Factors affecting Stem Cell Research
stem cell research

Factors affecting Stem Cell Research

Stem Cell Research

Stem cell therapy is a vital health and wellness discipline affecting people with degenerative deceases and Stem Cell Research is significantly on the increase. The implications of Stem Cell Research is so extensive that it sometimes becomes a subject of political discussion. Below we address some of the most common queries regarding stem cell therapy:

1. What is stem cell therapy and why is it important?
Stem cells are “blank slate” cells that can, under the appropriate conditions, become other more specific, specialised cells, such as cells found in muscular tissue, bones, body organs or nerve cells. This means that stem cells can regenerate damaged or aging tissue or cells in the body, making it a suitable therapy for a wide range of health and wellness diseases.
These include:
• degenerative disc condition;
• osteoarthritis; spinal injury;
• motor neuron conditions,
• macular degeneration;
• Parkinson’s;
• ALS;
• cardiovascular disease and,
• many more life-altering diseases.
Stem cell therapy has been shown to be capable of treating deceases for which there is presently no reliable cure.

2. Is making use of embryonic stem cells lawful in the USA?

a closer look at stem cells
Embryonic stem cells

Yes. Nevertheless, US Federal Government funding is only provided for research carried out under rigorous guidelines. Carrying out such research past the bounds of these guidelines can still be legal but needs to be done under exclusive or state government funding, which is more difficult to find.
The US President unsuccessfully attempted to lift constraints on research into embryonic cells in 2009. Existing legislation prevents research including the production of new cell lines that are being funded by the USA Federal Government. A cell line is produced when cells are removed from a young embryo, which is leftover from an artificial insemination procedure and donated to scientific research by a consenting donor, and the cells begin to split and increase. As soon as cells are extracted from the embryo, the embryo is destroyed. This is the primary factor used by people opposed to this type of research.
In the USA researchers can only get US Federal Government funding on research making use of the minimal number of embryonic stem cell lines that already exist.

3. Just how do supporters react to objections of embryonic stem cell research?
Many people claim that the embryo destruction after cells have been extracted is not unethical, because after the donor no longer required the embryo for reproductive purposes the embryo would in most cases be destroyed.
In fact, donors have 3 alternatives:
• Have the remaining embryos destroyed;
• donate the embryos to people wishing to use them to conceive; or
• donate the embryos for scientific research.

People that do not wish to donate to people wishing to use them to conceive, will often either donate to research, which will ultimately lead to the destruction of the embryos or decide to have them destroyed right away.

4. What other types of stem cell research/therapy exist?
There are types of stem cell therapy that do not need embryonic cells. Stem cells can be found in the bone marrow, blood and

Extracting Stem Cells

umbilical cords of adults; regular cells can also be reverse engineered to have limited stem cell capacities.

5. If embryonic stem cell research is not acceptable, why not go with cells created from adults?
Unlike Embryonic Stem Cells, cells from adults have the minimal capability to end up being other cells, which means for example that adult cells aren’t dependable for the development of new nerve cells, though they might successfully replace cells such as spinal disc cells, muscle tissue, cartilage or bone cells.

6. Is there a kind of risks connected with this kind of therapy?
With the increase in understanding of the benefits of Stem Cell Therapy research in this area is increasing significantly. One issue is that traditional methods of extracting Stem Cells, growing them outside the body and then reintroducing them, can boost an individual’s risk of developing cancer cells. Cancer is brought on by cells that rapidly increase in number and do not self-destruct in the usual way when something is wrong. Stem cells are added to development factors that motivate fast reproduction prior to being transplanted into people, and they have a tendency to die more slowly than other cells. Both benign and deadly tumors can develop.

Because StemEnhance® ULTRA uses the body’s ability to naturally release bone marrow stem cells from within the body, this risk is not a factor.

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