Tag Archives: stem cell tissues

adult stem cell

The future of stem cell therapy

Of all the cells in human body, stem cells are the most essential. Unlike other cells, they have the ability to differentiate to form several kinds of cells with varying functions. They can also self-generate to produce extra stem cells.

While still young, they are capable of becoming any cell in human body. They have the ability to copy and adopt the makeup of a particular cell, a trait that enables them to repair the human body. This is also one of the characteristics that make them quite effective in treating several diseases through a process called cell therapy.

Adult stem cell transplantation is a common type of stem cell therapy that is being used to treat several blood complications as well as cancers such as leukemia, lymphoma and more.

 

adult stem cell

To use a bone marrow, physicians target a bone marrow of a donor whose blood matches that of the patient. The bone marrow is obtained through a process of chemotherapy or radiation. The bone marrow is then transferred to the body of the patient. In the patient’s body, the cells start top self-generate creating new cells to replace the old or damaged cells. It is then followed by a similar process, but this time, the stem cells aren’t obtained from the bone marrow.

Another useful source is the umbilical cord. It is indifferent from the first two mentioned above. The only difference is that the stem cells are derived from the umbilical cord blood of a newborn baby. They are also considered the best simply because, it isn’t easy for any patient’s body to reject the cord blood cells unlike what is evident with other sources such as the adult stem cells and more.

This is because these kinds of cells are still young and have some features that no human body might recognize as an external substance. This is also one of the reasons several unending debates surround this kind of therapy.

A lot of people think that destroying an embryo to get this kind of cells is going against ethics. A scientist has tried to disapprove this misconception by saying that these kinds of cells can be obtained from an embryo that is no longer in use. Instead of disposing of an embryo when they no longer need it, mothers donate these embryos to labs where they are used as a source of stem cells.

Cord blood cells have provided lots of opportunities for an extended research on stem cell therapy. Researchers have developed a theory that this kind of cells, unlike the adult stem cells, have the ability to treat several diseases such as neurological as well as cardiac disorders. As a result, informed parents have started preserving the blood of their newborn babies for future emergencies.

 

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stem cells

Stem cells versus health industry

The many controversies revolving around stem cells has encouraged many people to focus on the potential drawbacks instead of the obvious benefits. Apparently, stem cells have proven to be quite beneficial in testing new drugs and curing serious illnesses. Some studies have proven that it can also cure several types of cancers.

Despite all this, its application has resulted in raging debates for some years. Initially, it was illegal and was only accepted by a few after a realization that it could be a solution to several complications including illnesses that had no cure. One question is, where do all these controversies come from? Are there other possible stem cell research application in future?

You may wonder why some people are against a medication that has proven to be a cure for several illnesses that were assumed to be untreatable before.

The main issue here is abortion. According to those who are opposing stem cell research, obtaining stem cells from a living embryo is indifferent to abortion simply because the embryo will be useless after testing. On the other hand, the proposers claim that incorporating stem cell therapy in the medical industry is promising to both the patients as well as families around the globe. This is because of stem cell therapy, unlike other previous ineffective treatments, has proven to work for several incurable illnesses such as Parkinson’s, Alzheimer’s as well as other cancer types.

What are stem cells and how do they help cure diseases?

Stem cells exist in human bodies. Their role is to maintain as well as repair the cells of the tissues. To do this, they only divide and repair when they are required to, for example when there is an injury to the tissues. They can also be found in other sources such as skeletal cells, bone marrow, blood vessels, teeth and bone marrow.

 

stem cells

It was not until recently when the scientists figured out a way to reprogram stem cells that can treat several complications and diseases. This has made it possible to use the stem cells to cure several illnesses that include cancer, blindness, and many others. Realization of this has encouraged even the pharmaceutical firms and consultancy to agree with the claims made by the scientists behind it.

Despite this, there are still some steps needed to improve the usefulness of the research. Stem cells can also be extracted from the organs, or the living blood of adults eliminating the issue of abortion hence encourage the research to continue. The drawback in using this method is that scientists claim that they are not as useful as the living embryos.

Even with the raging debates, it is clear that stem cell has revolutionized medicine. They have been used in testing new drugs that include tumor drugs; they also work best in regenerating damaged cells of the tissue and the best part, they can completely restore damaged tissue. The point is, stem cell research is promising to health sectors, but until it is fully accepted, there is a lot to be discovered.

 

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stem cells

Treatment of Osteoarthritis by Stem Cells and Scaffolds

Affecting over 20, 000, 000 Americans, Osteoarthritis remains to be one of the most popular forms of arthritis characterized by a breakdown of joints most commonly in the knees, hips, spine, elbows, ankles and shoulders that might result from stress or an injury.

A functional cartilage of any young adult who is healthy is composed of a matrix that contains a mixture of sugars, proteins, collagen, and water. In the matrix, we have the chondrocytes whose primary purpose is to make the matrix they exist in.

Cartilage can withstand any additional load put on it simply because it can go back to the way it was initially after the load is lifted. Trauma or anything close may damage cartilage. This changes the way it functions. To restore the cartilage back to its normal condition, the chondrocytes begins to involve the devastating enzymes. A series of reactions start to take place such as, the deformation of the bone that is underlying, joint lining and production of cytokines which are protein messengers that work best to stimulate the inflammation.

These processes encourage the cartilage to wear away followed by a deformity as well as chronic inflammation influenced by unusual activities at the joint. To treat osteoarthritis, health experts have involved a series of remedies that involve anti-inflammatory drugs free of steroids, physical therapies as well as injection of hyaluronic acid or corticosteroid to the joints.

 

stem cells

Stem cell therapy has with time gained some popularity for being among the best promising remedies for osteoarthritis as well as its ability to bring back the cartilage to full functionality. However, this doesn’t mean that a one-time stem cell application will do the magic.

There have been several tests that have been carried out to figure out how stem cells can work together with the scaffold to effectively activate regeneration of the cartilage.

Several reviews have targeted to explain the scaffold types that can be put to study. Among them are, biomaterials such as sugars, chitin, the cell walls of algae, silk, fibrin, collagen and more.  Seeded with several growth factors, the scaffolds works nest to stimulate the multiplication and division of stem cells while at the same time shielding them from being destroyed by a harsh environment which is the arthritic joint.

Now, to use autologous stem cells in modern clinical medicine, there is a need to involve fat as a scaffold for the matrix. Together with several growth factors obtained from the components of blood, the matrix activates the certain biometric scaffold as mentioned above.

 

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stem cell tissues

Stem Cell Therapy versus Traditional Medicine

Organic regeneration and stem cell tissues in traditional medicine

Studies have shown that stem cells can be harvested directly from the adipose tissue to regenerate diseased organs. According to traditional medicine, this practice is abnormal. It means that the human body can heal itself. According to Tibetan traditional medicine, these mechanism is based on energy meridian which is coordinated by the brain’s primordial energy.

Human brain controls each and every psychological process in the body, and this includes differentiation and specialisation of stem cells to regenerate and heal tissues of the affected organ.

The energy barriers are removed if the acupoints located along the meridians are stimulated. This action also sends signals to the brain informing it about the presence of a dysfunctional in the organ. The brain will then analyse the information submitted through energy impulse and then orders the repair system to harvest the required number of stem cells from your body.

This system will then specialise the stem cells as required and send them to the dysfunctional organ. Once they reach the sick body, they begin the regeneration process as well as the elimination of non-functioning cells.

This aspect is vital just because, whenever the organ gets an injury, the body reacts to send genetic information to the stem cells. So, it is important that the stem cells targeted are distinguished with proper genetic information.

stem cell tissues

Tissue regeneration process takes place throughout the body. Several acupoints that coordinate several body functions are stimulated by an acupuncture period. This enables removal of cell residues as well as toxins from the organs restoring their structures.

There are several applications of this stem cell procedure that includes aesthetic as well as medical. But the result depends on the capacity with which your body regenerates. For example, the rate at which an organ is cured depends on the functionality of the tissue involved.

Benefits of stem cell therapy in traditional medicine

This remedy is applicable for both adults, kids as well as pregnant women. Use of stem cell therapy in traditional medicine treatment comes with several benefits that include.

  1. It brings the cell activity to equilibrium and works well to detoxify the organic environment. Studies have shown that the cells obtained from the body of a sick person function best in an artificially made natural surroundings that are clean. When inserted in the body of a sick person, the processes of the cells decrease invariably.
  2. Regeneration and revitalization of the organs, blood as well as skin. The procedure applies to all sorts of chronic illnesses that includes anaemia, leukaemia, cancer, Benin tumours, diabetes mellitus, prostate adenoma, pituitary adenoma, hepatitis, fibroma, bone marrow diseases and more.
  3. It strengthens your osseous system and tones your muscles: This treatment work for muscular dystrophy and paralysis, backbone diseases and more.
  4. It also reduces the effects of ageing as well as prevention of particular illnesses such as osteoporosis and many others.

After a few findings on the limits involved in this therapy, it has been realised that stem cell therapy is applicable for both modern medicines as well as traditional medicine.

 

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