congenital heart defects. By treating this type of defect, the child would avoid multiple heart operations and the strong possibility of a transplant before the age of one. Research teams are looking at replacing the damaged cells or generating new tissue by augmenting the damaged heart. Researchers understand that the baby’s heart cells are functioning but the heart muscle developed abnormally for reasons unknown.

Stem Cells Derived from Amniotic Fluid: New Potentials in Regenerative Medicine

Human amniotic cells have been used over the past 50 years as a diagnostic tool for prenatal diagnosis of genetic abnormalities in the fetus. Over the past 5 years, however, the potential for using stem cells derived from amniotic fluid has become a reality, especially for treating chronic diseases and conditions.

Stem Cells for Rotator Cuff Tears

Amniotic fluid derived stem cell therapy works well for rotator cuff tears

Amniotic derived stem cells can be harvested from the amniotic sac of a pregnant female. This occurs during child birth or during a procedure called amniocentesis. Since amniocentesis has slight risks, the most common scenario is that amniotic fluid  is obtained during a caesarean section from a consenting donor.

Otherwise it would be discarded, and thankfully amniotic fluid contains a very high concentration of stem cells.

These cells are prized for their ability to form a variety of differentiated cell lines such as blood, bone, muscle, liver, skin, and more. This is unlike the other types of stem cells (other than embryonic), which are only able to differentiate into certain types of tissues.

The Focus

The focus for using stem cells derived from amniotic fluid comes from the ethical battle fought over using embryonic stem cells. Many activists do not like the idea of using stem cells derived from fetuses. Instead, using stem cells derived from amniotic fluid solves this ethical issue. The mother can bank her amniotic fluid or the umbilical cord (which is also rich with stem cells) for later use.

The amniotic fluid found in the womb promotes the develop of the fetus. It is inhaled and exhaled by the fetus in the womb and directly responsible for the development of the lungs. The amniotic fluid promotes the development of the limbs, and passes through the body of the developing fetus re-entering the womb as urine.

How are Stem Cells Derived from Amniotic Fluid used in Research?

Amniotic Stem Cell TherapyThe amniotic cells used in research are primarily donated by mothers in their first trimester of pregnancy. Amniotic derived stem cells were found to have similar properties to embryonic stem cells after tests were performed.

Researchers found that the cells were grown and reprogrammed into a more primitive state when valproic acid was added to the culture medium. Tests run on these cells showed that amniotic derived stem cells have the capability to develop into any type of cell found in the body with a property called pluripotency.

The potential of using amniotic fluid to cure all kinds of diseases, disorders, and injuries is now a reality. Amniotic stem cells not only offer a rich cell line to assist in research but also seem to offer a customized cell supply for newborns and sometimes their siblings. These cells are the medium between embryonic stem cells and adult stem cell lines, such as bone marrow derived stem cells.

Research and the Future of Stem Cells

In the research arena, stem cells are grown in a culture, and there is potential for reengineering and regenerating cells and tissues. Some research has shown that amniotic derived stem cells differentiate using a scaffold or three-dimensional matrix for support.

These cells have been documented to have the ability to differentiate into all types of cells and tissues with a high renewal capacity and no loss of cellular integrity. Stem Cell therapy

The positives outweigh any thought of a negative aspect to using amniotic derived stem cells for treatment and therapy. It is believed that about 38 percent of the population could be treated as a match from stem cells harvested from about 150 donors. This is amazing statistics when you consider the closest approved therapy right now is bone marrow implantation, as well as the odds of finding a donor and the risk of rejection.

R3 Stem Cell offers amniotic stem cell therapy for numerous musculoskeletal conditions including plantar fasciitis, degenerative arthritis, rotator cuff and achilles tendonitis, ligament injury and more. Amniotic derived stem cell therapy offers nonoperative pain relief with the potential to regenerate damaged tissue!

5 Things You Should Know About Amniotic-Derived Stem Cell Injections

In the past few years, we have experienced incredible advancement in the field of regenerative medicine, especially because the use of stem cells has been aggressively explored in order to offer solutions for managing pain and orthopedic conditions. Stem cell therapy has been rapidly embraced by the scientific community, both researchers and physicians, because of its amazing potential to heal damaged tissues, joints and other parts of the body. Stem Cell Clinics

One particular area of extensive exploration is the properties and role of amniotic membrane tissue in 21st century regenerative medicine. This increased interest is justified because there is an incredibly high amount of stem cells present in the amniotic tissues, much higher than the amount of stem cells found in adult bone marrow or adipose tissue (fat).

Ok, but what exactly is this amniotic tissue and what are amniotic stem cells?

The amniotic tissue is basically a membrane found in the center layer of the placenta, which is found in the amniotic cavity. This membrane has only one layer of tissue that contains a high number of specialized cells, who actually help the membrane to offer several functions aimed at healing.

During pregnancy, the fetus is surrounded by the amniotic fluid, which has a protective and a feeding role. Following a written consensus from donors, during a caesarean section, stem cells are collected from this amniotic fluid, processed and injected into patients who suffer from a variety of muscular conditions. These are not embryonic cells and there are no ethical concerns. In addition, this fluid is processed at an FDA regulated lab.

Lately, as technology progresses, a considerable amount of patients that have musculoskeletal problems are considering the use of amniotic derived stem cell injections in order to help their body naturally heal itself. And such a choice is justified when you consider the excellent properties of amniotic fluid: natural antiinflamatory response, pain relief, an abundance of growth factors that promote tissue growth, presence of hyaluronic acid that promotes the growth of new cartilages, and a massive concentration of stem cells which allow the body to accept and utilize the fluid without any immune reactions or rejection.

Bottom line is that amniotic derived stem cell injections have been used in the US for a few years now with very promising results, including physicians being successful in treating elbow tendon injuries such tennis elbow and golfer’s elbow, along with rotator cuff tendon injury, spine problems, joint arthritis, wound healing and even corneal injuries.

What’s the most important aspect to remember: amniotic derived stem cell injections help the body to replace damaged cells and also to create new cells, thus giving the body a chance to naturally heal itself. With the help of these injections you don’t just treat the pain itself, but you also treat the source of the pain.

Summary:

  1. Amniotic stem cells have been found to have the potential to heal damaged tissues, joints and other parts of the body.
  2. More and more parents are allowing stem cells to be harvested from amniotic fluid for research and treatment of injuries and medical conditions.
  3. Amniotic-derived stem cells offer an incredible abundance of healing properties including: natural antiinflamatory response, pain relief, an abundance of growth factors that promote tissue growth, and presence of hyaluronic acid that promotes the growth of new cartilages.
  4. There is minimal chance of rejection or allergic reaction to treatment with amniotic-derived stem cells.
  5. This type of therapy has been successfully used to treat tendon injuries such tennis elbow and golfer’s elbow, rotator cuff tendon injury, spine problems, joint arthritis, and wound healing problems.
×