Posts Tagged ‘Bone Marrow’



Leukemia is cancer of the white blood cells. The bone marrow produces uncharacteristic white blood cells that do not function properly. These white blood cells eventually crowd out normal white blood cells, red blood cells, and platelets. One blood cell of a person suffering from leukemia goes awry and the body produces large numbers of this cell. In most cases the cell that goes awry is the white blood cell. There are four main types of leukemia. These vary on the type of white blood cell affected and the speed of progression. Acute lymphoblastic leukemia (ALL), acute myelogenous leukemia (AML), chronic lymphocytic leukemia (CLL) and chronic myelogenous leukemia (CML) are the four main types. Life expectancy of a patient suffering from leukemia varies from one type to another.

The medical fraternity’s understanding of and ability to treat leukemia has developed considerably in recent decades. In 1960, the 5-year survival rate for all types of leukemia was about 14%. It has now increased to about 50%. Children suffering from leukemia have a higher life expectancy rate, while people over the age of sixty have a comparatively lower life expectancy rate. The two main forms in which leukemia can be broadly termed are chronic and acute. Acute leukemia means that the disease grows rapidly and the usually life expectancy without treatment varies from a few weeks to a few months. Chronic leukemia, however, progresses gradually and with the appropriate cure, life expectancy can be up to 20 years or more after the onset of sickness.

Life expectancy of patients depends on the different factors such as health, age of the patient, severity of the disease, and treatment provided. While the life expectancy amongst ALL and AML is short due to its rapidly progressing nature, life expectancy amongst CLL and CML extend from three years to twenty years.

Over the years statistics have shown that life expectancy among people suffering from leukemia has grown considerably. This increase can be attributed to advanced studies and research. Innovation and invention of new and effective treatment procedures have also contributed to such an increase.

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Leukemia is also known as blood cancer. However, this term is a misnomer because rather than causing cancer in the blood, the cancer is caused in the bone marrow and it affects the white blood cells. These cells are responsible for fighting infections, bacteria and viruses that enter our body. Once the white blood cells are affected, our body gets weakened and is exposed to infections.

There are several types of leukemia and the treatment varies depending on the type. However, the two main types of leukemia are acute leukemia and chronic leukemia. Chronic leukemia is considered to be milder; in other words not all the white blood cells are defective and the progress of the disease is much slower than acute leukemia.

Acute leukemia advances rapidly and all the white blood cells are not normal. However, in some cases it is easier to treat than chronic leukemia.

In the United States, each year thousands of people are diagnosed with acute leukemia. However, it has been seen that a large number of children, mostly around 4 years old, are afflicted more frequently by acute leukemia. The good news is that more and more cases are being cured and there is constant research for new medication and treatment methods.

The cause of acute leukemia is unknown. The only thing that one can say for certain is that some people are at a higher risk of getting the disease than others. People who are exposed to radiations or certain chemicals have the highest chance of contracting the disease. In addition, there is the hereditary factor. It has been seen that children receive the defective gene from their mother and this gene may lead to acute leukemia.

People who have leukemia tend to bruise easily or bleed easily from the nose and gums. In addition to weak immune system, there is a general feeling of fatigue and unexplained weight loss. The disease by itself does not have any specific symptoms.



Are you having some red blood cell problems? Do you often feel tired and people start to notice and say just how pale and weak you are lately? Then you are probably anemic. People who have anemia often get tired easily and their skin look pale. Though there are many medications and supplements available to help cure iron deficiency such as this condition, there is one wonder supplement that has been introduced in the market and showed impressive results.

MFIII is the revolutionary nutritional supplement available in the market today. It has been reported that it could actually cure anemia naturally and fast. MFIII is the best answer to people who suffer from anemia because it directly increase the count of the red blood cells, increase the ability of the red blood cells to carry more oxygen on different parts of the body and it can restore and stimulate the function of the bone marrow to produce healthier red blood cells.

MFIII is the soft gel capsule version of live cell therapy which originated from Switzerland. Live cell therapy comes from the specific organ cells of unborn sheep. Many years of experience and research and sheep was found and tested to be the best donor animal among other animals because its not only vital but sheep are hardy animals that have natural disease resistance and best immune system. The protein coming from the sheep is compatible to humans that is why there are no reports of any side effects when sheep placenta is being consumed by humans.

MFIII also have a very affordable price compare to any iron supplements available today. MFIII can be taken for a long period of time and there will be no any side effects. People who used to have anemia claimed just how effective MFIII really is because it actually doubled up the count of their red blood cells in no time. These people are still using this nutritional supplement to help maintain the healthy production and count of their red blood cells.

MFIII will not only doubled up the count of the red blood cells of anemic person but it has also other great benefits as well as it can actually improved skin and color tone, it can enhance your stamina and energy level, it will also help you not to get tired easily, it helps boost your immune system, it will surely improve your blood circulation, it can add more vitality on your alertness and mentality, you will surely get a good night sleep at all times, it will provide you more energy and vigor and it will help bring your appetite back.

So if you are diagnosed with anemia, look not further for anything less because MFIII is your final answer to help you cure your red blood cell problems naturally and fast. Soon you will have your healthy body and system back again in no time and you will start to enjoy your old activities more because of your new energy and stamina.



Considered to be a benign disease for years, Myelodysplastic Syndrome (MDS) is nowadays known to pose a serious threat to people it affects. Recent studies have revealed that MDS is actually a malignant disease that can further lead to leukemia. Due to this fact, Myelodysplastic Syndrome is also referred to as pre-leukemia disease.

Similar to leukemia, MDS triggers an overproduction of abnormal blood cells that eventually outnumber their healthy counterparts. The cells involved in causing the disease are called blasts and they originate in the bone marrow. Dysfunctional blasts multiply at abnormally fast rates and accumulate in the marrow or in the bloodstream. These functionless cells perturb the production of normal blood cells, causing a decrease in the number of red blood cells, white blood cells and platelets. As a result, people who suffer from MDS also have anemia, (due to fewer red blood cells), impaired immune system (due to fewer white blood cells) and experience slow healing (due to fewer platelets).

Many patients diagnosed with MDS are at risk of developing leukemia. In order to block the progression of MDS and to prevent the occurrence of leukemia, most patients receive treatments with decitabine, a new drug that is currently under testing.

Although most patients diagnosed with MDS respond well to treatments with mild chemotherapy drugs and decitabine, they commonly experience relapse after completing the prescribed course of medications. MDS has a pronounced recurrent character and despite its high curability in the initial stages of the disease, it becomes very difficult to treat in later stages of evolution.

Oncologists have noticed the fact that patients who relapse also become less responsive to second treatments. The exact reasons why most patients with MDS fail to respond to re-treatment are still unknown. However, this problem may be corrected by extending the duration of initial treatments. Medical scientists explain that a single long-term course of chemotherapy drugs and decitabine may provide better results than frequently repeated shorter treatments. They sustain that by extending the treatment with mild chemotherapy drugs and decitabine beyond the margin of remission, patients with MDS are less likely to relapse. In addition, medical scientists claim that patients who achieve remission should follow ongoing maintenance treatments in order to prevent the recurrence of the disease.

Recently conducted experiments have confirmed the fact that long-term treatments provide better results than repeated treatments in overcoming MDS. Patients who receive short-term treatments not only experience relapse, but they are also more exposed to developing acute leukemia and other severe forms of blood cancer. In order to prevent this from happening, an extended low-dose initial treatment with decitabine followed by maintenance treatments may be the best option for patients diagnosed with MDS.



Megaloblastic anemia is an anemic condition which is caused by a deficiency in folic acid, vitamin B12 or a combination of the two. When the human body is lacking these substances the bone marrow is unable to produce healthy or normal red blood cells and produces red blood cells which are immature and larger than normal cells.

These cells also tend to die earlier than the one hundred and twenty days which healthy red blood cells normally live. This results the condition of anemia due to an insufficient amount of red cells in the body which are needed to distribute oxygen throughout our body.

Potential Causes of Megaloblastic Anemia

Megaloblastic anemia can be caused by numerous conditions that result in the folic acid or vitamin B12 deficiency in the body. Alcoholism can be one of those conditions as alcohol interferes with the foliate metabolism in the liver which can deplete the body of folic acid. The most common cause of megaloblastic anemia in children is a vitamin deficiency.

Other common causes of this anemia are due to digestive problems which prevent the body from absorbing a sufficient amount these vitamins as well as certain medications which interfere with the absorption of folic acid. A folic acid deficiency is also common during pregnancy which can cause the mother to become anemic as well as the newborn baby. In some cases this condition during pregnancy may result in a birth defect which is called spina bifida.

Treatment of Megaloblastic Anemia

Treatment typically consists of taking supplements of folic acid or the B12 vitamin as well as treating any underlying digestive problems which may be causing the deficiency. These supplements are taken until the vitamins reach a sufficient level in the body which is typically within three months time.

There are many foods which contain folic acid as well such as oranges, liver, rice, green leafy vegetables, and wheat germ. Foods which contain vitamin B12 include poultry, dairy products, fortified cereals, and shellfish.



The first notice as painless enlarged lymph nodes (adenopathy or lymphadenopathy) is lymphoma. Generally enlarged lymph nodes do not mean lymphoma. The diagnosis of lymphoma can be determined or excluded by a biopsy and subsequent pathology evaluations of the tissue.

Depending on the type of lymphoma and where the lymphoma is actively growing symptoms can vary. Symptoms like anemia (low red blood cells count) the bone marrow dysfunction are not so common but are present in later stages of the disease and also as side effect of some treatments. MALT lymphomas may present as an upset stomach or an enlarged lymph node can cause a change in bowel movement.

It can be difficult to identify the meaning of a symptom because some of these may be common to certain stages of lymphoma and to specific treatments. Other medical conditions and illnesses that are unrelated to lymphoma like flu or an ulcer can be developed. There are other informations that doctor must know when he is informed about a symptom like: the intensity, the size and appearance, when it started, how long it has lasted, if it waxes and wanes, the medications and supplements used and the beginning of uses them, how the symptom might change when position is changed, association of the symptom with meals or specific foods, the time of day the symptom might be most intense.

These and other details help the doctor to identify the possible cause or causes, or if further tests are warranted. The common symptoms that appear are unexplained and persistent: anemia, appetite loss, fatigue, fever, flu-like symptoms – aches, fever, chills, infections associated with low white count, night sweats – drenching, pain; itchy skin (purititis), red patches; jaundice – yellowish tinge (related to liver function), swollen and painless lymph nodes, swollen spleen or liver, thrombocytopenia and weight loss.

B-symptoms are common and a onset of them may suggest that the lymphoma is progressing. Also b-symptoms present unexplained and persistent: fever and chills, drenching night sweats, fatigue, pruritus and weight loss. Other symptoms are flu-like symptoms like aches and pains, localized pain that may occur depending on the location of tumors, and frequent infections resulting from depressed immunity.

The diagnosis of lymphoma (which requires a biopsy) is often delayed because b-symptoms are common to both minor and serious medical conditions. Fever, night sweats, weight loss in excess of 10%, or asthenia, called systemic symptoms are infrequent at presentation of the disease but can be observed in later stages. If a patient develops systemic symptoms the progression to an intermediate-grade or high-grade lymphoma should be considered. To monitor progression monitoring blood for increasing levels of LDH and Human beta-2 microglobulin is used.

If a person present some of these symptoms a doctor should be consult for a proper treatment.

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