In previous articles, we touched on various aspects of ovarian cancer such as symptoms, treatments (both alternative and conventional), and risks. But what are the stages of ovarian cancer?
The stages for ovarian cancer number 5, with stages I, II and III subdivided. Any discussion on stages must start with stage 0.
Stage 0 quite simply is the earliest stage that the cancerous cells have been detected at. The cancer is just forming and has not spread.
In stage I, the cancer is confined to either one or both ovaries and has not yet spread to other organs. This stage is divided into IA, IB, and IC.
In stage IA, the cancer is present inside one ovary. No cancer cells are present on the outside surface of the ovary or in the abdomen or pelvis. This is considered to be the earliest form of stage I cancer.
In stage IB, the cancer is present in both ovaries but there are still no cancer cells on the outer surfaces of the ovaries and none in the abdomen or pelvis.
Stage IC, is the most advanced form of stage I ovarian cancer. Cancer is present in either one or both of the ovaries. In addition, cancer cells may also be present on the outer surfaces of one or both ovaries. Cancer cells may have also been found in tissue samples from the abdomen.
In stage II, the cancer is present in either one or both ovaries but has also spread to other organs in the pelvis. These organs may include the bladder, rectum, uterus, Fallopian tubes or the sigmoid colon. This stage is again divided into IIA, IIB and IIC.
In stage IIA, the cancer has spread to the uterus or Fallopian tubes but cancerous cells are not yet present in the abdomen. Cancer is also in either one or both ovaries at this stage.
In the next division, stage IIB, the cancer has now spread to other pelvic organs such as the rectum or colon as well as uterus and is in the ovaries.
In stage IIC, the cancer has spread to the organs as noted above in IIB but may also be present in the outer surfaces of one or both ovaries
Stage IIA: With this stage, cancer is present in one or both of the ovaries and has spread into the uterus and/or Fallopian tubes. However, cancer cells are not present in the abdomen.
Stage IIB: With this stage, cancer is present in one or both of the ovaries and has spread to other pelvic organs, as the bladder, colon, rectum, or uterus.
Stage IIC: With this stage, cancer is present in one or both of the ovaries and has spread to either the uterus, Fallopian tubes, bladder, sigmoid colon, or rectum. In addition, cancer cells may also be present on the outer surfaces of one or both ovaries; the outer wall of a cystic ovarian tumor may have ruptured; or cancer cells may have been found in tissue samples from the abdomen.
Posts Tagged ‘Cancer Cells’
Proto-oncogenes are normal genes involved in making cells differentiate and divide. When these genes are mutated, they are then called oncogenes. Proto-oncogenes involved in breast cancer are mostly those that cause more cell division by making the cell cycle go faster and accelerate. They are involved in pushing cell division harder, stronger and faster.
One of the proto-oncogenes is related to the epidermal growth factor receptor. This receptor plays a vital role at certain times of the life cycle, such as puberty, when big changes are going on with body growth, wherein a protein known as epidermal growth factor functions to promote cell growth. This protein binds to an epidermal growth factor receptor and signals the cell to grow. When the proto-oncogene for the receptor is over expressed, it doesn’t wait for the epidermal growth factor receptor to tell it to grow. Instead, cells begin to grow independently, just like getting stuck in the “ON” position.
Another type of epidermal growth factor receptor is a subtype, the epidermal growth factor receptor 2. This receptor is more commonly known as Her-2/neu oncogene. The type of genetic alteration that Her-2/neu has in breast cancer is known as amplification. Instead of having only one copy during cell division, the cell makes numerous copies of this gene, about ten to sixty times more. Either the gene over expression or the extra protein can be measured in a woman’s cancer by examining the cancer tissue that has been resected. Since Her-2/neu oncogene encodes a growth factor receptor, it functions in signaling the cells to grow faster and faster, although it is not involved in cancer invasiveness. About 70 to 80 percent breast precancers have over expression of Her-2/neu oncogene. The cancer cells are still contained within the breast duct, but they have been programmed to grow much faster because of the over expression of such oncogene. Although Her-2/neu oncogene was first identified in breast cancer, research is also being done to see if it is also involved in other cancer types such as lung, pancreas and ovary cancer.
For breast cancer to have an invasive nature, it needs more than one genetic alteration. So long as there’s only over expression of Her-2/neu oncogene, the cancer will remain confined within the breast duct. If it requires other forms of genetic alterations, one that causes cancer cells to move out of the ductal region or make new blood vessels (angiogenesis), then it can spread. If the cancer patient has these invasive cancer alterations and one of the accelerated cancer growths, then it is worse. People with both of these genetic alterations have a worse prognosis than with only one type of alteration alone. Cancer not only requires excessive cancer cell proliferation, it also has to invade, grow new blood vessels and spread from the breast area.
One of the fascinating things that have happened in recent years is that there is now an antibody to counteract the Her-2/neu receptor, which can be given intravenously to breast cancer patients. It has quite a unique mechanism of action. It attaches only to cells with too much Her-2/neu receptor, not the normal ones, so that while it antagonizes Her-2/neu cells, it leaves the other cells unaffected. Unlike chemotherapy, with which case most dividing cells are destroyed, it is a targeted therapy. So far, this treatment has been used only in metastatic breast cancer, but it has implications for disease that hasn’t spread yet.
The University of Florida is the only group in the United States to perform any kind of study on the remarkable acai fruit and the benefits that it holds. It seems like the acai berry is more than just a fad — it does improve one’s health considerably and you can almost instantly feel the effect of its antioxidants on your body.Researchers at the University of Florida made a breakthrough discovery: they have found that acai berries contain properties that can destroy cancer cells, specifically leukemia cells. It is misleading to claim that acai berries can actually cure leukemia, but because of the findings of the study, it is believed that acai berries and products that contain them provide strong health and wellness benefits for people in the long run.First-time drinkers of acai juices have felt the extreme change in their well-being almost immediately. Acai juice has been known to decrease inflammation, improve digestive issues and skin problems, help with sexual dysfunction, and even improve sleep. This may be due to the several vitamins and nutrients that are found in the berries. Acai berries contain high levels of antioxidants, and are rich in Omega fatty acids, enzymes, protein, dietary fiber, and vitamin A, B1 and E. It is highly recommended to take acai in juice form. Acai berry juice has a high concentration of pure, fresh acai extracts so you feel more energetic and healthy.Before trying out acai, learn more about this miracle berry from www.truthaboutacai.com, your most complete source for everything acai.
AML, (acute myelogenous leukemia), is an aggressive cancer of the bone marrow and blood. It is the most common type of leukemia. AML is also known by the following names-acute myeloblastic leukemia, acute myeloid leukemia, acute granulocytic leukemia or acute nonlymphocytic leukemia. Blood cells are malformed and useless. The cells can accumulate in parts of the body.
Acute myelogenous leukemia statistics
o Rare in people under 40 years old
o More common in men than in women
o Average age is 65 years old
o 5-year survival rate
o under 65 years old-33%
o over 65 years old-4%
o 2007 it is predicted there will be 13,000 cases (majority will be adults)
The symptoms of acute myelogenous leukemia include abnormal blood counts, a general run-down, unwell feeling that never gets better, reoccurring infections, swollen lymph nodes, and bone/ joint pain. Symptoms are acute (comes on suddenly, and accelerates quickly) instead of chronic (mild symptoms that gradually worsen over years).
When the malformed cells collect around parts of the body, it can cause skin, lung, central nervous system, kidney, and even testicle problems. Initially, acute myelogenous leukemia may mimic other conditions. Blood tests identify the possibility of AML. The final diagnosis is usually made after a bone marrow test and sometimes by a spinal tap, also known as a lumbar (lower spine) puncture (LP).
There are several types treatments available, one or more will be used to treat a dignosis of AML.
Chemotherapy-strong drugs taken orally or intravenously that kills the cancer cells. Occasionally it’s injected directly into the spine. It is a systemic treatment because it travels throughout the whole body.
Radiation-high energy rays like X-rays kill the cancer cells
Bone marrow transplants-unhealthy cancer producing bone marrow is destroyed and replaced with matching bone marrow.
Immunotherapy-stimulates the immune system to destroy cancer cells or boosts natural defenses. It can be a made naturally or artificially.
Risk factors for AML
o Previous chemotherapy or radiation treatments
o Exposure to radiation and chemicals like benzene
o Genetic disorders like Downs Syndrome
o Smoking
o Blood disorders like myelodysplasia
People with risk factors should watch more closely for symptoms of AML because early treatment increases survival rate.
About 60% of humans in the world develop cancer in their life. Some of the cancer cells can grow and metastasize until upset normal bodily functions. It becomes one of the most frequent causes of human death.
Different types of cancer might induce varies of death rate. Usually, lung and pancreatic cancer are the worst! These two kinds of cancer will cause the death within a year. However, not all cancers are untreatable.
There are 5 common ways to treat cancer. Often, the objective of treatment is to cure the cancer. In other cases, the goal is to control the cancer disease or to reduce the symptoms. Because treatment for cancer can also damage healthy cells and tissues, it often causes side effects.
5 Common Ways to Treat Cancer
1) Surgery
Surgery is one of the cancer treatment methods that remove cancer by operation. This is the most common way to treat cancer. It is very rare that the cancer will spread the disease during the surgery. The cancer does not cause disease to be spread by exposing to the air.
Side effects:
a) Terrible pain
b) Tired and weak
2) Radiotherapy
Radiotherapy is a treatment that uses a radiation ray to kill cancer cells in a infected area. It can be done externally by a machine that aims the radiation at the targeted area. I can also be done internally by using needles, seeds, wires, and so on. The advantage of this treatment method is painless. Some people afraid that the external radiotherapy will cause the body become radioactive. In fact, there is no such thing happen. However, a patient treated with internal radiation may need to stay in the hospital and quarantine from others until the permanent implant goes down to a safe level.
Side effects:
a) Feel very tired in the later weeks of treatment
b) Radiotherapy kills most of the white blood cells that protecting the body against infection.
c) Hair loss in treated area
d) Skin become red, dry, tender, and itchy
3) Chemotherapy
Chemotherapy is a method that uses the drugs to kill cancer cells throughout the body. However, the healthy cells can also be harmed. The doctor may use one drug or a combination of drugs to fully control the cancer cells from spreading. The body will start to produce the normal cell after the chemotherapy is over.
Side effects:
a) Hair loss
b) Temporary fatigue
c) Poor appetite, nausea and vomiting
4) Hormone therapy
Hormone therapy is a method that treats certain cancers with forbidding certain hormone from growth. This may include the use of drugs to stop the production of some hormones. Some hormone therapies even have to remove the hormone producing organ to stop the body from secreting the hormone anymore according to cancer research. For example, sometimes, we have to remove the ovary to treat the breast cancer. In some of the cases, the side effects of hormone therapy may be temporary or permanent.
Side effect:
a) Tired
b) Have fluid retention
c) Weight gain
d) Bone loss in premenopausal women
5) Biological therapy
Biological therapy is a method that uses our body immune system to fight the disease or to reduce the side effects of cancer treatment, directly or indirectly. This is the most suggested way to treat the cancer.
Side effects:
a) Cause flu-like symptoms
b) Bleed or bruise easily
The treatment of cancer may be only a method or a combination of methods. The best option is depending to the type and location of the cancer diseases. If the disease has spread to other parts of body, the combination methods might be used. Other factors are depending to the patients’ age, general health and so on. Patients may worry whether the side effects of treatment will become worse than the disease or not. Thus, patients and doctors will discuss the treatment options regarding the benefits of the treatment method and the risks of side effects.





