CANCER AND AGING

Again, we’re scoring victories against all forms of this disease, but it remains a formidable foe. In 1990, there were 505,322 cancer deaths in the United States.
Dr. Harmon Eyre, chief medical officer of the American Cancer Society, urges you to learn your family medical history and to share it with your physician. He says knowing that a patient’s relatives had cancer helps doctors diagnose, prevent, treat, or cure it. The search is on for a treatment to overcome both the inherited and the habitual tendencies of families that develop cancers. Environmental pollution containing cancer-causing chemicals may also be an important factor.
An exciting discovery in 1996 revealed that at least two genes make a woman susceptible to breast cancer and, possibly, ovarian cancer as well. However, only a small minority of women who develop breast cancer also harbor these genes. Other as yet undiscovered genes may be involved not only in breast cancer but other cancers also.
(Genes are bits of chemicals that control your body’s chemical system. The genes are found in almost all cells in your body. You inherit genes from your parents. There are good genes – they make you more likely to live longer – and bad genes – they make you more likely to contract a disease.)
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BREATHLESSNESS – PROBLEMS WITH HEART

If your heart is the problem there are pills or injections which can make it work more efficiently and also ones to help you pass some of the fluid that has built up in the lungs out through the urine. Your doctor should also find out why it is not working properly— important possibilities to check in people with cancer include heart damage due to adriamycin and fluid building up in the sac that surrounds the heart (the pericardial cavity). If the latter is the problem, your symptoms can be quickly improved by draining the fluid out through a needle or fine plastic tube put in through the chest wall under local anaesthetic. The needle does not go into the heart itself, just the fluid-filled sac around it. Fluid in the pleural cavity (outside the lungs) can also be drained in a similar way to produce a rapid improvement in your breathing.

If fluid has built up in either your pericardial or pleural spaces, cancer cells growing on their linings is the most likely reason, but other possible reasons include infection and bleeding. The fluid can be examined under the microscope to find out why it has formed. If it is due to cancer, ways of trying to stop it reforming are the same as for fluid in the abdominal cavity (ascites).

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BEFORE OPERATION ON BREAST CANCER: PREPARATION FOR ANESTHESIA

You will be told not to have anything to eat or drink for at least 6 hours before your operation (‘nil by mouth’). The reason for this is that any food or drink left in your stomach when you are anaesthetized could cause you to be sick and to choke on your vomit.

While you are still on the ward, you will be given your ‘pre-med/, if you are to have one, and any medicines you normally take. You will then be taken to the operating theatre, probably on a hospital trolley. You may go first into the anesthetic room or straight into the operating theatre to be given your anesthetic.

The anesthetist, or an assistant, will ask you several questions to confirm your identity and make sure that you are the right person in the right place. Your identity bands will also be checked. Many people have many types of operations each day in a hospital, and these checks, which may be repeated, are essential to make sure no mistakes are made.

The anesthetist will then fit various monitoring devices to watch over you while you are asleep. A probe may be attached to your finger to measure the amount of oxygen in your blood; some sticky pads may be put on your chest so that your heart beat can be recorded on an electrocardiograph; and a cuff may be put around your arm to measure your blood pressure. All these monitoring devices enable the anesthetist to make sure that the anesthetic remains effective and that you remain well during surgery.

A plastic cannula will be put into a vein in the back of your hand, and any drugs will be introduced into your body through this.

Once the anesthetist is happy with the readings from the monitors, your anesthesia can start.

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