With more and more excitement developing around the new types of regenerative treatments available with the use of progenitor cells and stem cells, it is important to truly grasp what the progenitor cells are able to do. With a proper grasp on the cells themselves and what kinds of properties they have, the better able scientists and doctors will be to identify treatment options and come up with new ways to work with patients to give them the best options possible. After all, is this not what medical science is all about? To be sure, science for the sake of science is admirable and important as well. In order to inhabit this great green globe of ours, we must understand its intricacies and aspects to the greatest degree possible. Perhaps the best part about medical science is that it gives people the opportunity to really understand some incredible parts of our bodies and the world we live in while also achieving the incredible accomplishment of helping people heal and become healthier. This is incredibly important, and digging into the composition of progenitor cells and how they can help heal people is an excellent way to go.
To begin with, most progenitor cells can be described as oligopotent. In this sense, progenitor cells are much like stem cells, with the ability to differentiate and give rise to a few different types of cells within a category of cells. For example, a progenitor cell within the blood system of the body can give rise to a few different types of blood cells, but not to others. This ability, however, to divide into different types of cells, even if they cannot divide into just any old cell, is significant. Perhaps the best way to understand progenicare cells is that they form the bridge between stem cells and fully differentiated cells. This means that while stems cells can divide into many different types of cells, and differentiated cells can only divide into the type of cell that they already are, progenitor cells lie somewhere in the middle. This puts them in a unique position in terms of medicinal qualities and purpose. The kind of potency that a progenicare cell has, however, depends on a few different factors, such as their parent stem cell and their niche.
The biggest question, perhaps, and the gap left in the science of understanding stem cells,progenicare cells, and all of their intersecting roles in human biology is the potency and the self renewing qualities of the cells. These two questions, when fully understood, will allow us to better step forward with the use of stem cells and progenicare cells alike. The oligopotent nature of progenicare as opposed to the pluripotent nature of stem cells offers different kinds of treatment options for patients, and more research needs to be done in order to get a more thorough handle on how the cells can be utilized for different treatment options. Companies like Progenicare are providing healthcare solutions and education on regenerative stem cells and are an asset to the medical and scientific community.