Sunday, December 18, 2011

A Cure For Cancer? Eating A Plant-Based Diet





A Cure For Cancer? Eating A Plant-Based Diet



I have been working closely recently with a few extraordinary nutritional researchers, and I find that the information they have compiled is quite eye opening. Interestingly, what these highly esteemed doctors are saying is just beginning to be understood and accepted, perhaps because what they are saying does not conveniently fit in with or support the multi-billion dollar food industries that profit from our "not knowing". One thing is for sure: we are getting sicker and more obese than our health care system can handle, and the conventional methods of dealing with disease often have harmful side effects and are ineffective for some patients.

As it is now, one out of every two of us will get cancer or heart disease and die from it - an ugly and painful death as anyone who has witnessed it can attest. And starting in the year 2000, one out of every three children who are born after that year will develop diabetes--a disease that for most sufferers (those with Type 2 diabetes) is largely preventable with lifestyle changes. This is a rapidly emerging crisis, the seriousness of which I'm not sure we have yet recognized. The good news is, the means to prevent and heal disease seems to be right in front of us; it's in our food. Quite frankly, our food choices can either kill us - which mounting studies say that they are, or they can lift us right out of the disease process and into soaring health.
In the next few months, I will share a series of interviews I've conducted with the preeminent doctors and nutritional researchers in the fields of their respective expertise. And here it is straight out: they are all saying the same thing in different ways and through multiple and varying studies: animal protein seems to greatly contribute to diseases of nearly every type; and a plant-based diet is not only good for our health, but it's also curative of the very serious diseases we face .

Cancer
On the subject of cancer, I've asked Dr. T. Colin Campbell, Professor Emeritus of Cornell University and author of the groundbreaking The China Study to explain how cancer happens and what we can do to prevent and reverse it. Dr. Campbell's work is regarded by many as the definitive epidemiological examination of the relationship between diet and disease. He has received more than 70 grant years of peer-reviewed research funding, much of which was funded by the U.S. National Institutes of Health (NIH), and he has authored more than 300 research papers. He grew up on a dairy farm believing in the great health value of animal protein in the American diet and set out in his career to investigate how to produce more and better animal protein. Troublesome to his preconceived hypothesis of the goodness of dairy, Dr. Campbell kept running up against results that consistently proved an emerging and comprehensive truth: that animal protein is disastrous to human health.
Through a variety of experimental study designs, epidemiological evidence, along with observation of real life conditions which had rational biological explanation, Dr. Campbell has made a direct and powerful correlation between cancer (and other diseases and illnesses) and animal protein. Following is a conversation I had with him so that I could better understand the association.

KF: What happens in the body when cancer develops? What is the actual process?
TCC: Cancer generally develops over a long period of time, divided into 3 stages, initiation, promotion and progression.
Initiation occurs when chemicals or other agents attack the genes of normal cells to produce genetically modified cells capable of eventually causing cancer. The body generally repairs most such damage but if the cell reproduces itself before it is repaired, its new (daughter) cell retains this genetic damage. This process may occur within minutes and, to some extent, is thought to be occurring most of the time in most of our tissues.
Promotion occurs when the initiated cells continue to replicate themselves and grow into cell masses that eventually will be diagnosed. This is a long growth phase occurring over months or years and is known to be reversible.

Progression
 occurs when the growing cancer masses invade neighboring tissues and/or break away from the tissue of origin (metastasis) and travel to distant tissues when they are capable of growing independently at which point they are considered to be malignant.
KF: Why do some people get cancer, and other don't? What percentage is genetic, and what percentage has to do with diet?
TCC: Although the initiated cells are not considered to be reversible, the cells growing through the promotion stage are usually considered to be reversible, a very exciting concept. This is the stage that especially responds to nutritional factors. For example, the nutrients from animal based foods, especially the protein, promote the development of the cancer whereas the nutrients from plant-based foods, especially the antioxidants, reverse the promotion stage. This is a very promising observation because cancer proceeds forward or backward as a function of the balance of promoting and anti-promoting factors found in the diet, thus consuming anti-promoting plant-based foods tend to keep the cancer from going forward, perhaps even reversing the promotion. The difference between individuals is almost entirely related to their diet and lifestyle practices.
Although all cancer and other diseases begin with genes, this is not the reason whether or not the disease actually appears. If people do the right thing during the promotion stage, perhaps even during the progression stage, cancer will not appear and if it does, might even be resolved. Most estimates suggest that not more than 2-3 percent of cancers are due entirely to genes; almost all the rest is due to diet and lifestyle factors. Consuming plant based foods offers the best hope of avoiding cancer, perhaps even reversing cancer once it is diagnosed. Believing that cancer is attributed to genes is a fatalistic idea but believing that cancer can be controlled by nutrition is a far more hopeful idea.

KF: You said that initially something attacks the genes, chemicals or other agents; like what?
TCC: Cancer, like every other biological event--good or bad--begins with genes. In the case of cancer, gene(s) that give rise to cancer either may be present when we are born or, during our lifetimes, normal genes may be converted into cancer genes by certain highly reactive chemicals (i.e., carcinogens).
Consider 'cancer genes' as seeds that grow into tumor masses only if they are 'fed'. The 'feeding' comes from wrongful nutrition. It's like growing a lawn. We plant seeds but they don't grow into grass (or weeds) unless they are provided water, sunlight and nutrients. So it is with cancer. In reality, we are planting seeds all of our lifetime although some may be present at birth, not only for cancer but also for other events as well. But this mostly does not matter unless we 'nourish' their growth.
The chemicals that create these cancer genes are called 'carcinogens'. Most carcinogens of years past have been those that attack normal genes to give cancer genes. These are initiating carcinogens, or initiators. But more recently, carcinogens also may be those that promote cancer growth. They are promoting carcinogens, or promoters.
Our work showed that casein is the most relevant cancer promoter ever discovered.
Aside from chemicals initiating or promoting cancer, other agents such as cosmic rays (energetic particles) from the sun or from the outer reaches of space may impact our genes to cause them to change (i.e., mutate) so that they could give rise to cancer 'seeds'. The most important point to consider is that we cannot do much about preventing initiation but we can do a lot about preventing promotion. The initiating idea is fatalistic and outside of our control but the promotion idea is hopeful because we can change our exposure to promoting agents and reverse the cancer process, thus is within our control. 
KF: What exactly is so bad about animal protein?
TCC: I don't choose the word "exactly" because it suggests something very specific. Rather, casein causes a broad spectrum of adverse effects.
Among other fundamental effects, it makes the body more acidic, alters the mix of hormones and modifies important enzyme activities, each of which can cause a broad array of more specific effects. One of these effects is its ability to promote cancer growth (by operating on key enzyme systems, by increasing hormone growth factors and by modifying the tissue acidity). Another is its ability to increase blood cholesterol (by modifying enzyme activities) and to enhance atherogenesis, which is the early stage of cardiovascular disease.
And finally, although these are casein-specific effects, it should be noted that other animal-based proteins are likely to have the same effect as casein.

KF: Ok, so I am clear that it's wise to avoid casein, which is intrinsic in dairy (milk and cheese), but how is other animal protein, such as chicken, steak, or pork, implicated in the cause and growth of cancer?
TCC: I would first say that casein is not just "intrinsic" but IS THE MAIN PROTEIN OF COW MILK, REPRESENTING ABOUT 87% OF THE MILK PROTEIN.
The biochemical systems which underlie the adverse effects of casein are also common to other animal-based proteins. Also, the amino acid composition of casein, which is the characteristic primarily responsible for its property, is similar to most other animal-based proteins. They all have what we call high 'biological value', in comparison, for example, with plant-based proteins, which is why animal protein promotes cancer growth and plant protein doesn't.

KF: Isn't anything in moderation ok, as long as we don't overdo it?
TCC: I rather like the expression told by my friend, Caldwell Esselstyn, Jr., MD, the Cleveland Clinic surgeon who reversed heart disease and who says, "Moderation kills!" I prefer to go the whole way, not because we have fool-proof evidence showing that 100% is better than, say, 95% for every single person for every single condition but that it is easier to avoid straying off on an excursion that too often becomes a slippery slope back to our old ways. Moreover, going the whole way allows us to adapt to new unrealized tastes and to rid ourselves of some old addictions. And finally, moderation often means very different things for different people. 
KF: Are you saying that if one changes their diet from animal based protein to plant-based protein that the disease process of cancer can be halted and reversed?
TCC: Yes, this is what our experimental research shows. I also have become aware of many anecdotal claims by people who have said that their switch to a plant-based diet stopped even reversed (cured?) their disease. One study on melanoma has been published in the peer-reviewed literature that shows convincing evidence that cancer progression is substantially halted with this diet.

KF: How long does it take to see changes?
TCC: It is not clear because carefully designed research in humans has not been done. However, we demonstrated and published findings showing that experimental progression of disease is at least suspended, even reversed, when tumors are clearly present.

KF: Consider a person who has been eating poorly his whole life; is there still hope that a dietary change can make a big difference? Or is everything already in motion?
TCC: Yes, a variety of evidence shows that cancers and non-cancers alike can be stopped even after consuming a poor diet earlier in life. This effect is equivalent to treatment, a very exciting concept.

KF: This is sounding like it's a cure for cancer; is that the case?
TCC: Yes. The problem in this area of medicine is that traditional doctors are so focused on the use of targeted therapies (chemo, surgery, radiation) that they refuse to even acknowledge the use of therapies like nutrition and are loathe to even want to do proper research in this area. So, in spite of the considerable evidence--theoretical and practical--to support a beneficial nutritional effect, every effort will be made to discredit it. It's a self-serving motive.
KF: What else do you recommend one does to avoid, stop, or reverse cancer?
TCC: A good diet, when coupled with other health promoting activities like exercise, adequate fresh air and sunlight, good water and sleep, will be more beneficial. The whole is greater than the sum of its parts.
Kathy Freston

Friday, December 16, 2011

Ask Your Doctor About Meat™


You're experiencing weight problems, heart failure, depression, and impotence, but what could be the cause? Oh, those are just some of the pesky side effects associated with eating meat, but don't take our word for it. Ask your doctor. Learn more: http://bit.ly/sh17OK

"Ask Your Doctor About Meat™" produced for PETA

Monday, December 12, 2011

Avocado nutrition facts - six things about this amazingly healthy superfood


Avocado nutrition facts - six things about this amazingly healthy superfood

Saturday, December 10, 2011 by: Tara Green


(NaturalNews) Beware of popular health myths. For instance, throughout the 1990s and into the first few years of this century, popular health "experts" often warned against eating coconut oil or coconut milk, causing many people to eschew a food now known to offer many health benefits. Another lingering popular health myth warns against avocadoes, which wrongly labels them as a dietary culprit because of their caloric and fat content. Yet, the truth is avocadoes can boost health in at least 5 ways:

1. Protein

Avocadoes provide all 18 essential amino acids necessary for the body to form a complete protein. Unlike the protein in steak, which is difficult for most people to digest, avocado protein is readily absorbed by the body because avocadoes also contain fiber. If you are trying to cut down on animal sources of protein in your diet, or if you are a vegetarian, vegan or raw foodist seeking more protein, avocadoes are a great nutritional ally to include not merely as an occasional treat, but as a regular part of your diet.

2. Beneficial Fats

Avocadoes provide the healthy kind of fat that your body needs. Like olive oil, avocadoes boost levels of HDL (the "good" cholesterol). HDL cholesterol can help protect against the damage caused by free radicals. This type of cholesterol also helps regulate triglyceride levels, preventing diabetes. A study published early this year in theCanadian Medical Association Journalfound that a vegetarian diet, which includes HDL fats, can reduce levels of LDL (the "bad" cholesterol) as effectively as statin drugs.

3. Carotenoids

Avocadoes are an excellent source of carotenoids. Although many people associate carotenoids only with red and orange produce, avocadoes are also an excellent source of this phytonutrient. Avocadoes, also known as alligator pears, offer a diverse range of carotenoids including not only the better known ones such as beta-carotene, alpha-carotene and lutein, but also lesser known varieties of this type of phytonutrient such as neoxanthin, zeaxanthin, chrysanthemaxanthin, neochrome, beta-cryptoxanthin and violaxanthin. Every time you consume foods rich in carotenoids, you deliver high quality vitamin A to your body, thereby protecting eye health. Carotenoids also enhance the functioning of the immune system and promote healthy functioning of the reproductive system. Since carotenoids are fat soluble, eating avocadoes optimizes the absorption of these nutrients.

4.Anti-Inflammatory

The combined effect of the deluxe package of nutrients contained in avocadoes offers powerful anti-inflammatory benefits. Avocadoes' unique combination of Vitamins C and E, carotenoids, selenium, zinc, phytosterols and omega-3 fatty acids helps guard against inflammation. This means avocadoes can help prevent or mitigate against both osteo- and rheumatoid arthritis.

5. Heart Health

The fat content, which causes some uninformed health "experts" to deem avocadoes as unhealthy, actually provides protection against heart diseases. Studies have shown that oleic acid improves cardiovascular health. Oleic acid is the primary fatty acid in avocadoes. Many people now take supplements in order to consume more omega-3 fatty acids to lower their risk of heart disease. Avocadoes are rich in omega-3, delivering 160 milligrams per cup of alpha-linolenic acid.

6. Choosing and Eating

To get the most nutritional value from avocadoes, avoid those which have become over-ripe. You can identify these at the store because they will have dents and feel overly soft when you hold them. A ripe avocado should have no dents in its skin and will feel slightly soft when squeezed. You can also buy unripe avocadoes, which feel very hard when gripped, and permit them to ripen at home. The portion of the avocado closest to the skin is the most dense in nutrients, so be sure to scrape the skin clean before discarding it.

Sources for this article include:


http://www.whfoods.com/genpage.php?...


http://www.naturalnews.com/031081_a...


http://www.naturalnews.com/027509_a...


http://www.naturalnews.com/029864_a...

Sunday, November 6, 2011

Almond Coconut Porridge


Almond Coconut Porridge
This is a great creamy, nutty porridge. 

1/2 cup almonds, soaked
1 apple, chopped
1/4 cup shredded coconut
1/2-3/4 cup almond milk
2 tbs maple syrup or agave syrup
1/4 teaspoon cinnamon
1/4 tsp pure vanilla extract
Fruit, Goji Berries, to taste

In a food processor, pulse the soaked almonds with the other ingredients, leaving some texture.

Sunday, October 30, 2011

AGAVE NECTAR: THE SWEET DETAILS


AGAVE NECTAR: THE SWEET DETAILS

Recently, we've noticed the conversation about agave nectar's health benefits has become more divided and vocal. We often use agave nectar in our favorite raw dessert recipes.

· Agave nectar comes from the pina (heart) of the Agave plant and starts out with a much more dense, fibrous consistency.

· The process of creating agave nectar involves 3 main steps (all remaining below 118 degrees fahrenheit):
1.     Shredding and crushing the pina. In this step, the pina is carefully broken down, then flushed with warm water and pressed to extract a light brown juice. All unused pulp is then composted in the facility she visited.


   2.     Filtering. The juice from the first step is poured into tanks with heating coils. The coils provide increased surface area and even heat distribution. This low temperature warming breaks down the juice into fructose through hydrolysis (think dehydration) and takes approximately 34 hours (cooked agave only takes 8 hours).

   3.     Evaporation. This is the fastest step of the process, where the juice is put into a pressure tunnel and the water is evaporated out within a vacuum to ensure that the temperature does not exceed 118 degrees. The extracted water is then recycled back to the first step of the process. This only takes a few seconds.

· The processes to create agave nectar and high fructose corn syrup (HFCS), although they may appear similar on the surface, are extremely different, with agave nectar using nothing more than the plant, water and time to achieve the end result.

· Choosing your agave nectar is very important. Make sure that it is truly raw, additive free and monitored for temperature throughout the production process.

· The color of agave nectar is in large part due to the filtering process and the particles that make it through. While temperature and time will increase the dark amber hues, the particles have the largest impact on color (and taste).

· Agave nectar is a low-glycemic sweetener unlike other artificially produced sugar substitutes and does not have any aftertaste like other sweeteners, including stevia.

· While agave does have a low-glycemic index, it has a higher fructose content (around 90%). However, the fructose in agave nectar is not "free" fructose like in HFCS, which can be much more damaging. It's also important to remember that almost every fruit and vegetable in existence contains fructose.

The key to agave nectar, as with any sugar/sweetener, is moderation and doing what you feel is best for you. We hope this helps explain all the conversation around agave. 

FDA has not approved these statements. This report is not intended to diagnose, treat, or cure any disease.

Friday, August 12, 2011

10 Scariest Food Additives


10 Scariest Food Additives

The problem with additives runsdeep. The FDA currently maintains a list of ingredients calledEverything Added to Food in the United States(EAFUS), which features more than 3,000 items and counting. Thankfully, mostEAFUS ingredients are benign, but a few of them do havepotentially harmful effects. Why they're legal is a mystery to us. Some of them might be backed by powerful lobby groups, while others probably survive simply because some guy at the FDA has too much paperwork on hisdesk and hasn't made time to adequately review the data.

Scary Ingredient #1: Olestra

A fat substitute synthesized by Procter & Gamble. Because human digestive enzymes can't break down the big molecules, Olestra contributes 0 calories to your diet.

Why it’s scary: In the late ’90s, Frito-Lay released Olestra-enhanced WOW chips and Procter & Gamble introduced Fat Free Pringles. Both products were required to carry warning labels to notify customers about the risk of "loose stools." Within 4 years, some 15,000 people had dialed in to a hotline set up specifically to handle adverse-reaction complaints. Apparently the complaints didn't move the FDA, because in 2003, the administration revoked the warning-label mandate. If you want to take your chances with diarrhea, go ahead, but first consider this: Olestra

also appears to interfere with the body's ability to absorb some crucial nutrients like beta-carotene and lycopene. To counteract the effect, processers add some nutrients back, but it's unlikely that all the blocked nutrients are adequetly replaced.

Where you’ll find it: Lay’s Light chips, Pringles Light chips, etc.

Scary Ingredient #2: Caramel Coloring

An artificial pigment created by heating sugars. Frequently, this process includes ammonia.

Why it’s scary: Caramel coloring shows up in everything from soft drinks and sauces to breads and pastries. When made from straight sugar, it's relatively benign. But when produced with ammonia it puts off 2-methylimidazole and 4-methylimidazole, chemicals that have been linked to cancer in mice. The risk is strong enough that the California

government, a bellwether for better food regulation, categorized 4-methylimidazole as “known to cause cancer” earlier this year. Unfortunately, companies aren't required to disclose whether their coloring is made with ammonia, so you'd be wise to avoid it as much as you can.

Where you'll find it: Colas and other soft drinks, La Choy soy sauce, Stove Top stuffing mix, etc.

Scary Ingredient #3: Saccharin

An artificial sweetener discovered by accident in the 1870s.

Why it’s scary: Studies have linked saccharin to bladder tumors in rats, and in 1977, the FDA required warning labels on all saccharin-containing foods. In 2000, the agency changed its stance and allowed saccharin to be sol

d without warning labels. But that doesn't make it entirely safe. A 2008 Purdue study found that replacing sugar with saccharin in rats’ diets made them gain more weight, proving once again that you should be aware of these faux fat foes.

Where you'll find it: Sweet ‘N Low, TaB cola etc.

Scary Ingredient #4: Butylated Hydroxyanisole (BHA) and Butylated

Hydroxytoluene (BHT)

Petroleum-derived antioxidants and preservatives.

Why they're scary: The Department of Health and Human Services says BHA is “reasonably anticipated to be a human carcinogen," yet the FDA allows it to be used anyway. BHT is considered less dangerous, but in animal research, it too has resulted in cancer. Oddly, the chemicals aren’t even always necessary; in most cases they can be replaced with vitamin E.

Where you'll find it: Goya lard, Golden Grahams, Cinnamon Toast Crunch, Orbit gum, etc.

Scary Ingredient #5: Partially Hydrogenated Vegetable Oil

A semi-solid fat created when food processors force hydrogen into unsaturated fatty acids.

Why it's scary: Partially hydrogenated fats are the principle sources of trans fat in the American diet, and a Harvard study estimated that trans fat causes 70,000 heart attacks every year. The good news: Partially hydrogenated oils are beginning to slowly retreat from our food. Progressive jurisdictions like New York City are starting to restrict the allowable amounts in restaurants, and many chains are switching to healthier frying oil. Still,

the battle isn’t over. At Long John Silver’s, for example, there are still 17 menu items with more than 2 grams of the stuff. According to the American Heart Association, that's about the maximum you should consume in a single day.

Where you'll find it: McDonald’s McChicken, Long John Silver’s Broccoli Cheese Soup, etc.

Scary Ingredient #6: Sulfites

Preservatives that maintain the color of food, and by releasing sulfur dioxide, prevent bacterial growth.
Why it's scary: Humans have used sulfites to keep food fresh for thousands of years, but some people—especially asthma sufferers—experience breathing difficulties when exposed. In the 1980s, unregulated use resulted in at least a dozen deaths, prompting the FDA to slap warning labels on wine bottles and develop new guidelines for proper use. Now restaurants can no longer soak fresh ingredients in sulfites. According to the Center for Science in the Public Interest, there have been no known deaths since the new legislation took hold. The bottom line: If you're among the majority of people not sensitive to sulfites, consumption won’t hurt you. If you're not sure, ask your doctor for a test.

Where you'll find it: Wine, Sun-Maid Mixed Fruit, Jolly Ranchers, Fig Newtons, etc.

Scary Ingredient #7: Azodicarbonamide

A synthetic yellow-orange dough conditioner

Why it's scary: This chemical is used most frequently in the production of industrial foam plastic, and although the FDA has approved its use for food in the States, the United Kingdom has labeled it a potential cause of asthma. In a review of 47 studies on azodicarbonamide, the World Health Organization concluded that it probably does trigger asthmatic symptoms. The WHO concluded, “exposure levels should be reduced as much as possible.” I’ll put it more concisely: Avoid it.

Where you'll find it: Dunkin’ Donuts bagels, McDonald’s burger buns, etc.

Scary Ingredient #8: Ammonium Sulfate

An inorganic salt that occurs naturally near active volcanoes and is used commercially to nourish yeast and help bread rise.

Why it's scary: This nitrogen-rich compound is most often used as fertilizer, and also appears commonly in flame retardants. Thankfully, the ingredient only sounds scary—a 2006 Japanese rat study found the additive to be non-carcinogenic. Both the Center for Science in the Public Interest and the FDA deem it safe.
Where you'll find it: Nature’s Own bread, Subway rolls, etc

Scary Ingredient #9: Aspartame

A zero-calorie artificial sweetener made by combing two amino acids with methanol. Most commonly used in diet

soda, aspartame is 180 times sweeter than sugar.

Why it’s scary: Over the past 30 years, the FDA has received thousands of consumer complaints due mostly to neurological symptoms such as headaches dizziness, memory loss, and, in rare cases, epileptic seizures. Many studies have shown the sweetener to be completely harmless, while other have linked the additive to cancer. A 2006 Italian study found that rats fed high daily doses of aspartame—the equivalent of nearly 3 liters for a 150-pound human—experienced higher levels of lymphomas, leukemia, and other types of cancer. Still, after reviewing the study, the FDA concluded that the results weren’t strong enough to warrant the confectionary chemical’s

removal from the market.

Where you’ll find it: Nutra-Sweet, Equal, Diet Coke, Diet Pepsi, etc.

Scary Ingredient #10: Blue #2

An artificial dye used to color food. It can be used alone or mixed with other dyes, and the goal is typically to

suggest the appearance of natural food.

Why it’s scary: A study published by the Center for Science in the Public Interest showed that the ingestion of Blue #2 led to increases in tumor development in the brain and mammary glands in lab rats. The FDA dismissed these findings, citing a variety of nebulous weaknesses in the study’s methods. The bottom line: whether or not artificial dyes are harmful, the foods they appear in are the most heavily processed, nutritionally bankrupt foods in the supermarket.

Where you’ll find it: Fruit Loops, Skittles, Betty Crocker Rainbow Chip frosting, etc

Sunday, June 5, 2011

Food Miles Video

Video artist Molly Schwartz traces how far food travels from field to fork.


Tuesday, May 3, 2011

Tropical Green Smoothie

Tropical Green Smoothie

What You Need:

1 banana, peeled and sliced (frozen or fresh)
1/2 Cup pineapple chunks (frozen or fresh)
1/2 Cup Mango (frozen or fresh)
1-1/2 cups of spinach leaves or any green
16.4 OZ. (485 ml) of Coconut water plus Coconut pulp optional
How to Make It:
Place the banana, pineapple, mango and spinach together in the blender.
Pour in the coconut water.
Cover and blend on high until smooth.
*If using all fresh fruit, you may want to add some ice

Getting 3 fruits and your spinach in with this one delicious drink can’t get any easier!

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