Who's The World's Top Expert On Acute Myeloid Leukemia Railroad Injuri…
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작성자 Lynne Bible 작성일23-06-18 10:21 조회30회 댓글0건관련링크
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Acute Myeloid Leukemia Cancer
Acute myeloid leukemia cancer (AML) is a cancer that begins in the bone marrow where blood cells are produced. It could spread to brain, blood and the spinal cord.
In AML the immature white blood cells referred to as blasts enlarge the bone marrow and prevent it from making healthy platelets and red blood cells. This is the most frequent form of acute leukemia that is seen in adults.
Diagnosis
Acute myeloidleukemia cancer occurs when immature blood cells (leukemia cells) accumulate in bone marrow as well as blood, and crowd out healthy cells. The cancer can grow rapidly and can then be spread to other parts of the body. It is the most prevalent form of acute leukemia found in adults. AML and acute nonlymphocytic lymphoma are also names for this type of leukemia.
Doctors diagnose acute myeloidleukemia by examining a patient's symptoms and doing blood tests. The blood test reveals the amount of red blood cells and white blood cells and platelets are present in the blood. It also checks for Acute myeloid leukemia cancer signs of blood clotting problems and the concentrations of certain minerals and chemicals.
The doctor will conduct an examination physical to look for swelling in the neck, groin and liver. They can also look for signs of infection or conditions that affect the eyes, skin, or gums. They will ask the person about their health history including any illnesses or treatments.
A sample of bone marrow may also be checked for leukemia. This is accomplished using the use of a needle to remove tiny pieces of bone and marrow from the hipbone. The doctor will then place the specimen into a machine that searches for cancerous cells. The doctor also examines the sample under a microscope to see how the cells appear and count the number of leukemia cells. A cytogenetic test is another laboratory test that is designed to detect changes in the chromosomes inside leukemia cells.
Treatment
The bone marrow produces blood stem cells that become mature blood cells over time. One kind of myeloid stem cells develops into granulocytes, which make white blood cells. White blood cells fight off infection and alert other blood cells to the presence of invaders. Another type of stem cell called lymphoid develops into B cells that create antibodies against bacteria and viruses and T cells that destroy them directly. Myeloid stem cells transform into abnormal white blood cell called myeloblasts during acute myeloid cancer. They accumulate in blood and Acute myeloid leukemia cancer bone marrow and block healthy blood cells.
The cancer may develop to the brain and the spinal cord, as well as organs in the chest and abdomen, and other parts of the body. The risk of leukemia increases as you age and the likelihood of developing it increases in those who have had previous chemotherapy or radiation therapy to treat other cancers.
AML is treated by doctors with medicines (also known as chemotherapy) that destroy cancerous cells or stop them from growing. The subtypes of AML and whether the leukemia is spreading is used to determine the treatment plan.
Treatment for AML is typically divided into two phases. The first phase, referred to as remission-induction therapy, is designed to get your blood count back to normal and kill any leukemia cells. The second, known as consolidation therapy, aims to eliminate any remaining cancerous cells and prevent the cancer cells from returning. Palliative therapy can be used to treat side effects and symptoms.
Side effects
If your doctor suspects you are suffering from acute myelogenous Lymphoma then he'll refer you to a physician specializing in blood cell disorders (hematologist). A bone marrow biopsy. In this test, doctors use needles to collect a sample of bone marrow. The sample is then sent to a laboratory to determine if it contains too many unmature blood cells or abnormal blood cells.
Acute myeloid leukemia cancer starts in the blood-forming cells of the bone marrow. The cancer causes these cells to make too many immature white blood cells that build up in blood and obstruct healthy cells. These cells may also spread to other parts of the body.
The treatment for this type of cancer depends on your age and the type of AML. It typically includes a variety of kinds of chemotherapy drugs. After this treatment, you could receive medications to prevent cancer from recurring. This treatment is called maintenance therapy.
Certain drugs used to treat this condition can cause side effects. They can cause bruising or bleeding in the form of low levels of healthy blood cells, tiredness and fever. These side effects are generally temporary and will disappear once the chemotherapy is done and healthy cells grow back. Medications to treat side effects include medications which increase your blood cell counts, medicines to combat infections, and antibiotics to prevent or treat any infections you suffer from.
Prevention
Every day, millions of blood cells develop in the bone marrow (the internal part of the spongy interior of certain bones where new blood cells are created). The majority of these cells transform into lymphoid-stem cells that eventually mature into mature lymphocytes that fight off infection and disease. A few stem cells transform into myeloid stem cells which eventually become granulocytes (including neutrophils) and platelets, which aid in the formation of blood clots.
When these stem cells transform and start to grow out of control, they block healthy bone marrow and blood cells. This can cause issues such as bleeding easily and infections as well as anemia and uncontrolled production of blood cells called leukemia.
AML typically starts in the bone marrow but it can spread quickly to the blood and other organs, such as the liver and central nervous system. The subtype of AML will determine the prognosis, i.e. how likely you will survive and how long you'll live after treatment.
The most significant risk factors for AML include the aging process, having previously received chemotherapy or radiation therapy, smoking, and being exposed to certain chemicals, like benzene. A family member who has AML or another hematological disease increases your risk. Genetic disorders that are familial like myelodysplastic syndrome Down syndrome and Bloom syndrome increase your risk. Other conditions such as hepatitis C and HIV may increase your risk.
Acute myeloid leukemia cancer (AML) is a cancer that begins in the bone marrow where blood cells are produced. It could spread to brain, blood and the spinal cord.
In AML the immature white blood cells referred to as blasts enlarge the bone marrow and prevent it from making healthy platelets and red blood cells. This is the most frequent form of acute leukemia that is seen in adults.
Diagnosis
Acute myeloidleukemia cancer occurs when immature blood cells (leukemia cells) accumulate in bone marrow as well as blood, and crowd out healthy cells. The cancer can grow rapidly and can then be spread to other parts of the body. It is the most prevalent form of acute leukemia found in adults. AML and acute nonlymphocytic lymphoma are also names for this type of leukemia.
Doctors diagnose acute myeloidleukemia by examining a patient's symptoms and doing blood tests. The blood test reveals the amount of red blood cells and white blood cells and platelets are present in the blood. It also checks for Acute myeloid leukemia cancer signs of blood clotting problems and the concentrations of certain minerals and chemicals.
The doctor will conduct an examination physical to look for swelling in the neck, groin and liver. They can also look for signs of infection or conditions that affect the eyes, skin, or gums. They will ask the person about their health history including any illnesses or treatments.
A sample of bone marrow may also be checked for leukemia. This is accomplished using the use of a needle to remove tiny pieces of bone and marrow from the hipbone. The doctor will then place the specimen into a machine that searches for cancerous cells. The doctor also examines the sample under a microscope to see how the cells appear and count the number of leukemia cells. A cytogenetic test is another laboratory test that is designed to detect changes in the chromosomes inside leukemia cells.
Treatment
The bone marrow produces blood stem cells that become mature blood cells over time. One kind of myeloid stem cells develops into granulocytes, which make white blood cells. White blood cells fight off infection and alert other blood cells to the presence of invaders. Another type of stem cell called lymphoid develops into B cells that create antibodies against bacteria and viruses and T cells that destroy them directly. Myeloid stem cells transform into abnormal white blood cell called myeloblasts during acute myeloid cancer. They accumulate in blood and Acute myeloid leukemia cancer bone marrow and block healthy blood cells.
The cancer may develop to the brain and the spinal cord, as well as organs in the chest and abdomen, and other parts of the body. The risk of leukemia increases as you age and the likelihood of developing it increases in those who have had previous chemotherapy or radiation therapy to treat other cancers.
AML is treated by doctors with medicines (also known as chemotherapy) that destroy cancerous cells or stop them from growing. The subtypes of AML and whether the leukemia is spreading is used to determine the treatment plan.
Treatment for AML is typically divided into two phases. The first phase, referred to as remission-induction therapy, is designed to get your blood count back to normal and kill any leukemia cells. The second, known as consolidation therapy, aims to eliminate any remaining cancerous cells and prevent the cancer cells from returning. Palliative therapy can be used to treat side effects and symptoms.
Side effects
If your doctor suspects you are suffering from acute myelogenous Lymphoma then he'll refer you to a physician specializing in blood cell disorders (hematologist). A bone marrow biopsy. In this test, doctors use needles to collect a sample of bone marrow. The sample is then sent to a laboratory to determine if it contains too many unmature blood cells or abnormal blood cells.
Acute myeloid leukemia cancer starts in the blood-forming cells of the bone marrow. The cancer causes these cells to make too many immature white blood cells that build up in blood and obstruct healthy cells. These cells may also spread to other parts of the body.
The treatment for this type of cancer depends on your age and the type of AML. It typically includes a variety of kinds of chemotherapy drugs. After this treatment, you could receive medications to prevent cancer from recurring. This treatment is called maintenance therapy.
Certain drugs used to treat this condition can cause side effects. They can cause bruising or bleeding in the form of low levels of healthy blood cells, tiredness and fever. These side effects are generally temporary and will disappear once the chemotherapy is done and healthy cells grow back. Medications to treat side effects include medications which increase your blood cell counts, medicines to combat infections, and antibiotics to prevent or treat any infections you suffer from.
Prevention
Every day, millions of blood cells develop in the bone marrow (the internal part of the spongy interior of certain bones where new blood cells are created). The majority of these cells transform into lymphoid-stem cells that eventually mature into mature lymphocytes that fight off infection and disease. A few stem cells transform into myeloid stem cells which eventually become granulocytes (including neutrophils) and platelets, which aid in the formation of blood clots.
When these stem cells transform and start to grow out of control, they block healthy bone marrow and blood cells. This can cause issues such as bleeding easily and infections as well as anemia and uncontrolled production of blood cells called leukemia.
AML typically starts in the bone marrow but it can spread quickly to the blood and other organs, such as the liver and central nervous system. The subtype of AML will determine the prognosis, i.e. how likely you will survive and how long you'll live after treatment.
The most significant risk factors for AML include the aging process, having previously received chemotherapy or radiation therapy, smoking, and being exposed to certain chemicals, like benzene. A family member who has AML or another hematological disease increases your risk. Genetic disorders that are familial like myelodysplastic syndrome Down syndrome and Bloom syndrome increase your risk. Other conditions such as hepatitis C and HIV may increase your risk.
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