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MDS Syndrome – The Truth About the Disease
One of the least known cancer forms is called Myelodysplastic Syndromes (MDS). This is also formerly known as ‘pre-leukemia’ but not anymore because the term is misleading.
With MDS, the bone marrow is hyperactive but does not produce the normal number of healthy blood cells in the bloodstream. When the disorder in the production of blood cells continued, the different types of blood cells will have an abnormal count and the bone marrow will begin to deteriorate. The MDS patient will have low or high amount of any or all of these blood cells (red, white, and platelet). Read the rest of this entry
How MDS Affects the Blood
MDS or Myelodysplastic Syndromes, formerly known as pre-leukemia, are defined as a group of diseases in which the production of all types of blood cells is disrupted. The body of the person with MDS is no longer producing enough number of normal and healthy red blood cells, white blood cells or platelets.
The bone marrow normally produces ‘blasts’ or unformed cells that naturally form into red or white red blood cells or platelets. But the bone marrow of MDS patients produces blasts in abnormally large number but only a few blood cells develop properly. Read the rest of this entry
What is MDS?
A lot of people are somewhat familiar with different types of cancer like leukemia or MDS; however very few truly know what the causes for these illnesses are, or what treatment options are available. It is therefore very beneficial to have a clear-cut view of what myleodysplastic syndromes really are, before asking further questions regarding the subject.
MDS are a combined constitution of different hematological conditions that are integrated when there is an absence of adequate amounts of red and white blood cells in the body. MDS results from the bone marrow stem cell, causing a disorderly production of blood cells in the bloodstream. For many years this fatal form of cancer has commonly been called as pre leukemia because it almost always leads to the development of leukemia, which is the cancer of the blood. Read the rest of this entry