Does Down Syndrome Increase the Chances of Developing Leukemia?

Myelodysplasia syndrome (MDS), is a type of disease that is associated with abnormal cells in the blood and bone marrow. Patients with the disease commonly have immature stem cells which result in unhealthy progenies such as platelets, red and white blood cells. There are different types of MDS, which are analyzed by certain changes in the blood or bone marrow. MDS can be more commonly found in Men in their 60’s seeing how the chances of myelodysplasia syndrome increases with age. Genetics also

of the disease. (Leukemia and Lymphoma Society, 2014). Blood cancers cause the function, normal development, and production, of blood cells to be interrupted, as they grow uncontrollably. (American Society of Hematology, n.d.). The disease starts in the bone marrow, where cancerous white blood cells prevent the body from fighting off infections and stopping serious bleeding. (American Society of Hematology, n.d.). There are three main types of blood cancers; they include leukemia, lymphoma, and myeloma

Down Syndrome is Still a Quality Life “When you judge someone based on a diagnosis, you miss out on their abilities and uniqueness” –Sevenly. People tend to jump to conclusions when they see somebody with a disorder. They tend to believe they are incapable of being an active member of society or even incompetent of simple tasks; yet these are common beliefs when people see somebody with down syndrome. People with down syndrome are just as capable as people without it. There are many successful people

They tend to believe they are incapable of being an active member of society or even incompetent of simple tasks. These are common beliefs when people see people with down syndrome, which are false statements. People with down syndrome are just as capable as people without it. There are many successful people who have down syndrome. Some famous and successful people are: Lauren Potter, a known actress from the T.V series Glee, Angela Bachiller, the first elected councilwoman, Melissa Reilly, a

Down Syndrome in Children Down syndrome is one of the most common and easily recognized genetic disorders. It is caused by abnormal cell division that involves the 21st chromosome pair of the 23 pairs of chromosome found in all normal human cells. There are three types of these abnormalities, which are non-disjunction, translocation, and mosaicism. Ninety five percent of children born with Down syndrome are a non-disjunction type which is three rather than two chromosome 21s. About three to

three percent of all births. Some defects like Down syndrome, Tay-Sachs disease, sickle cell disease, and hemophilia are genetic in origin. On the other hand, some defects like rubella, gonorrhea and syphilis may be caused by infections. Other agents that could cause malformation include drugs or hormones taken by the mother during pregnancy. A defect can also occur in the baby if there is a history of maternal illnesses such as diabetes. The developing fetus can also be affected due to the kind of

of gene therapy include the treatment of hereditary blindness, immune deficiencies, hemophilia, blood disease, cancer, parkinson’s disease and more. In most tumor-related developments are caused by the inactivity of the p53 cell. What the p53 gene does is balks the overgrowth of cells and keeps tumors from being made. Many people that have been diagnosed with cancer or have a tumor can often be found to have the p53 gene malfunctioning. With gene therapy, there is a probability that a new gene would

Human cloning has been a very controversial topic for many years now. The term human cloning includes numerous methods that are used to produce genetically identical copies of humans. The copied material, which has the same genetic makeup as the original, is referred to as a human clone (National Human Genome Research Institute). Lost in the midst of all the fuss about cloning is the fact that cloning is nothing new: it’s rich scientific history spans more than 100 years (Genetic Science Learning

From this semester until the age of two the neurons will increase their connectivity and functioning. The most important phases of the brain’s development are: The neural tube, neurogenesis, neural migration, and neural connectivity. Under certain circumstances if the brain does not finish its development completely, there is a high risk for the baby. If there is a failure during the closing of the neural tube the fetus

Researchers are still trying to understand the etiology of Hodgkin’s lymphoma.1 Researchers have identified certain risk factors that increase the chance of getting the disease. For example, infection with the Epstein-Barr virus (EBV) increases the risk of getting Hodgkin lymphoma; however, the overall risk of getting Hodgkin’s is still small even with a previous EBV infection. It is unclear what role EBV plays in the development of Hodgkin’s lymphoma since many people are infected with EBV each