Stem Cell Clinic

Sources of Adult Stem Cells – Stem Cell Institute

By Adult Stem Cells

*Unlike bone marrow and cord blood, Human umbilical cord tissue is a rich source of mesenchymal stem cells. Umbilical cord tissue-derived cells are best suited for tissue regeneration due to the tissue repairing function of the mesenchymal stem cells. They are also well-suited for immune system modulation and reducing inflammation.

Bone marrow is a good source of CD34+ stem cells (but a poor source of mesenchymal stem cells) bone marrow-derived stem cells provide support for tissue regeneration via revascularization properties and their ability to support mesenchymal stem cells in the body.

Because we have three major adult stem cells sources at our disposal, including the ability to expand cells into larger numbers when indicated, we can select optimal stem cell combinations for each disease and, if necessary, each individual we treat.

Like bone marrow, cord blood is source of CD34+ stem cells (but a poor source of mesenchymal stem cells). These stem cells provide support for tissue regeneration via revascularization properties and their ability to support mesenchymal stem cells in the body.

Most protocols using cord blood require Human leukocyte antigen (HLA) typing to match the recipient and donor.

We do not use cord blood-derived stem cells at Stem Cell Institute.

Adipose tissue is a rich source of mesenchymal stem cells (MSCs) and T-regulatory cells which modulate the immune system. Adipose-derived cells can be used for treating systemic autoimmune and inflammatory conditions. They also play a role in regenerating injured tissue.

Because we have found that the immune modulatory and anti-inflammatory properties of umbilical cord tissue-derived mesenchymal stem cells (HUCT-MSCs) are superior to those harvested from fat, we no longer employ fat-derived MSCs in our treatment protocols.

*All donated cords are the by-products of normal, healthy births. Each cord is carefully screened for sterility and infectious diseases under International Blood Bank standards.

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Sources of Adult Stem Cells - Stem Cell Institute

5 Benefits to Using Adult Stem Cells in Cancer Research

By Adult Stem Cells

While much of the popular media attention over the last 10 years has focused on embryonic stem cells, in fact, the adult stem cell has been shown to be a viable and valuable source in the long fight to better understand cancer's origins and treatment possibilities. Adult stem cells, in brief, are also known as progenitor cells or somatic stem cells. They are found in minute quantities in nearly every human body organ and tissue. Their key function is maintenance and repair of their specific tissues.

1. Adult stem cells carry no ethical concerns.

We've all followed the loud controversy over the use of embryonic stem cell lines for research, and the ethical questions that surround their harvesting from a days-old human embryo. Adult stem cells avoid this ethical dilemma entirely. They can be isolated from a variety of tissue sources, including adult bone marrow, bone marrow mononuclear cells (BMMCs), peripheral blood mononuclear cells (PBMCs), umbilical cord blood, fresh tissue, and tumor-derived tissue cells.

2. Adult stem cells are unspecialized.

The adult stem cell is an unspecialized cell that is capable of long-term renewal, via cell division over long time periods. These stem cells can also give rise to different cell types, making their utility high for researchers studying the many types of human cancers.

3. Adult stem cells can regenerate malignant cells.

Important cancer research often focuses on the stem cells that can be isolated from a malignant cancerous tumor. Cancer researchers are pursuing the idea that the reason for the failure of current cancer treatments may be due to the fact that such treatments don't destroy the cancer stem cells. While cancer stem cells total just one to three percent of all tumor cells, these cells are the only ones that can cause regeneration of malignant cells, thus inducing cancer cells to grow.

Researchers at the University of Michigan are actively pursuing this theory for developing better treatments for breast cancer. One key finding utilizing adult stem cells, say UM scientists, is the fact that, "mutations in genes called HER2 and PTEN triggered rapid cell division and self-renewal in breast cancer stem cells. This caused the stem cells to develop abnormally and invade surrounding breast tissue. When the scientists treated the cells with drugs known to inhibit activity of these genes, the number of cancer stem cells dropped dramatically."

4. Lower rejection rates.

Researchers have long observed that adult stem cells used in noted that adult stem cells dont present with the same level of immunological rejection challenges as do embryonic stem cells because they are harvested from the same patient, leading to a lower rejection rate. For example, adult stem cells have been used for many years to treat certain cancers via a bone marrow transplant.

5. Comparing adult and pediatric cancers.

Wilms' Tumor is a common pediatric renal cancer. Cancer researchers in this study set out to compare and contrast the differences in tumor biology that are known to exist between adult and pediatric cancers. They found that there are cancer stem cells in pediatric WTs and believe that these could help in developing targeted cancer therapies for pediatric solid tumors.

May we source high-quality adult stem cells for your cancer research program?

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5 Benefits to Using Adult Stem Cells in Cancer Research

Stem Cell Therapy And Regenerative Medicine : Midwest …

By Stem Cell Medical Center

Stem Cells and Regenerative Therapy

Stem Cells and Regenerative Medicine hold the promise of repairing damaged or injured tissues and stimulating the bodys own healing mechanism. This is accomplished using the latest technologies to help the body heal. Stem cells and Regenerative Medicine provide effective solutions that heal the body from within. Midwest Integrated Medical Center in Hudson, Wisconsin is proud to be a leader in helping patients repair by unlocking the regenerative healing power of the human body!

Sometimes surgery isnt an option for pain relief, or perhaps, previous treatments havent worked. In such instances, stem cell and regenerative medicine techniques may be a solution. Pain-relief experts at Midwest Integrated Medical Center can evaluate whether youre a candidate for regenerative medicine. This comprehensive alternative treatment is beneficial for chronic pain sufferers of knee pain, shoulder pain, hip pain, wrist pain, elbow pain, arthritis, and so much more. Book your stem cells and regenerative medicine consultation appointment today, either online or over the phone.

Stem Cells and Regenerative medicine involves using your body to heal itself, using naturally occurring cells and specialized fluids. Midwest Integrated Medical Center provides patients with amniotic allograft treatments for regenerating healing purposes. These treatments are made up of hyaluronic acid, regenerative cells, and cytokines, which are all powerful growth factors that help regenerate your bodys tissues.

Once youre injected with the amniotic allograft serum, the growth factors start to work, triggering cell growth in the area injected. Over the following few weeks, cells grow and divide, forming new tissues. This helps heal damaged or injured areas you have, without going through a surgical procedure.

Stem Cells and Regenerative medicine with amniotic allograft treatments is beneficial for healing many types of bone and soft tissue problems, including arthritis. The injections may help heal your:

Stem Cells are primitivecells that can develop into any other type of cell in your body. Since they can become any type of cell including muscle, bone or ligament cells, they beginhealing those injured tissues. Your body is continuously rebuilding, and Amniotic Allograft Therapy delivers a high concentration of growth factors into the injured or weaken area which will promote natural healing.

While there have been controversies surrounding the source of stem cells for healing purposes, Midwest Integrated Medical Center is committed to preservingthe value anddignity of human life. We are proud of our partnership with a biologics provider which obtains placental and amniotic stem cells with parental consent from live human births. At the time of Cesarean delivery (also known as C-section), the baby is delivered and the placenta and fluid, which are typically discarded, are saved. All tissues are then tested to ensure viability and safety. Tissues are processed to the highest standards in a state-of-the-art American Association of Tissue Banks (AATB) accredited facility and are subjected to stringent testing prior to release.

Amniotic Allografts are prepared and injected into the damaged or weakened area where they allow the body to heal at an accelerated rate. These growth factors pinpoint the degenerated tissue and heal them by regenerating new cells and tissue. According to Midwest Integrated Medical Providers, patients can experience a remarkable decrease in pain and significant improvement in their range of motion within only a few weeks of one treatment.

Amniotic Allograft Therapy offers hope and healing! Get YOUR life back without painful surgery and costly drugs!

***Because we cannot test the amniotic tissues for stem cells without killing the stem cells in the process we cannot claim there are live stem cells in the Amniotic Allograft. The FDA has deemed this a rule. The company we work with tests four random samples from every placenta they collect. After the Amniotic Allograft has been processed they are cryofrozen to -80 C. When the Amniotic Allograft are then warmed they find 95% of the stem cells are viable, alive and can then go to work. However, because the sample that goes in the patients cannot be tested without killing the stem cells we cannot claim a 95% viability rate. All we can do is show you what happens with patients after being injected with Amniotic Allograft. The theory is that these tissues (cartilage, ligament, tendon, muscles, bone, discs, and nerves) begin to repair themselves.

Our In-Office Procedure

Because you are kickstarting your body into making new tissues, it does take some time for your regenerative medicine treatment to start working. Some patients report a dramatic reduction in their pain levels in as little as two weeks, while others experience improvement within a few months. It just depends on how quickly your body responds to the treatment.

Possibly, depending on how quickly you heal and the severity of your injury. If you see improvement but you dont notice significant improvement, your doctor might suggest repeating the treatment, just to further boost healthy tissue growth. They can let you know what to expect during your consultation and assessment appointment.

They are injections after all, so you may feel a bit of stinging, but only for a few seconds. Most patients describe a temporary burning sensation, although it doesnt last long. If youre sensitive to pain or are getting the injections in a sensitive area, your practitioner can apply a topical numbing product. This product decreases some of the stinging sensation from the injection and minimizes your discomfort.

The use of cellular therapy is a modern new approach, which can address both the inflammation and degeneration in hopes of providing a non-surgical repair for the patient. Live cell allogenic amniotic fluid is a rich source of epithelial progenitor cells and mesenchymal cells and carries an intrinsic antibacterial component. The factors contained in this medium will provides a matrix which solves both the acute inflammation issue as well as the long-term degeneration issue, which will ultimately lead to fewer cases that go on to surgery and more cases that will return to full function and normal activities of daily living. This is an active and growing field of medicine that does have a lack of understanding by many of the insurance carriers, adjusters, and other medical professionals, but when this therapy is applied judiciously to the proper candidates has profound positive results.

Summary

The use of biologic tissue transplants offers an improved quality of life for many surgical patients. As advances in the procurement and processing of biologics continue to evolve, and the numbers and types of biologic tissue forms continue to expand, so do the challenges related to tissue management and compliance with all applicable regulations and guidelines.

PalinGen products follow all appropriate guidelines, in testing as well as processing and ultimately delivery of a healthy viable allograft to the patient to amplify tissue regeneration.

The risks of using PalinGen products is exceptionally small, but a very small risk of disease transmission cannot be 100% ruled out, none has ever been reported, no adverse side effects has ever been reported. But within every product, there is some risk, and you are being informed today of all the precautions we take in bringing the product to you, and that a potential risk does exist no matter how small, when this product is used on you or in you.

Call us today 715-808-0716 or to schedule a private consultation with our staff.

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Stem Cell Therapy And Regenerative Medicine : Midwest ...

Del Prado Stem Cell Center – Tijuana

By Stem Cell Medical Center

At Del Prado Stem Cell Center we treat :Diabetes,Osteoarthritis,Parkinsons,Alzheimers disease,Dementia,Rheumatoid Arthritis,Chronic Obstructive disorder,Autoimmune Hepatitis,Macular Degeneration,Lupus,Multiple Sclerosis, Age Management,as well as sports injuries like Golfers, Pitchers and Tennis Elbow, Meniscus Tears, Achilles Tendonitis and more.

Del Prado Stem Cell Center is a bank of stem cells throughout Latin America that has formal recognition and certification of OSAC agency from the government of the United States as an institution that unites all requirements for international patients in stem cell therapy, thanks to the level of professionalism and safety handles, being the only institution in Mexico with that recognition by the United States government.

Treatment provided by Del Prado Stem Cell Center is performed atHospital Del Prado, Tijuanasleading health institutionwith 49 years of experience, offering personalized and humane service. We are very thorough inthe selection and performance ofourdoctors and offer nothing but the best treatment and facilities for Stem Cell Therapy treatment in Tijuana, Mexico.Adult Stem Cell Therapies are completely safe and non-invasive. StemCell therapy is evolvingour modern medical panorama were it can offer patients a completely new alternative to cure degenerative and terminal illnesses.

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A procedure in which cells are taken from a donor (Mesenchymal Stem Cells) and administered to a patient.

For those patients who are eligible for stem cell disease treatment. Their Stem Cells can be obtained from their own fat tissue for later transplant.

Hospital Del Prado is certified for Stem Cell treatment, certified specialists are on hand which have the training and follow adequate transplant protocol. In any case our specialists are on hand for an evaluation and if your disease has been approved we will immediately enter transplant protocol, which can begin right away in most cases, this is without need for Hospitalization for a prolonged period.

You are eligible as long as you have a preapproved illness or physical condition where stem cells have proved to be a clinical benefit in research

IMPORTANT NOTICE For Del Prado Stem Cell Center is very important to inform boththe medical community and society in general that stem cell therapyit may be unsuccessful in some cases or not recommended for all patients.Must never create false expectations without clinical and researchstudies to support the implementation of these treatments.So we suggest you talk to your doctor before receiving treatment.

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Del Prado Stem Cell Center - Tijuana

Induced Pluripotent Stem Cell FAQs | Sigma-Aldrich

By Induced Pluripotent Stem Cells

What are induced pluripotent stem cells (iPSCs)? Induced pluripotent stem cells (iPSCs or iPS cells) are a type of pluripotent stem cell that can be generated from adult somatic cells such as skin fibrobalsts or peripheral blood mononuclear cells (PBMCs) by genetic reprograming or the 'forced' introduction of reprogramming genes (Oct4, Sox2, Klf4 and c-Myc).

How are the induced pluripotent stem (iPS) cells produced? In 2006, Shinya Yamanaka produced the first iPS cells - murine ES (embryonic stem) like cell lines - from mouse embryonic fibroblasts (MEFs) and skin fibroblasts by inserting four transcription factor genes encoding Oct4, Sox2, Klf4, and c-Myc. Another group of researchers identified two other genes, Nanog, and Lin28 as a replacement of Klf4, and c-Myc to reprogram human cells. The source of reprogramming genes could be generated from various origins, including neuronal progenitor cells, keratinocytes, hepatocytes, B cells, and fibroblasts of mouse-tail tips, kidneys, muscles, and adrenal glands. Fusion of two types of cells could convert specialized cell types from one lineage to another. These newly developed cells possess similar morphology and growth characteristics as parent ES cells by expressing ES cell-specific genes. The success of reprogramming iPS cell technology depends on the sources of cell lines. It has been reported that reprogramming of human keratinocyte cells withdrawn from skin biopsies to pluripotency proceed at much higher frequency and faster speed than fibroblasts. Recently, non-integrating methods of reprogramming have become popular including RNA sendai virus and RNA based reprogramming methods.

What are the advantages of iPS cells over embryonic stem cells? The advantage of iPS cells is that they are not derived from human embryos, which is the ethical concern in this field. By removing the bioethical issues, the scientists are more likely to obtain more federal funding and support. Another significant benefit of iPS cell technology would permit for creation of isogenic control cell lines using CRISPR/Cas9 gene editing that are genetically tailored to model a disease phenotype.

What are the risks associated with iPS cell use in humans? The retroviruses used in the generation of iPSCs are associated with cancer because they insert DNA anywhere in a cell's genome, which could potentially trigger the expression of cancer-causing genes. Another risk associated with iPS cell technology applied to humans is the fact that c-Myc, which is one of the genes used in reprogramming, is a known oncogene whose overexpression could also cause cancer. In addition, the successful reprogramming rate in human iPS cells from fibroblasts is fairly low (<0.02%) in certain non-dividing cell types such as PBMCs or elderly skin fibroblasts.

How are iPS cells similar to ES cells? iPS cells are similar to ES cells in morphology, teratoma formation, proliferation, expression of pluripotency markers, long telomeric zone, generation of embryoid bodies and viable chimeras as well as their ability to differentiate along a given lineage. They also express stem cell surface markers and genes that characterize ES cells such as Oct4, Sox2, TRA-1-60, TRA-1-81, SSEA-3, SSEA-4 and Nanog.

Does iPS cell technology eliminate the need for embryonic stem cell research? Recent advances do not eliminate the need for ES cell research since it is not yet quite clear whether iPS cells differ extensively from the embryonic stem cells. To bring stem cell research to clinical realization, it is necessary to investigate all the aspects in this field such as the most efficient stem cell for cell replacement therapies.

What are disease specific iPS cells? Disease specific iPS cells are iPS cells generated from subjects with a genetic disease. These cells, generated from patients with untreatable diseases, can be used to study the pathophysiology of various diseases in vitro and enable drug development. Another significant benefit of iPS cell technology would permit for creation of isogenic control cell lines using CRISPR/Cas9 gene editing that are genetically tailored to a patient or disease phenotype.

Where can obtain human iPS cells? The European Bank of Induced Pluripotent Stem Cells (EBiSC) is a collection of high quality human iPS cells available for researchers for use in disease modelling and other forms of stem cell research. The initial collection has been generated from a wide range of donors representing specific disease backgrounds and healthy controls. EBiSC depositors have established many routine procedures for collecting, expanding and characterizing human iPS cell lines. The stem cell bank includes iPSC cell lines derived from neurodegenerative diseases (Alzheimers Disease, Parkinsons Disease, Dementia, Motor Neuron Disease (ALS) - and Huntingtons Disease), eye and heart diseases, and lines from healthy control donors for age and sex matching.

How are iPS cells grown in culture? The ability to expand human iPSCs in vitro and subject them to cell-type specific differentiation protocols is critical for generating patient derived disease-in-a-dish cellular models for basic stem cell research and drug-discovery applications. Standardized iPSC protocols on how to thaw, culture and cryopreserve human induced pluripotent stem cells (iPSCs) have been established by the European Bank of induced pluripotent Stem Cells (EBiSC). Human induced pluripotent stem cell (iPSC) lines are different to any other established cell line. If you are not familiar with culturing iPSCs make sure you read the following instructions carefully. Recently, 3D cell culture organoid models have utilized iPS cells to more accurately model many organ systems in vitro.

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Induced Pluripotent Stem Cell FAQs | Sigma-Aldrich

Induced pluripotent stem cell | biology | Britannica.com

By Induced Pluripotent Stem Cells

Alternative Title: iPS cell

Induced pluripotent stem cell (iPS cell), immature cell that is generated from an adult (mature) cell and that has regained the capacity to differentiate into any type of cell in the body. Induced pluripotent stem cells (iPS cells) differ from embryonic stem cells (ES cells), which form the inner cell mass of an embryo but also are pluripotent, eventually giving rise to all the cell types that make up the body. Induced pluripotent cells were first described in 2006 by Japanese physician and researcher Shinya Yamanaka and colleagues. The first experiments were performed by using mouse cells. The following year, however, Yamanaka successfully derived iPS cells from human adult fibroblast cells. Until that time, human stem cells could be obtained only by isolating them from early human embryos. Hence, an important feature of iPS cells is that their generation does not require an embryo, the use of which is fraught with ethical issues.

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stem cell: Induced pluripotent stem cells

Due to the ethical and moral issues surrounding the use of embryonic stem cells, scientists have searched for ways to reprogram adult somatic cells. Studies of cell fusion, in which differentiated adult somatic cells grown in culture with embryonic stem cells

The generation of iPS cells from somatic cells (fully differentiated adult cells, excluding germ cells) was based on the idea that any cell in the body can be reprogrammed to a more primitive (stemlike) state. Among the first to discover that possibility was British developmental biologist John B. Gurdon, who in the late 1950s had shown in frogs that egg cells are able to reprogram differentiated cell nuclei. Gurdon used a technique known as somatic cell nuclear transfer (SCNT), in which the nucleus of a somatic cell is transferred into the cytoplasm of an enucleated egg (an egg that has had its nucleus removed). In 1996 British developmental biologist Ian Wilmut and colleagues used SCNT to create Dolly the sheep, the first clone of an adult mammal. The experiments with SCNT were crucial to the eventual production of iPS cells. Indeed, by the time of Dollys creation, it was widely accepted that factors in the egg cytoplasm were responsible for reprogramming differentiated cell nuclei. The factors controlling the process were unknown, however, until Yamanaka published his first report describing iPS cell generation. (Yamanaka and Gurdon shared the 2012 Nobel Prize for Physiology or Medicine for their discoveries.)

Several proteins have been identified that are capable of inducing or enhancing pluripotency in nonpluripotent (i.e., adult) cells. Of key importance are the transcription factors Oct-4 (octamer 4) and Sox-2 (sex-determining region Y box 2), which maintain stem cells in a primitive state. Other proteins that may be used to enhance pluripotency include Klf-4 (Kruppel-like factor 4), Nanog, and Glis1 (Glis family zinc finger 1).

Pluripotency factors can be introduced into nonpluripotent cells in different ways, such as by plasmids or delivery as proteins or modified RNAs. Among the most effective and widely used methods, however, is delivery via a retroviral vector. Retroviral vectors can readily enter cells, making the genes they carry accessible to the cell; other retroviral activities are silenced. However, because retroviruses integrate into the nuclear genome, their use raises the risk of virus-induced tumour formation. Nonetheless, retroviral delivery remains highly effective, and technical advances to prevent the integration of retroviral material into the nuclear genome have allowed for the generation of iPS cells via ectopic expression (in the cytoplasm) of retrovirus-delivered transcription factors. Ectopic expression also has been achieved with the use of recombinant adeno-associated virus.

Since the initial development of iPS cells, researchers have been working to improve the techniques and to learn what drives pluripotent stem cells to differentiate in particular ways. They also have been investigating the use of iPS cells in the treatment of certain diseases. Of significance is the potential to create patient-specific iPS cells (using a patients own adult cells), which could allow for the generation of perfectly matched cells and tissues for transplantation therapies. Such therapies could help overcome the risk of immune rejection, which is a major challenge in regenerative medicine.

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Induced pluripotent stem cell | biology | Britannica.com

Induced Pluripotent Stem Cell India – StemCellCareIndia

By Induced Pluripotent Stem Cells

Induced pluripotent stem cells (iPSCs) area unit adult cells that are genetically reprogrammed to AN embryonic stem celllike state by being forced to specific genes and factors necessary for maintaining the shaping properties of embryonic stem cells. though these cells meet the shaping criteria for pluripotent stem cells, its not well-known if iPSCs and embryonic stem cells take issue in clinically vital ways in which. Mouse iPSCs were 1st according in 2006, and human iPSCs were 1st according in late 2007. Mouse iPSCs demonstrate necessary characteristics of pluripotent stem cells, together with expressing somatic cell markers, forming tumors containing cells from all 3 germ layers, and having the ability to contribute to several completely different tissues once injected into mouse embryos at a really early stage in development. Human iPSCs additionally specific somatic cell markers and area unit capable of generating cells characteristic of all 3 germ layers.

Although further analysis is required, iPSCs area unit already helpful tools for drug development and modeling of diseases, and scientists hope to use them in transplantation medication. Viruses area unit presently wont to introduce the reprogramming factors into adult cells, and this method should be rigorously controlled and tested before the technique will cause helpful treatment for humans. In animal studies, the virus wont to introduce the somatic cell factors generally causes cancers. Researchers area unit presently work non-viral delivery ways. In any case, this breakthrough discovery has created a robust new thanks to de-differentiate cells whose organic process fates had been antecedently assumed to be determined. additionally, tissues derived from iPSCs are an almost identical match to the cell donor and so in all probability avoid rejection by the system. The iPSC strategy creates pluripotent stem cells that, in conjunction with studies of different varieties of pluripotent stem cells, can facilitate researchers learn the way to reprogram cells to repair broken tissues within the figure.

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Induced Pluripotent Stem Cell India - StemCellCareIndia

What are Adult Stem Cells? | Adult Stem Cell Treatment

By Adult Stem Cells

The primary role of adult stem cells in humans is to maintain and repair the tissue in which they are found. While we call them adult stem cells, they are more accurately called somatic (from the Greek word soma = body) because they come virtually any body tissue, not only in adults but children and babies as well.

Stem cells are very flexible cells, sometimes considered immature, that have not developed to a final specialized cell type (like skin, liver, heart, etc.) Since they have not yet specialized, stem cells can respond to different signals and needs in the body by becoming any of the various cell types needed, e.g., after an injury to repair an organ. In that sense they are a bit like a maintenance crew that keeps repairing and replacing damaged or worn out cells in the body.

A stem cell is essentially a blank cell, capable of becoming another more differentiated cell type in the body, such as a skin cell, a muscle cell, or a nerve cell. Microscopic in size, stem cells are big news in medical and science circles because they can be used to replace or even heal damaged tissues and cells in the body. They can serve as a built-in repair system for the human body, replenishing other cells as long as a person is still alive.

Adult stem cells are a natural solution. They naturally exist in our bodies, and they provide a natural repair mechanism for many tissues of our bodies. They belong in the microenvironment of an adult body, while embryonic stem cells belong in the microenvironment of the early embryo, not in an adult body, where they tend to cause tumors and immune system reactions.

Most importantly,adult stem cells have already been successfully used in human therapies for many years.As of this moment,no therapies in humans have ever been successfully carried out using embryonic stem cells.New therapies using adult type stem cells, on the other hand, are being developed all the time.

Stem Cells are being used today to help people suffering from dozens of diseases and conditions. This list reveals the wide range of applications that adult stem cells are having right now:

Cancers:

Auto-Immune Diseases

Cardiovascular

Ocular

Neural Degenerative Diseases and Injuries

Anemias and Other Blood Conditions

Wounds and Injuries

Other Metabolic Disorders

Liver Disease

The primary reason would be the ethics, since getting embryonic stem cells requires destruction of a young human embryo. The other, practical reasons are that people feel money spent on embryonic stem cell research could be better spent on other stem cell research.

The biggest misconception people have about stem cell research is that it is only embryonic that are useful. In fact, other stem cell types are proving to be much more useful. The best stem cells for patients are Adult Stem Cells; these are taken from the body (e.g., bone marrow, muscle, even fat tissue) or umbilical cord blood and can be used to treat dozens of diseases and conditions. Over 1 million people have already been treated with adult stem cells. (versus no proven success with embryonic stem cells.)https://lozierinstitute.org/fact-sheet-adult-stem-cell-research-transplants/Yet most people dont know about adult stem cells and their practical success.

Another type of stem cell that is proving very useful is induced pluripotent stem cells (iPS cells.) These can be made from any cell, such as skin, and from any person. They act like embryonic stem cells, but are made from ordinary cells and so dont require embryo destruction, making them an ethical source for that type of cell. They have already been used to create lab models of different diseases.

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What are Adult Stem Cells? | Adult Stem Cell Treatment

Where Do Stem Cells Come From? – verywellhealth.com

By Somatic Stem Cells

Stem cells are specialized cells that have the potential to develop into not one but many different types of cell. They are unlike any other cell for three specific reasons:

Currently, blood stem cells are the only type regularly used for treatment. In cases of leukemia or lymphoma, this type of cell is used in a procedure we commonly refer to as a bone marrow transplant. For this purpose, only adult stems cells are used.

When it comes to stem cell research, the cells may come from any number of different sources, including adult donors, embryos, or genetically altered human cells.

The cells of the bone marrow produce all of your healthy blood cells, including red blood cells, white blood cells, and platelets. Hematopoietic stem cells are those found in bone marrow that serves as the "parent" for all of these different types of cells.

Hematopoietic stem cells are transplanted into a person with cancer to help replenish bone marrow. The procedure is often used when high dose chemotherapy effectively destroys the existing stem cells in a persons bone marrow.

To remedy this, donated stem cells are injected into a vein and eventually settle in the bone marrow where they start producing healthy, new blood cells.

Years ago, the only source for hematopoietic stem cells were those taken from bone marrow. It was soon after discovered that many of these cells were circulating freely in the bloodstream.

In time, scientists learned how to harvest these cells from circulating blood and to transplant them directly into a donor.

This type of transplant known as a peripheral blood stem cell transplant, or PBSCT has become the more common procedure, although both methods are still used. PBSCT is far less invasive and doesnt require the removal of marrow from the hip bone.

Adult stem cells, called somatic stem cells, are derived from a human donor. Hematopoietic stem cells are the most widely known example. Scientists have found somatic stem cells in more tissues than was once imagined, including the brain, skeletal muscle, skin, teeth, heart, gut, liver, ovarian cells, and testis.

Embryonic stem cells are controversial since they are derived from human embryos that have either been destroyed or harvested for science. Embryonic stem cells were first grown in a laboratory in 1998 for reproductive purposes. Today, they are used primarily for research into treatments or cures for cancers, blindness, juvenile diabetes, Parkinsons, spinal cord injuries, and genetic disorders of the immune system.

Embryonic stem cells are pluripotent, meaning they are able to grow into the three types of germ cell layers that make up the human body (ectoderm, mesoderm, endoderm).

In other words, they can develop into each of the more than 200 cell types if specified to do so.

Induced pluripotent stem cells, or iPSCs, are somatic stem cells that have been genetically reprogrammed to be more like embryonic stem cells. iPSCs usually start out as skin or blood cells which then undergo genetic programming.

iPSCs were first developed in 2006 and pose one major advantage over somatic and embryonic stem cells: they can be made in a patient-matched manner. What this means is that a lab can tailor-make a pluripotent stem cell line individualized from a persons own cells or tissues.

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Where Do Stem Cells Come From? - verywellhealth.com

Stem Cell Therapy | Life Health Medical Center | Salt Lake …

By Stem Cell Medical Center

Amniotic Allograft Stem Cell Therapy (AASCT) is used to assist the body in repairing damaged tissue. AASTC is one of the most effective treatment methods available to repair joints, rebuild bone, restore ligaments, and improve other areas of the body. When a stem cell divides, the cells have the potential to remain a stem cell, or they can become a different type of cell, such as those used for specialized functions, which is how we use them for patients suffering from joint pain and other conditions.

Stem cells are found anywhere in the human body. Fat and other tissues have stem cells, but the greatest concentration of stem cells is within amniotic fluid. The stem cells used in AASCT are not embryonic stem cells.

AASCT cells are extracted from fluids, not from a fetus, which has been a common misconception about amniotic stem cells.

Stem cell treatments can be used on just about any condition within the body. Athletes often turn to stem cells after suffering a major ACL/MCL tear, and several research programs are using stem cells to treat rare blood disorders and cancer. We typically treat patients dealing with non-life-threating injuries related to common joint pain conditions including:

Stem cell treatments are one of the most versatile in the industry because the cells customize themselves to your bodys needs.

Correct treatment of AASCT will involve the insertion of the fast-growing stem cells into the damaged tissue. Once the cells are in place, the body will start to naturally heal itself. AASCT essentially concentrates the bodys natural ability to heal in one area, providing fast, anti-inflammatory treatment. Patients normally start to feel results within a few days. There are no side effects to stem cell treatments, and it is extremely safe to use.

Unlike other treatments, stem cells are a permanent cure. Cortisone and pain relievers are temporary solutions. Stem cells are the only treatment that helps to restore damaged tissue and bone back to its proper state.

If you want to avoid surgery, find permanent relief from pain, and restore mobility, contact Life Health Medical Center today to schedule an appointment, 801.997.8881.

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