One important aspect of stem cell biology that may be of significance for the success of stem cell therapy is inflammation. We need to know whether a chronically inflamed environment in a patient may disrupt the attempt to treat with stem cells. Stem cells “sense” where to go for repair. Inflammation may confuse this “sensing”, and thus make stem cell therapy less successful without a more integrated (holistic) approach to health. Research into inflammation and how it affects stem cells in acute versus chronic repair is a hot topic in today’s stem cell research.

Although the use of embryonic stem cells is controversial on many aspects, the scientific community’s intense interest in the potential benefits of stem cells has led to many exciting discoveries in a closely related area of adult stem cell function. Recent stem cell study shows that larger numbers of the body’s own circulating adult stem cells results to better health and wellness. And based on the considerable results of a double-blind peer reviewed clinical study, a momentous breakthrough has now been made in this area.

Another good news is that scientists in London have overcome two significant obstacles on the road to harnessing stem cells to build patches for damaged hearts. Research leader Professor Sian Harding has explained how her group has made significant progress in maturing beating heart cells (cardiomyocytes) derived from embryonic stem cells and in developing the physical scaffolding that would be needed to hold the patch in place in the heart in any future clinical application. They have managed to follow beating embryonic stem cell-derived cardiomyocytes for up to seven months in the laboratory and demonstrate that these cells do mature. Developed cardiomyocytes will then be more compatible with adult heart and less likely to cause arrhythmias. This is good news, indeed, to people suffering from heart abnormalities.

If you are planning to get into this particular field, it is best to be informed about some stem cell research facts. You have to be familiar with what stem cells can do, such as its method of regeneration and what it can do in terms of cell repair. Some researchers are investigating stem cells from animals for their potential in curing untreatable diseases. Though with some success, it also has made us confront some ethical issues.

One of the stem cell research facts is it is found all throughout the body. They can regenerate themselves through a process called mitosis and differentiation. They can differentiate into specialized forms of cells. One of the biggest functions of stem cells is they regenerate organs throughout the body. They repair damaged tissues.

Adult stem cells have the capability to widely differentiate. This simply means that they can take form into any cell type where they are badly needed. They act like the repair kit of the body which allows strengthening and renewal of certain weakened cells or areas. These are even perfect because they can be taken from the patient who needs them with very minimal risk.