Tag Archives: Embryonic stem cell

embryonic stem cells

Reasons you need to start storing and growing your embryonic stem cells

There are some reasons scientists are pushing for embryonic stem cells use which leads to the question, what is so special about these stem cells? What makes them better than others?

Embryonic stem cells are quite similar to adult stem cells. What makes them different is that fact that they are still young and can differentiate to form all kinds of body cells. This characteristic enables them to be used to treat a variety of illnesses that include, spinal cord injury, heart failure, diabetes or Alzheimer’s disease.

Scientist thinks that this is possible simply because they can change to any cell in the human body. In certain cases, physicians grow cells in the laboratory that will be used to replace the cells that are either damaged due to an injury or just old to perform their roles.

However, there is still a lot of research being done to find out if this therapy can be used to cure illnesses. Due to this, there is are clinical trials taking place in the US and other countries. In addition to their ability to treat several complications it has also been proven that human embryonic stem cells can be used to recover from surgery, heal burns wound and more.

If you are an in vitro fertilization patient, there are high chances you may have more than one embryo you are planning to use in pregnancy. If you find out that they are of an inferior quality, you might no longer want to use them.


embryonic stem cells

When this happens, you might want to grow your discard frozen embryos to form human embryonic stem cells. Just like physicians do when banking cord blood samples, these embryonic stem cells can be kept for future use. Science has proven that, provided the human embryonic stem cells are kept in a -320 degrees Fahrenheit liquid nitrogen, they’ll be able to last a lifetime.

Why do you need to store your embryonic stem cells?

Your cord blood stem cells created will be genetically identical to you are anyone related to you by 50%. The fact that they are created or obtained from a young embryo, it is often assumed that their immune identity isn’t fully functional.

This might be preserved to a point where the cord blood cells can be grown to form specific cells in the body. As a result, the body of a person who is related to you won’t be able to reject simply because they won’t be able to identify it as an outside object.

The bottom line

Having your cord blood stem cells stored may come in handy in future. One of your family members might need an organ replacement, tissue repair and much more, but finding a donor that matches him or her might not be easy, and this is where your human embryonic stem cells might find their use.


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stem cell therapy

Stem Cell Therapy: What is the right treatment for your condition?

If you’ve been doing some medical research lately, then it is likely that you’ve come across stem cells as well as regenerative medicine. You might also have heard about its possibility to cure the incurables, ethical criticisms, fraud warnings and its potential dangers.

With the research still going on, you can easily stumble upon updated information based on theories, innovations, and breakthroughs via the Internet or academic centers.

If you have an illness that seeks a particular treatment, you’ll have to cope with a lot of irrelevant information, but vital for the success of your treatment.

Among the things you’ll have to understand are the new genes that control the development of varying types of stem cells, a unique kind of stem cells that exists in the menstrual blood, overcoming blindness using a new technology, the importance of storing the stem cells of your baby and more. You can also benefit by checking out what some medical centers, universities, and blogs have for you.

One question is, will these kinds of information help you handle your present health complication? Sadly, all the data obtained from the internet, health centers and universities won’t suffice your needs. If you are dealing with life-threatening illnesses, you can benefit from what is being offered by stem cell therapy that includes both established and experimental treatments.


stem cell therapy

The most important thing is the relevant information that addresses health complications and the possibility of a cure. You can also benefit a lot from additional information from hospitals, clinics, Regenerative medicine, immunotherapy and the new fields of stem cells.

This information will help you as a patient judge and wisely choose a treatment that will work for your condition. As a patient, you are required to base your judgment on your medical condition without focussing too much on irrelevant scientific details. You should be more concerned with the available therapies in clinics and research approved by FDA.

One of the most accepted clinical use of stem cell is the transplantation of the bone marrow to treat hematological malignancies. There are also procedures applied by several hospitals to treat autoimmune illnesses.

The next popular breakthrough is the treatment of cardiovascular complications. The currently available, but controlled FDA approved clinical tests targets treatment of peripheral arterial and heart diseases.

Others include muscular dystrophy, diabetes type 1, amyotrophic lateral sclerosis as well as other neurogenerative illnesses. Several studies are still being conducted to find out other possible conditions that need attention and their effective treatments availed by clinics around the globe.


It is vital to put in place a relevant source that will keep the patients updated with all the important information on stem cell therapy development. These should not only be based on academics but may also work best when conveyed as general information.


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stem cell therapy

Can Stem Cell Therapy cure ALS?

Amyotrophic Lateral Sclerosis often abbreviated as ALS is among the most dangerous degenerative disorders. Resulting from a progressive degeneration of the neurons, ALS is one of the brain illnesses characterized by continuous death of brain cells affecting the neurons that are located in the spinal cord area as well as the brain.

Some studies have shown that two out of a million suffer ALS each year. The number has continuously grown and forced medical experts as well as scientists to look for an effective treatment approach based regeneration of neurons’ cells so as to restore the functioning of the brain.

As we all know, the brain is one thing that a body can’t survive without. Its purpose is to control and coordinate every part of the body. One of the reasons, it is considered the best in handling whole body functions is the fact that it can effectively network each and every information sent to the brain via particular stimuli and conveyed via neurons in a useful manner.

The cells (motor neurons) affected by ALS functions best to pass down every information that comes from the brain to several muscle parts in the body through a spinal cord.

The neural damage might result depending on factors that involve several risks including generation of protein flakes, alteration of the genes and more. When any of these happens, chances that the passage of information will be compromised are high increasing the likelihood of the neurons to be damaged.

If the required information can’t be sent, the muscle of which the message was intended and that controls voluntary movements will weaken. And that is the reason most ALS victims end up being paralyzed or in some cases dead due to their dysfunctional respiratory system. One unfortunate fact is that no effective ALS treatment has been found yet.

What causes ALS?

As mentioned earlier, ALS might be encouraged by some factors that include manipulation of the genes with other environmental factors. Almost 10% of ALS cases are claimed to result from inheritance of potent genes. This is evident because only a few cases have been solved by technologies such a stem cell therapy.


stem cell therapy

Stem cell as a cure for ALS

Stem cell technology involves the production of cells intended for a particular tissue. Their primary purpose is to restore the functionality of the damaged organs. Due to this, stem cell therapy is considered as one of the best remedies for ALS simply because it can be used to regenerate new neuronal cells. It can also be used to prevent the damage of the tissues from further progressing.

How Stem Cells Work

Stem cells are always obtained from the body of a patient. Autologous sources include adipose tissue and bone marrow known to be among the best options for mesenchymal and hematopoietic stem cells. These two works best together. For example, hematopoietic stem cells are used for different purposes that include enhancing the immune system, stopping the damage from progressing, and more while mesenchymal stem cells differentiate into several nerve cells and supports the cells to improve on the results.

Available data has proven that stem cells are capable of treating ALS.


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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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motor neuron cells

Motor Neuron Cells for Mobility Restoration

Restoring mobility with motor neuron cells

Stem Cell therapy has proven to be quite a useful remedy for several diseases such as spinal cord injuries, spinal cord disc degeneration, joint complications and more. Stem cells can simply be called blank cells with the ability to develop into any cell depending on how a specialist decided to transplant them.

Several studies have been done to find out if it is safe for both animals and humans and the results have never disappointed. Despite numerous controversies around it, stem cell therapy still comes out as one of the most reliable remedies for treatments of several ailments. Recently researchers and medical experts came to an agreement that the stem cell is an acceptable procedure for human treatment.

Some research was conducted on a mouse to find out if stem cell therapy would repair and replace damaged motor neurones known to deactivate muscle functionality and there was a hope that the results of the mouse study could also work for humans in the coming five years.

It has been noticed that motor neurone disease and spinal cord injuries in most patients’ leads to the inability to move some of their body parts as a result of damaged motor neurones whose main purpose is to transmit signals from your brain to your muscles.

The researchers had to use an elaborate procedure to ensure that it worked. Motor neurones were removed from the embryo’s stem cell and were enhanced with a survival gene. Removal of motor neurones enabled the stem cells to connect smoothly to the muscles as well a light sensor that allowed control of muscle activation by the light sensors. Application of light in this process can be likened to electrical stimulation familiar with several therapies.

Researchers implanted the motor neurones into the mice that were injured and realised that it restored its mobility. While this doesn’t lead to a conclusion, the research seems more promising for future.

motor neurone cells

What is the Controversy?

Several debates have been going on around the topic, specifically the use of motor neurone cells to restore mobility. Today’s researchers use mesenchymal stem cells to carry out such procedures. The mesenchymal procedure involves removal of the cell from a patient and then re-implantation of the cell into another part of the same patient’s body. Use of embryonic cells, on the other hand, has led to controversies due to several reasons.

One of them is that mesenchymal has proven to be beneficial for many applications but not replacement and regeneration of motor neurone cells. According to the study above, you can see that the researchers used the embryonic stem cells to restore the motor neurones in mice. What makes this an issue is the fact that the stem cells are obtained from the human embryo that is often destroyed after the procedure.

What makes this a debate is the fact that destruction of a human embryo is a threat to human life. As a result, there are a few who think that the procedure isn’t a good idea.

In defence of this process, proponents point out that the type of embryo used in the stem cell procedures is the leftover of the Vitro fertilisation procedures. In this procedure, after a woman has achieved her desired goal, she decides the fate of the remaining embryos that often end up in such proceedings.


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