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Archive for the ‘Cancer’ Category

Guide to Quitting Smoking

Wednesday, November 16th, 2011

Quitting smoking is not easy, but you can do it. To have the best chance of quitting and staying quit, you need to know what you’re up against, what your options are, and where to go for help. You’ll find this information below.

PDF Link to the Guide to Quitting Smoking

What do I need to know about quitting?

The US Surgeon General has said, “Smoking cessation (stopping smoking) represents the single most important step that smokers can take to enhance the length and quality of their lives.”

Quitting smoking is not easy, but you can do it. To have the best chance of quitting and staying quit, you need to know what you’re up against, what your options are, and where to go for help. You’ll find this information here.
Why is it so hard to quit smoking?

Mark Twain said, “Quitting smoking is easy. I’ve done it a thousand times.” Maybe you’ve tried to quit, too. Why is quitting and staying quit hard for so many people? The answer is nicotine.
Nicotine

Nicotine is a drug found naturally in tobacco. It is as addictive as heroin or cocaine. Over time, a person becomes physically dependent on and emotionally addicted to nicotine. The physical dependence causes unpleasant withdrawal symptoms when you try to quit. The emotional and mental dependence (addiction) make it hard to stay away from nicotine after you quit. Studies have shown that smokers must deal with both the physical and mental dependence to quit and stay quit.
How nicotine gets in, where it goes, and how long it stays

When you inhale smoke, nicotine is carried deep into your lungs. There it is quickly absorbed into the bloodstream and carried throughout your body. Nicotine affects many parts of the body, including your heart and blood vessels, your hormones, the way your body uses food (your metabolism), and your brain. In fact, nicotine inhaled in cigarette smoke reaches the brain faster than drugs that enter the body through a vein (intravenously or IV). Nicotine can be found in breast milk and even in mucus from the cervix of a female smoker. During pregnancy, nicotine freely crosses the placenta and has been found in amniotic fluid and the umbilical cord blood of newborn infants.

Different factors affect how long it takes the body to remove nicotine and its by-products. In most cases, regular smokers will still have nicotine or its by-products, such as cotinine, in their bodies for about 3 to 4 days after stopping.
How nicotine hooks smokers

Nicotine causes pleasant feelings and distracts the smoker from unpleasant feelings. This makes the smoker want to smoke again. Nicotine also acts as a kind of depressant by interfering with the flow of information between nerve cells. Smokers tend to increase the number of cigarettes they smoke as the nervous system adapts to nicotine. This, in turn, increases the amount of nicotine in the smoker’s blood.

After a while, the smoker develops a tolerance to the drug. Tolerance means that it takes more nicotine to get the same effect that the smoker used to get from smaller amounts. This leads to an increase in smoking over time. The smoker reaches a certain nicotine level and then keeps smoking to keep the level of nicotine within a comfortable range.

When a person finishes a cigarette, the nicotine level in the body starts to drop, going lower and lower. The pleasant feelings wear off, and the smoker notices wanting a smoke. If smoking is postponed, the smoker may start to feel irritated and edgy. Usually it doesn’t reach the point of real withdrawal symptoms, but the smoker gets more uncomfortable over time. At some point, the person smokes a cigarette, the pleasant feelings return, and the cycle continues.
Nicotine withdrawal symptoms can lead quitters back to smoking

When smokers try to cut back or quit, the lack of nicotine leads to withdrawal symptoms. Withdrawal is both physical and mental. Physically, the body reacts to the absence of nicotine. Mentally, the smoker is faced with giving up a habit, which calls for a major change in behavior. Both the physical and mental factors must be addressed for the quitting process to work.

Those who have smoked regularly for a few weeks or longer, and suddenly stop using tobacco or greatly reduce the amount smoked, will have withdrawal symptoms. Symptoms usually start within a few hours of the last cigarette and peak about 2 to 3 days later when most of the nicotine and its by-products are out of the body. Withdrawal symptoms can last for a few days to up to several weeks. They will get better every day that you stay smoke-free.

Withdrawal symptoms can include any of the following:

Dizziness (which may only last 1 to 2 days after quitting)
Depression
Feelings of frustration, impatience, and anger
Anxiety
Irritability
Sleep disturbances, including having trouble falling asleep and staying asleep, and having bad dreams or even nightmares
Trouble concentrating
Restlessness or boredom
Headaches
Tiredness
Increased appetite
Weight gain
Constipation and gas
Cough, dry mouth, sore throat, and nasal drip
Chest tightness
Slower heart rate

These symptoms can lead the smoker to start smoking cigarettes again to boost blood levels of nicotine back to a level where there are no symptoms.

SOURCE:  cancer.org

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Great American Smokeout Nov. 17th, 2011

Wednesday, November 16th, 2011

Great American Smokeout

GASO ImageThe American Cancer Society is marking the 36th Great American Smokeout on November 17 by encouraging smokers to use the date to make a plan to quit, or to plan in advance and quit smoking that day. By doing so, smokers will be taking an important step towards a healthier life – one that can lead to reducing cancer risk.

Tobacco use remains the single largest preventable cause of disease and premature death in the US, yet more than 46 million Americans still smoke. However, more than half of these smokers have attempted to quit for at least one day in the past year.

Quitting is hard, but you can increase your chances of success with help. The American Cancer Society can tell you about the steps you can take to quit smoking and provide the resources and support that can increase your chances of quitting successfully. To learn about the available tools, call the American Cancer Society at 1-800-227-2345.

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Diet Changes That Might Cut Breast Cancer Risk

Wednesday, October 19th, 2011

No foods will prevent breast cancer, but some, like walnuts and cabbage, may lower the risk

You can’t do anything about the genes you were born with, but committing to a sound diet can help protect against breast cancer. “Researchers estimate that in the U.S., we can prevent about 38 percent of breast cancers with some basic healthy steps,” says registered dietitian Karen Collins, a nutrition advisor for the American Institute for Cancer Research. “We can make a difference without doing anything extreme.”

While no food or dietary approach can flat-out prevent breast cancer, the risk of developing the disease could be reduced. Here’s a roundup of findings.

A plant-based diet. A recent study suggests that women who eat lots of fruit, veggies, and legumes and little red meat, salt, and processed carbohydrates may lower their odds of developing estrogen-receptor negative breast cancer, which accounts for about a quarter of all breast cancers. A study published in September in the American Journal of Epidemiology found that the likelihood of the cancer was 20 percent less when women followed such a diet.

[Weight Gain Ups Breast Cancer Risk: 7 Ways to Avoid the Bulge]

Walnuts. Consuming walnuts slowed the development and growth of breast cancer tumors in mice, according to a study published in September in Nutrition and Cancer. Study author Elaine Hardman, a professor at Marshall University’s Joan C. Edwards School of Medicine, looked at the effect of a diet containing the human equivalent of 2 ounces of walnuts a day (25 to 30 walnut halves). After 34 days, mice that ate walnuts had less than half the rate of breast cancer as a control group on the same diet minus the walnuts. The number and size of tumors also were significantly smaller for the walnut group. The study authors speculate that walnuts’ anti-inflammatory properties are the reason.

Cutting back on alcohol. Even a moderate amount of alcohol is “clearly linked” to an increased risk of breast cancer, according to the American Cancer Society. Compared with non-drinkers, women who have two to five drinks a day are at least 50 percent likelier to develop the disease. If you have to drink, stick to a glass of wine (5 ounces), a shot of liquor (1.5 ounces), or a bottle of beer (12 ounces) a day.

[Women and Alcohol: How Much Is Healthful?]

Cabbage and sauerkraut. Researchers at Michigan State University found that people who ate raw or lightly cooked cabbage and sauerkraut at least three times a week were 72 percent less likely to develop breast cancer than those who had it twice or less. Findings were presented during an American Association for Cancer Research meeting in 2005. High levels of glucosinolates—compounds found in cabbage—may be responsible.

Vitamin D. Multiple studies have linked higher vitamin D levels with a lower risk of breast cancer. In one study, women with high vitamin D intake were up to 50 percent less likely to develop the disease, according to findings presented at an American Association for Cancer Research meeting in 2006. In another study, Canadian researchers found that women who spent time outdoors or got lots of vitamin D from their diet or a supplement were 25 to 45 percent less likely to develop breast cancer. “Vitamin D is a subject under intense research,” says Collins. “And it does appear to play a role.” Some of the best vitamin D sources include milk, cod, shrimp, and salmon.

[How Much Vitamin D Should You Be Taking?]

Peaches and plums. Researchers at Texas A&M University found that peaches and plums contain antioxidants that kill breast cancer cells while leaving normal cells unharmed. The positive effect is likely caused by chlorogenic and neocholorogenic acid, both found in particularly high levels in both fruits. Findings were published in the Journal of Agriculture and Food Chemistry in 2010.

SOURCE:  http://health.usnews.com
Author Angela Haupt

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FAQ’s on Potassium Iodide – Iodine Tablets for Radiation Exposure

Wednesday, March 16th, 2011

Why take Potassium iodide if you are exposed to radiation?

It can help prevent some of the effects if radiation exposure

Exposure to nuclear radiation

Exposure to nuclear radiation

Why  is the thyroid gland important to radiation exposure?

Is is a sensitive organ to radiation, and high levels of exposure can lead to thyroid cancer.

The thyroid gland in the neck is one of the most sensitive organs in the body to radiation. Exposure to high levels of radiation — as occurs during a nuclear plant meltdown — can lead to thyroid cancer.

How do potassium iodide tablets – “iodine pills” help?

Taking potassium iodide  pills temporarily STOPS the thyroid. If taken prior to radiation exposure, the iodine pills counter the effect of the radioactive iodine on the thyroid.

The thyroid uses iodine normally to make thyroid hormone. Excessive  radiation exposure, can  release radioactive iodine into the air. When the radioactive iodine enters the body, the thyroid quickly scoops it up.

How many doses of potassium iodide are needed?

Usually, only one dose of potassium iodide is needed since a single dose protects the thyroid gland for 24 hours — assuming you remove yourself from the exposure area.

It’s important to note that potassium iodide pills protect only the thyroid. They don’t prevent your body from taking in the radiation and don’t help prevent radiation damage to other parts of the body.

Should you take potassium iodide if you have not been directed to do so by your doctor or emergency management officials?

NO! It could lead to unnecessary  health risks since it temporarily STOPS the thyroid

But taking iodine pills is not something you want to do unless instructed by your doctor or emergency management officials.

SOURCE: blogs.webmd.com

CLICK HERE TO READ THE ARTICLE

FOR MORE INFORMATION:
FDA –Frequently Asked Questions on Potassium Iodide (KI)
Click here to read FDA article

Click here to read the Hawaii DOH -ADVISES PUBLIC TO AVOID INGESTING POTASSIUM IODIDE; NO INCREASED RISK OF RADIATION EXPOSURE

Click here to read the US NRC Consideration of Potassium Iodide in Emergency Planning

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Stages of Colorectal Cancer

Friday, October 22nd, 2010

The stages of colon and rectal cancer

Stage 1 Colon Cancer

Stage 1 Colon Cancer

Staging and why it’s important.

When you’re diagnosed with colon or rectal cancer, your doctor needs to find out how advanced the disease is, or how far it has spread. This important part of your diagnosis is known as staging.

Colorectal cancer staging is important because:

  • It tells how much cancer there is in your body and where it’s located
  • It helps evaluate the prognosis
  • Knowing the extent of the disease helps your doctor develop the right treatment plan
  • It gives your healthcare team a common language to talk about your treatment

SOURCE:  colon.cancerinformation.com

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Questions About Aspirin and Cancer

Monday, April 12th, 2010

By Daniel J. DeNoon
WebMD Health News
Reviewed by Louise Chang, MD

Feb. 19, 2010 – Aspirin has anticancer effects, new studies confirm.

The latest of these studies shows that after successful treatment for breast cancer, women who take aspirin regularly have a significantly lower risk of dying from recurrent cancer. Aspirin also cut their risk of having their cancer spread to other sites.

What does this mean for people treated for cancer? What does it mean for people worried about their cancer risk? Here are answers to these and other frequently asked questions about aspirin and cancer.
Does aspirin really improve breast cancer survival?

Only a clinical trial, in which randomly assigned treatment is tested against an inactive placebo, can prove that a treatment is truly effective.

Until such proof is available, the next best thing is a study in which people taking the treatment are observed over time. The Nurses Health Study followed more than 4,000 nurses who had been treated for breast cancer at least 12 months earlier.

The result: Nurses who took aspirin were significantly less likely to die of breast cancer and to have cancer recur at another site. After adjusting for cancer stage, menopausal status, body mass, and hormone sensitivity of the tumor, women who took aspirin seven days a week were 43% less likely to die of breast cancer.

The findings may apply only to women who survive at least four years after breast cancer treatment. But since 90% of women diagnosed with breast cancer survive at least five years, “our findings have considerable clinical importance,” conclude researchers Michelle D. Holmes, MD, DrPH, and colleagues at Boston’s Brigham & Women’s Hospital. Their study is published online in the Journal of Clinical Oncology.

SOURCE: webmd.com

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