Posts Tagged ‘Cancerous Cells’



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.



As we mentioned in previous articles during the last stage of the menstrual cycle normally a layer of endometriosis lining in the inside of the uterus is expelled, known as menstruation blood but instead some of the endometriosis tissues grow somewhere in the body causing endometriosis. Endometriosis also reacts to hormonal signals of the monthly menstrual cycle, building up tissue, breaking it, and eliminating it through the menstrual period. If endometrial cancer tissues found in one of the ovary, you doctor may suggest Unilateral oophorectomy to have one or both ovaries removed . In this article, we will discuss what is unilateral oophorectomy?

I. Definition
Unilateral oophorectomy is a medical procedure to have one ovary removed, if cancer or endometriosis cancerous cells are found inside in one of the ovary. After unilateral oophorectomy, the woman will continue to have menstrual cycle and can become pregnant.

II. How it work
General anesthesia is needed and the operation is done in the hospital.
a) Normally, Unilateral oophorectomy is done with a laparoscopic procedure as we mentioned in previous article. Laparoscope is a thin tube containing a tiny lens and light that inserts through a small incision in the navel with a camera on the other end that allows your doctor to see the abdominal cavity on a video monitor. After the ovary is detached, it is removed though a small incision at the top of the vagina.

b) Vertical incisions
Vertical incisions give the doctor better view of of the abdominal cavity but it will leave some notable scar. If cancer is detected, a vertical abdominal incision is needed. After the incision the ovary is removed
c) Horizontal incision
If the ovary is removed by horizontal incisions it will leave a less notable scar.

III. Risk and side effects
a) Heavy blood loss caused by medical instrument used during surgery.
b) Heaving bleeding during or after operation
c) Infection of the incision area, may be caused by bacteria or medical instruments.
d) Needed to stay to hospital for 2 – 5 days
e) Time to recover is longer. It may take 3- 6 weeks to return to normal activity.

IV. Other medical term
a) Bilateral oophorectomy
Both ovaries are removed
b) Unilateral salpingo-oophorectomy
Remove one Fallopian tube and one ovary in the same side
c) Bilateral salpingo-oophorectomy
Remove both Fallopian tubes and ovaries



A cat or dog immune system is the fortress against disease, cancer, and infections. It is the system that identifies what is acceptable and what should or shouldn’t be allowed in the body.

Unfortunately, there are times when a pet’s system might fail in a couple of different ways. First, the immune system may downgrade to the point where it does not recognize a foreign body, like cancer. Second, it might mistake something that is perfectly normal for something abnormal and work to destroy it.

These problems surface in a many ways:

o Auto-immune: Occurs when the body basically attacks itself. Auto-immune hemolytic anemia is a good example. This is where the body fails to recognize normal, healthy red blood cells and begins to destroy them. This causes lethargy, weakness, and depression among other problems for afflicted dogs.

o Neoplasia: Cancer. Cancer occurs when a cat or dog immune system fails to identify a problem. Cancerous cells go undestroyed and are allowed to grow and circulate.

o Immunodeficiency: This occurs when a pet’s body simply does not respond well enough to fight off infections. Immuno-deficient pets are afflicted with illness at a higher rate. Once ill, they have a much harder time restoring the body to good health. Feline Immunodeficiency Virus in cats is an excellent example. This is similar to human HIV. The virus is not what kills the cat. Rather it is the suppression of the system that causes death because the cat cannot fight off illness.

o Hypersensitivity, particularly skin related: Allergies stem from the body’s immune system going into overdrive. A dog with severe allergies has a dog immune system that is responding to multiple stimuli, and allergies can often be difficult to decipher.

How a pet develops an immune problem is debatable. There is certainly some level of inheritance. Environmental stress factors like poor diet and poor living conditions could be contributing factors. Many holistic veterinarians feel that too many vaccinations might be the culprit in numerous immune problems, like cancer. And it must be remembered that as any pet ages, its immune system’s ability to protect the body decreases.

Dr. Shawn Messonnier, author of The Natural Health Bible for Dogs and Cats, suggests that the best solution is to provide immunity support throughout the pet’s life. In his article Immune System Support in Pets, Dr. Messonnier offers a few suggestions to help maintain a healthy immune system in one’s pets.

1. Minimize vaccinations and do blood titers to find levels rather than just doing annual vaccinations.
2. Try to use natural methods for flea control and limit the use of chemicals.
3. Feed a high quality, natural diet free of preservatives, or make a researched homemade diet.
4. Use vitamins, minerals, and supplements for support.

The general rule of thumb should be not to wait until a pet is ill or advanced in age to care for its immune system. Instead, take actions throughout its life to ensure the highest level of immunity support possible. A cat or dog immune system can only be as good as the vessel it is in, so it is imperative that the pet’s whole body be taken care of.



All of the different “types” of cancer can be deadly, that’s a given. Even though survival rates tend to be much higher nowadays than they were perhaps twenty years ago, the fact is that a diagnosis of cancer can still be a death sentence and this is especially so when it affects the most vital components of the body.

One such type of cancer that falls into this category is cancer of the blood, more commonly known as leukemia. Many people may not think of it this way, but, in simple terms, blood is the most important tissue of the body.

It is effectively the conduit that connects all the other organs and tissues of the body together, carrying and supplying oxygen and other vital elements to even the remotest parts of the body. Bloods importance to the body cannot be over estimated.

So, the most dangerous feature of leukemia is that is attacks the blood which then has access to all of the bodies other organs, including the all brain, heart, kidneys and liver. Thus, the cancerous cells are spread throughout the body by the very blood that is normally the key to good health, in a leukemia sufferer.

To take this analogy one stage further, blood cancer specifically targets the leukocytes or the “white blood corpuscles” of the blood, which are the very ones that usually protect the body from external infections. Thus, the body’s immunity from, or resistance to, external infections is dramatically reduced in a leukemia sufferer. Such blood cancer causes the body to produce infected and abnormal cells that hinder the function of blood (i.e. the transport of oxygen around the body) rather than helping it.

It is common for a leukemia sufferer to become anemic, and to lose weight, because the cancerous cells are unable to adequately the hemoglobin, the body’s chief source of iron.

As a consequence, the blood cancer patient tends to lose all vitality and energy, and becomes especially vulnerable, because the infected blood tends to cause the brain to start to malfunction to some extent.

Exposure to raised levels of radiation is a prime proven cause of leukemia. Likewise, children born with Downs Syndrome have a raised probability of suffering blood cancer, and benzene (an industrial hydro-carbon) is also cited as a cause.

However, the slightly better news is that the abnormal cells are easily detected under the microscope, and a timely bone marrow examination should confirm these microscopic tests.

Chemotherapy, whilst it can be extremely painful, is nevertheless still the most effective method of killing the cancerous cells, although any patient undergoing such treatment should be prepared to have to ingest an unholy alliance of chemicals that he (or she) needs to take.

Similarly, radiotherapy can be effective also, with various unpleasant side effects, such as hair loss and poor skin quality whilst undergoing treatment.

Although it is undoubtedly one of the most deadly forms of cancer, leukemia is nevertheless treatable and indeed curable, and extensive research into more effective treatment is a constantly ongoing fact.

Methods like a bone marrow transplant, which may be required at a later stage, are also effective in treating the patient.



There are a few tests that can be done to check for genital warts and these involve examining the genital areas to see if there are any warts. The warts usually appear as very small warts however in some occasions these are so small that they cannot be seen by the naked eye.