Do Not Be Afraid of These Saturated Fats

Saturated fats can actually keep you lean and healthy.

I am a strong believer of including a variety of healthy oils and fats into your diet. I know some people are still really afraid of fat, especially saturated fat, but trust me, healthy fats can truly be good for you and actually help you burn fat.

Fats work with other nutrients to supply your body with the building blocks for metabolism, longevity, hormone balance, heart health, vision, skin and energy.

And, saturated fats are actually NECESSARY for your good health.

Healthy essential saturated fats include fat from organic grass fed beef, grass-fed butter, coconut oil, and even lard. These fats are heavy in omega 3’s, Conjugated Linoleic Acid, cholesterol (yes I said cholesterol, which is good for you and important for your body), vitamins A and K, and monounsaturated fats.

Twenty five years ago, animal fats became the enemy, based on one doctor’s flawed research findings.

It’s odd, though, that human civilizations have survived and thrived for years on high fat diets, but in our world today, we eat far less butter and lard than we did at the turn of the century, and heart disease, cancers, inflammatory diseases, depression and obesity rates have skyrocketed!

Could the doctors and the food pyramid be wrong? Yes.

We are actually suffering from an inadequate and unbalanced fat intake.

Medical research shows that it is the sugars, starches, excessive omega 6 fats, and trans fats from refined foods that increase the inflammation in our cells and blood vessels.

Our bodies send out cholesterol to mend these inflamed blood vessel walls, and then you have cholesterol buildup.

Fat actually is a more efficient and longer lasting fuel for energy, which keeps blood sugar stable and helps to prevent fat storage, as long as you are avoiding starchy processed grains and sugars.

And what about butter?

Butter has actually been used as a part of the diet for thousands of years. In fact, the first written reference to butter was found on a 4500 year-old limestone tablet. People around the world have prized butter for its health benefits.

Butter is a completely natural food essential to your health – especially when you eat organic, grass fed butter, high in CLA and one of the only sources of vital Vitamin K2.

Some of butter’s many benefits include:

  • Butter is the most easily absorbable form of Vitamin A necessary for thyroid and adrenal health, both of which are essential to fat burning and energy.
  • Butter contains lauric acid, important in treating fungal infections and yeast infections.
  • Butter contains lecithin, essential for proper cholesterol metabolism.
  • Butter contains antioxidants that protect against free radical damage.
  • Is a great source of Vitamins A, D, E and K.
  • Is a very rich source of a very important mineral, selenium, which is a powerful cancer fighting nutrient.
  • Butter contains conjugated linoleic acid, which is a potent fat burner, anti-cancer agent, muscle builder, and immunity booster.
  • The vitamin D found in butter is essential to absorption of calcium, the immune system and overall wellbeing.
  • Contains a special anti-stiffness factor, which protects against calcification of the joints.
  • Is a source of iodine in highly absorbable form-highly recommended for adequate thyroid function and fat metabolism.
  • Is a source of quick energy, and is generally not stored as fat.
  • Contains Arachidonic Acid (AA) which plays a role in brain function and is a vital  component of cell membranes.

Coconut oil is another important healthy saturated fat and is often preferred by athletes, body builders and by those trying to lose weight.

Because it is quickly and easily converted directly into energy and is not stored as fat, coconut oil helps in boosting energy and endurance, and enhances athletic performance. Coconut oil actually raises the metabolism and is excellent to burn fat as well.

Make a point to include healthy saturated fats into your diet, while eliminating sugars, grains and starchy products. Your cholesterol levels, triglycerides and blood sugar will improve for the better.

Don’t be afraid of saturated fats anymore.

Till next time, stay healthy and lean!

 

 

Catherine (Cat) Ebeling RN BSN, is a back to basics diet and nutrition specialist. In addition to her advanced degree in nursing from a major medical school, she has spent the last 30 years intensely studying diet, health and nutrition. She also has a book titled "The Fat Burning Kitchen, Your 24 Hour Diet Transformation" that has sold over 60,000 copies worldwide, and has helped thousands of people transform their lives, lose weight and improve their health.

               Her mission is to help others prevent disease and live their best life ever.    

       Nutrition made Easy. Simple.Smart.Nutrition.

Are You Confused About Cooking Oils?

 

 

Cooking Oils seem to be an ever changing debate.

We had it drilled into our heads that we should all avoid lard, butter and saturated fats.

But are vegetable oils any better?

New research says that vegetable oils may actually be contributing to the diseases they were meant to prevent.

And what about cooking with oil? What oils are ok to heat and what oils should NEVER be heated?

Many of the so-called 'healthy' oils are really bad for our health, and many of those oils and fats we were told to avoid may actually be good for us.

My good friend and fitness and nutrition expert, Mike Geary has an excellent article on oils that I wanted to share with you. In it, he clears up some of the confusion on which oils are good for us and which ones are bad for us.

You may be in for a surprise!

Check it out here:

Scientific ‘Studies’ or Scientific Lies?

 

It seems like every other day there is a headline about our diet or health.

“Saturated fats linked to heart disease”, “High sugar diet linked to heart disease”, “Coffee cuts liver cancer risk”, “Coffee is linked to high blood pressure” and on it goes. One seems to contradict the next.

Anybody else out there confused and wondering what the heck to believe or not believe?

When you read these two words do you instantly believe what follows? “Studies show…”

Well, I’ve got news for you—even if it comes straight out of your physician’s mouth or right out of a news article, it isn’t always true. How do you separate fact from fiction?

There is a difference between ‘good’ studies and ‘bad’ studies.

When I was in nursing school at a major medical research university, one of my professors told us that only a very small percentage of scientific studies (less than 10%) actually made it to mainstream media and were published.

Many of the ‘studies’ we read about have no basis in fact or scientifically gathered data—Really!

The majority of the so-called studies that make it to the media are actually flat out wrong, misinterpreted or totally skewed.

I know, you’re probably thinking, “how can that be?” It is SCIENCE, after all.

Keep this in mind as I go on…

‘Studies’ that we read about in the news can be one of two things:

1. Observational studies–which is just that–purely an observation of a particular situation, and some sort of conclusion is drawn based on that observation. There is no intervention or treatment, just observations and gathering of data.

2. A true clinical or scientific study—which follows these specific steps:

•    An observation is made
•    A hypothesis is formed as a possible explanation
•    Conduct experiments
•    Collect data
•    Reach a conclusion 
•    The results must be CONSISTENT and REPEATABLE

In both types of studies—non-scientific observational studies, or true scientific studies, we look for results that show associations or correlations.  As in ‘A causes B’, or ‘smoking is associated with lung cancer’.

Since our early days as cavemen, our brains have been hardwired to seek patterns. If A occurs, then B results. It was how we survived.

However, some of those ‘A causes B’ were actually just coincidence. For example, after a long drought, the dehydrated and desperate natives dance around wildly, and it starts raining. Did the dance cause the rain, or could it be a coincidence?

Our brains are still looking for the connection. And we tend to generate beliefs consistent to what we already believe.

The problem with purely observational studies, though, is that ‘A’ does not always cause ‘B’ to happen.

These observations can be incredibly inaccurate, and many other factors that may affect the outcome.

Other factors are called ‘confounding’ variables. For instance: It was thought that reading to young children helps them become better readers and get good grades in school. ‘A causes B’, right? Hmmm…

Consider this–parents who read to their children generally have higher IQ’s and better educations, so their children get higher grades in school anyway. There's the confounding variable.

Observational studies only make observations and form an untested guess as to any cause and effect. Not rocket science by any means.

Did you realize that most of the dietary and health headlines we read in the paper are based on observational studies?

Not very accurate, as we now know.

Did you know most of the health and dietary information our PHYSICIANS are giving us are based on purely observational studies?

The gold standard for forming any real scientific conclusions is a true scientific clinical study.

The following is a great example of an observational study versus a clinical study:

In an observational study on middle-aged Harvard nurses taking supplemental estrogen, it was observed that these nurses had 40% less heart disease. So of course, every physician was ready to start prescribing estrogen!

Guess what?

A clinical (real scientific) study on estrogen and middle-aged women was conducted. 16,000 women were studied for 5 years, and results were women taking estrogen had a 30% HIGHER risk of heart disease than the control group.

How did one study show the opposite effect of the other study?

Confounding variables in the observational study, that’s how. Turns out, in the first observational study on the nurses, the nurses had a healthier lifestyle than the general public, so they had a lower risk of heart disease in spite of taking estrogen.

But, even clinical scientific studies can be highly inaccurate.

Scientists skew data and the conclusions depending on the outcome THEY are looking for.

John Ioannidis is one of the world’s foremost experts who investigates the credibility of medical research. He has shown over and over again that the majority of what biomedical scientists conclude in published studies is not only misleading, but exaggerated, and often totally wrong.

These are the studies that doctors use to prescribe antibiotics, blood pressure medication or advise us on diet or lifestyle.

This expert who has made it his life’s work to follow up on medical studies, states that…

“as much as 90% of the published medical information that doctors rely on (to pass onto us) is flawed…"

"...when it comes to cancer, heart disease, and other common ailments, there is plenty of published research but much of it is remarkably unscientific based largely on observation.”

And, 20-25% of conclusions from actual scientific, clinical studies are wrong as well.

While we would all like to think of the scientific process as objective and unbiased, it’s very easy to manipulate results—intentionally, unintentionally or even unconsciously.

So next time you read the a ‘scientific’ study, ask yourself these questions:

1.    Is it an observational study or a scientific or clinical study?

Remember, an observational study is only an observation between two things but may have other factors that affect the outcome. If A and B are associated, could it actually be because of C? Or C, D and E?

2.    Did A cause B or did B cause A?


Consider this simple observation: Running makes you slender. Ok, then does basketball make you taller? Or, is it that good runners are more slender to begin with, like good basketball players are generally taller than average?

Or how about this: Low carb diets can make you fatter. Can it be because most of the people on a low carb diet are trying to lose weight?

3.    Are results consistent every time?

Remember a true scientific conclusion must have results that are consistent and repeatable.

Like this: Saturated fat has been linked to heart disease.
Except for these groups: The Swiss, the French, the Inuits, the Masai, the Spanish and other ‘paradox’ populations.

Or: Red meat is linked to colon cancer–except for another ‘study’ showing vegetarians more likely to get colon cancer.

Neither of these are consistent or repeatable results.

4.    Ask yourself who/what are the real subjects of the study? Do they translate to the general population?

How then can you translate any of the study results from say, mice to humans? We have to realize that many tests are performed on animals being fed a very unnatural diet. Although it seems obvious that mice don’t eat dairy products or saturated fats in their natural diet, the results are still translated to people.

5.    What is a scientific ‘Difference’?

In science, absolute change or results come from subtraction. But, if scientists don’t see a big difference this way, they take the results and use division to come up with a more impressive number.

Here is a real example: Lipitor drug trials used two groups of men who were at high risk for heart disease. Lipitor was given to one of these groups for ten years. At the end of the study, 2 men out of the 100 in the Lipitor group had heart attacks. And, 3.05 out of the 100 men in the control group had heart attacks.

Does 1 out of 100 sound significant? NO!

The difference is 1 less heart attack out of 100 men in 10 years. Obviously to most that’s not an impressive number.

But, when you look for relative change, (2.0 divided by 3.05=0.64 and 1.0 minus 0.64=0.36); you get 36%—a far more impressive looking number! So guess what is plastered all over the ads?  Lipitor reduces the risk of a heart attack by 36%! Sounds very impressive doesn't it?

What about ‘significant’?  To most of us, significant means impressive, major, meaningful, or important. Significant to a scientist means, ‘not due to chance.’ That’s it.

As in this study:  Two groups of people were put on the Mediterranean diet with one group adding large amounts of salt to their food. The other group ate the same diet, but low sodium. What was the difference in blood pressure of the two groups? Scientists called it ‘significant’. I would not.

BP in the high salt diet group was 126/81. BP in the low sodium group was 123/79.

6.    Did scientists control the variables?

Remember this recent headline? “Red meat causes cancer”. Really? Did you know that red meat was grouped in with processed lunchmeats, pizzas, and hotdogs? There was no connection found with cancer and red meat by itself.

7.    Compared to what?

“Whole grain foods prevent diabetes”. Really? Compared to what? Compared to white processed flour, yes.

Compared to a diet with no grains? No. Whole grains do not prevent diabetes.

Another example: Filtered cigarette smokers have a lower rate of cancer. Compared to unfiltered cigarettes, true. Compared to no cigarettes, false!

8.    Do the real results really support the conclusion?

In another (real) study of low carb/high fat diets and high carb/low fat diets, the low carb group lost more body fat and had the biggest improvements in all cardiovascular markers including cholesterol, triglycerides, HDL, and LDL.

The conclusion that scientists published was, “Moderate approaches such as a moderate carbohydrate, low fat diet may be prudent.” Could it be because this study was actually funded by Kellogg’s?

We cannot trust the media, the medical community, and scientists to give us the unbiased truth unfortunately. We just cannot faithfully believe or every so-called ‘study’ we read about, until we dig a little deeper, even if it comes from our own doctors.  Apply critical thinking the next time you hear about a 'study' in the news or read one in the headlines. It just may not be true.

We must apply critical thinking to what we read and hear, and go after the real truth ourselves.


Till next time, stay healthy and lean!


 

 

Sources:
“Science for Smart People”, Tom Naughton, YouTube video.
David Freedman, Lies, Damned Lies, and Medical Science, Atlantic Monthly, November 2010.


Catherine (Cat) Ebeling RN BSN,is a back to basics diet and nutrition specialist. In addition to her advanced degree in nursing from a major medical school, she has spent the last 30 years intensely studying diet, health and nutrition. She also has a book titled “The Fat Burning Kitchen, Your 24 Hour Diet Transformation” that has sold over 60,000 copies worldwide, and has helped thousands of people transform their lives, lose weight and improve their health.

 
Her mission is to help others prevent disease and live their best life ever.
Nutrition made Easy. Simple.Smart.Nutrition.
 

 

 

 
 

 

 

Heal and Prevent Sports Injuries

Jim rugby

Injuries, both minor and major, are one of the hardest and most frustrating thing an athlete has to deal with.

Injuries usually seem like they occur  just as you are beginning to ramp up your training for big events. And now that the weather is warming up, amateur and professional athletes are starting to pick up their training for another competitive season in their favorite sport.

Injuries can often be your body’s way of telling you are pushing it too hard, too quickly, or overtraining, and not getting enough rest and recovery in between demanding workouts.

Is there any way to prevent injuries?

Of course–you probably already know some of the things you can include in your training to prevent injury, like rest days, warming up slowly, easing into your training, and stretching.

But, did you know, your diet will also make a HUGE difference in whether you get injured and how quickly you recover?

Think of it this way: your body is a machine. Just as you work out hard to become stronger, feeding and fueling your body well will help to strengthen and maintain the muscles, tendons, ligaments, and bone in the best and strongest condition possible.

In contrast, a diet high in refined sugars, starches, and poor quality protein will result in weaker muscles, increased inflammation and a higher likelihood of injury.

So, what’s the best diet for a serious athlete or weekend warrior?

First of all, high quality protein is absolutely essential. Good protein sources are VITAL to grow and repair muscle, strengthen bones and tendons, and allow for proper function of cells.

Most training protocols tell you to eat protein right after exercise in order to help rebuild muscles; however, the best time of all may be shortly before a workout as well. It’s been found, that to limit the loss of muscle fiber associated with overuse injuries, eating protein shortly before exercising, and then immediately afterwards is best.

An active teen or adult needs to have at least 1.0 to 1.5 grams per kilogram of body weight a day.

To figure this out, one pound of body weight is roughly equivalent to about .45 kilograms. So dividing your weight in half will give you a rough estimate of your weight in kilograms.

For example, an 150 lb male would weight about 70 kilograms and will need 70-100 GRAMS of protein a day, which comes out to about 30 grams per meal, or a decent sized serving of meat, chicken, fish or eggs at every meal.

The very best, most usable protein is grass fed meat, with 5 times the muscle-building Conjugated Linoleic Acid as regular grain fed meat, healthy omega 3 fats, and important muscle-building minerals–zinc and iron.

Other great sources of protein are wild caught fatty fish, free-range poultry, and organic eggs. All of these are higher in the healthy omega 3 fats, and lower in omega 6 (inflammatory) fats, as well as being free of pesticides, antibiotics and hormones.

Many athletes rely heavily on protein bars, shakes and powders, which is a big mistake.

The protein in these processed foods is very poor. This protein usually comes from heat-processed whey or soy protein isolate. Both of these protein sources are denatured, weak versions of protein and virtually unusable by the body.

Whey protein can be an excellent protein source, but it must be cool-processed (which keeps the protein intact) and should be from grass fed dairy cows as well, for the maximum amount of CLA and healthy fats.

Healthy fats are absolutely necessary.

Fats also help to lubricate the body, muscles, tendons, ligaments, organs and skin, and increase feelings of vitality and energy.

Athletes who switch to a higher fat diet see the results with more energy, less injuries and better recovery times. Be sure to include these fats:

•    Omega 3 fats–Provide plenty of fuel for energy, and anti-inflammatory properties to heal and protect the damage that hard training wreaks on the body. Omega 3 fats are found primarily in wild caught fatty fish, grass fed meat, organic eggs and grass fed butter. Walnuts, pumpkin seeds, chia seeds, and flax seeds also contain healthy doses of omega 3 fats.

•    Conjugated Linoleic Acid–Helps to provide the fuel the body needs to power through a demanding practice. CLA builds muscle, burns fat, raises the metabolism, and helps prevent cancer, heart disease and high cholesterol.

•    Saturated fats and cholesterol--The good saturated fats (like the kind that come from grass fed meat, organic egg yolks, and butter) actually help to strengthen and repair muscle fibers, strengthen the immune system, aid in the proper functioning of the heart, lungs and brain, and boost metabolism. So don’t shy away from these important fats. However, you do want to avoid the grain fed versions of this fat as it is high in inflammatory omega 6 fats.

•    Monosaturated fats like coconut, nuts and olive oil are extremely effective at reducing inflammation and increasing energy, so be sure to include these healthy fats as well. Coconut oil is quickly and easily metabolized for energy as well as being an excellent healing agent, so be sure to include this in your diet.

Antioxidants are extremely important to athletes as well. Intense exercise creates tons of free radicals which can lead to damage and breakdown of tissue–including muscle–within the body.

Be sure to include LOTS of brightly colored fresh, organic vegetables and fruit to supply the body with the necessary antioxidants. The brighter and more colorful, the more antioxidants! Raw organic veggies and fruit contain the highest amounts of vitamins, minerals, and phytochemicals; they also contain massive amounts of enzymes because they are raw.

Enzymes are proven healers of damaged tissue.

To prevent and heal injuries try to eat at least 50% or more of these raw.

Vitamin C is one of the most powerful antioxidants and is also very important for the repair of the collagen, connective tissue, and cartilage; it is helpful add extra to your diet when injured.

Aim for five or more sources of foods that are high in vitamin C such as red peppers, papaya, cantaloupe, kale, oranges and broccoli.

And don’t forget about Vitamin A for its rebuilding properties.

Higher amounts of vitamin A also aid in repairing micro-tears that occur after a hard workout, so it is a valuable addition for any runner, cyclist or weight lifter. Best food sources of vitamin A are: grass-fed dairy products such as raw cheese, grass-fed butter, and grass-fed (commercially raised beef liver contains lots of toxins) liver; bright orange or red vegetables such as carrots, sweet potatoes, mangoes, papaya, winter squash, red peppers, apricots and spinach.

Digestive enzymes also aid in the recovery process.

Look for ones that contain plenty of bromelain and protease, and take with meals. Bromelain is an enzyme found in pineapple, and is effective as an anti-inflammatory. Protease is an enzyme that digests  proteins and will travel to the injured sites to dissolve the byproducts of the injury. Other enzymes have similar healing effects.

One of the most important building and repairing nutrients for injuries is zinc.

Zinc works alongside protein and other nutrients in the body synergistically. Zinc is also an immune enhancer which is powerful in the whole healing process. To ensure you are getting enough, include grass-fed beef, liver, oysters and other shellfish, seeds, nuts, chicken and egg yolks in your diet.

So now you know what foods to be sure to include in  your diet, but there are definitely some foods that must be avoided as well.

These foods not only fatigue the body, run down the immune system, and interfere with the processing of important nutrients, but they also contribute to inflammation in the body.

A tough and demanding training plan adds enough inflammation, so why add to that burden?

Inflammatory foods include the obvious junk foods–cookies, candy, excess alcohol, processed foods, and artificial foods with chemicals and preservatives.

Sneaky food additives (even in so-called health foods)  such as transfats, omega 6 oils such as corn oil, sunflower oil, safflower oil, grains of all kinds including wheat, rice, oats, corn, and soy ( a legume) and sugars are also highly inflammatory as well.

Many athletes are switching to a gluten free training diet, even if they do not have gluten issues.

Gluten is a protein in wheat, rye and barley. It has been found that gluten is an inflammatory agent in many people (even those who seemingly do not have issues with gluten sensitivity) to some degree.

Athletes who have adopted a gluten free training diet report that they feel more energetic, less sluggish, lose a little weight, sleep better, have better digestion and generally feel better overall.

Sugar in all forms is highly inflammatory and actually stimulates an inflammatory response, so avoid it at all costs.

Pasteurized, processed dairy foods,  (as opposed to raw dairy) also tend to add to inflammation.

Dairy contains a lot of histamines, which will add to the inflammation already present in the body.

And last of all, be sure to be getting enough water.

Water helps to carry away toxins and keep your metabolism and healing processes working efficiently. There is no excuse not to stay well hydrated as the benefits are really endless.

You will feel better, have better energy and heal quicker!

Eat well, work hard and you will most definitely reap the benefits of a stronger, faster body!

 

Till next time, stay healthy, lean and active!

 

 

Catherine (Cat) Ebeling RN BSN, is a back to basics diet and nutrition specialist. In addition to her advanced degree in nursing from a major medical school, she has spent the last 30 years intensely studying diet, health and nutrition. She also has a book titled “The Fat Burning Kitchen, Your 24 Hour Diet Transformation” that has sold over 60,000 copies worldwide, and has helped thousands of people transform their lives, lose weight and improve their health.

               Her mission is to help others prevent disease and live their best life ever.    

       Nutrition made Easy. Simple.Smart.Nutrition.


 

 

References:

Michelle Schoffro Cook, DNM, DAc, CNC, CITP, The 12 Step Program to Healing Sport Injuries http://hubpages.com/profile/Shannon+Clark Horwitz,

Dr. Steven, Omega 3 Fatty Acids and Inflammation, Prevent Sports Injuries, Jan 21, 2011. http://preventsportsinjuries.blogspot.com    

 

What They Didn’t Tell You About Cholesterol

I talk to so many well-informed, health-conscious people who are concerned about eating a healthy diet, but the one thing that comes up over and over again is this 'cholesterol-phobia' towards cholesterol and saturated fats.

And if you pay attention to mainstream media, you are probably convinced that high cholesterol and saturated fat intake will lead directly to heart disease.

Well guess what ? That's not necessarily true.

There have been several research studies showing that cholesterol IS NOT the villain in heart disease, but the media and mainstream medicine have yet to adopt this fact.

And so, it is little known–but very valuable–information. Why the big Secret??

While statin drugs (cholesterol lowering medications) are one of the top selling medications in the US, and as the drug companies continually seek to lower the cholesterol level guidelines for administration of these drugs, there is no absolutely no motivation to stop this moneymaking practice.

The drug companies want you to be convinced that you MUST lower your cholesterol in order to live a long and healthy life and avoid heart disease.

Physicians have been taught for the past four decades that cholesterol is dangerous and that it must be lowered at all costs. The "cholesterol is harmful" hypothesis, although never proven, has come to be accepted as an unquestionable fact by physicians and patients alike.

Sad to say, any information that points towards cholesterol being beneficial, tends to fall upon deaf ears.

Well here is a startling fact– Did you know that approximately 75% of the people who suffer heart attacks have cholesterol levels within the 'normal' range?

Just how did this whole "cholesterol will kill you" hypothesis come about?

Back in 1799, an English physician found a waxy substance in the coronary arteries while doing an autopsy. Another English physician, Joseph Hodgson, looking at the same waxy stuff, came up with a theory for it. Hodgson suggested that inflammation was actually the reason the waxy substance was in the arteries. Hodgson's theory, though, ended up mostly ignored.

When another physician, Dr. Ansel Keys observed that death rate from heart attacks were much lower in areas where the food supply was low during World War II, it was assumed it was because people were eating less fat. But the researchers overlooked the fact that these people were also eating less sugar and starchy foods. And so, the connection was established with dietary fats and heart disease.

Dr. Keys proposed a diet high in vegetable oils and low in animal fat, and dieticians, physicians, and medical researchers all jumped on the "cholesterol is harmful" bandwagon too.

But, despite its popularity, the "cholesterol is harmful" theory remains unproven. Conclusive proof that cholesterol itself is harmful does not exist.

In fact, just the opposite is true. People with high cholesterol have been scientifically shown to actually live the longest. Really??

Consider the findings of Dr. Harlan Krumholz of the Department of Cardiovascular Medicine at Yale University, who reported in 1994 that elderly people with low cholesterol died twice as often from a heart attack as did elderly people with high cholesterol.

In fact, most studies of elderly people have shown that high cholesterol is not a risk factor for coronary heart disease.

In fact, studies have repeatedly found that senior citizens with high cholesterol levels tend to live longer than their peers with low cholesterol values. As a group, elderly people with higher levels of cholesterol outlive those with low levels of cholesterol.

Researchers at Texas A&M University also discovered that low cholesterol levels affect muscles, including the heart muscle, and reduce gains in strength while exercising. These findings were recently published in the Journal of Gerontology.

At the conclusion of the study, the researchers found that there was a direct association between dietary cholesterol intake and strength.

Cholesterol actually plays an important role in muscle repair and rebuilding. So considering that the heart, too is an important muscle, why would we want to make our muscles weaker?

There are over twenty studies that show cholesterol is actually beneficial to the health.

In fact, the studies concluded two main facts:

-There is little benefit in lowering cholesterol levels below 260 mg/dL in elderly people.

-Efforts to lower cholesterol increase the risk of developing cancer and shorten life span.

Ok, so what causes heart attacks then?

In 1976, one of the most promising theories about the cause of atherosclerosis and heart disesase, was proposed by Russell Ross, a professor of pathology, and John Glomset, a professor of biochemistry and medicine at the Medical School, University of Washington in Seattle.

These scientists suggested that atherosclerosis is the consequence of an inflammatory process which results from a localized injury to the lining inside the arteries. This injury results in inflammation and the plaques that accumulate from cholesterol in the blood vessels are simply healing lesions. Injury from inflammation may result from high blood sugar levels and other inflammatory substances in the blood like an excess of omega 6 fats, and trans fats.

Think of it this way: if you fell, injured yourself and skinned your knee, then a scab resulted from the body's attempt to heal the injury, would you blame the scab for being the problem?

No–the skinned knee is the result of an injury, right? The scab is not at fault, it is simply the body trying to heal the injury, which ulitimately resulted from a fall.

Same thing with the cholesterol theory. We are blaming the wrong thing.

Cholesterol is a repair substance. Higher levels of cholesterol do not clog arteries. Injury and inflammation cause the arteries to clog up.

So regardless of your overall cholesterol numbers, it is the ratio of HDL and overall cholesterol that matters.

HDL is the component in cholesterol that actually cleans up the plaque in arteries, so obviously striving to keep that number high is key.

How to raise HDL?

Following the diet in The Fat Burning Kitchen Program will get your cholesterol ratios in the healthy range very quickly.

Increase your intake of omega 3 rich foods such as grass fed meats, wild caught fatty fish, organic free range chickens and eggs, grass fed dairy, nuts and olive oil. Reduce your intake of all grains and starchy foods.

Reducing starchy grains in the diet lowers the triglyceride levels–one of the key factors in heart disease. Avoid all sugars (don't forget high fructose corn syrup is in almost everything) and keep blood sugar at a stable level. High blood sugar levels increase inflammation in the blood vessels.

Constant high blood sugar levels not only increase the risk for diabetes, and in turn heart disease, but also lead to metabolic syndrome with weight gain, insulin resistance and damage to the blood vessels.

Avoid omega 6 fats found in vegetable oils such as sunflower oil, soybean oil, cottonseed oil, corn oil and more, increase inflammation in the body. Most any processed food contains one of these types of oils–or even worse trans fats! (Trans fats are any type of 'hydrogenated' oil which are extremely damaging to our bodies.)

Increase your intake of B vitamins. B vitamins are known to lower levels of homocysteine, a key inflammatory component in heart disease.

And of course, STOP smoking, smoking raises LDL cholesterol levels, raises inflammation in the blood vessels and increases chances of having arterial plaque buildup in the arteries.

Amazing Energizing, Fat Burning Secrets of Coconut Oil

 

Coconuts once were considered bad for you.

It was thought that the saturated fat in coconut lead to high cholesterol, clogged arteries, heart disease, and weight gain.

Now, coconuts have taken center stage for their nutrition value.

So the question is: Are coconuts good for you or bad for you?

Coconut is now sold in stores as coconut oil, the coconut meat itself, coconut milk and coconut water.

While all parts of the coconut contain great health benefits it's the oil that makes it a real superfood!

Coconut oil, once avoided like the plague, is now known to be very beneficial to the body. Yes, hydrogenated coconut oil is bad–as are all hydrogenated fats.

But organic, unprocessed, virgin coconut oil is a whole different story. Coconut oil has been found to have some truly unique benefits for your body and is now considered a very healthy food.

Coconut oil has been described as "the healthiest oil on earth."

What makes coconut oil so good and so unique?

Ok, so fats come in different sizes. Well actually, fat molecules come in different sizes. Fats are made up of either Long Chain Fatty Acids (LCFA), Medium Chain Fatty Acids (MCFA), or Short Chain Fatty Acids (SCFA).

The majority of fats and oils in our diets, whether they are saturated, unsaturated, or come from animals or plants, are composed of long-chain fatty acids (LCFA).

Some 98 to 100% of all the fatty acids you consume are LCFA.

The size of the fatty acid is extremely important.

Why? Because our bodies respond to and metabolize each fatty acid differently depending on its size. Coconut oil is composed predominately of medium-chain fatty acids (MCFA)— also known as medium-chain triglycerides (MCT). Coconut oil contains the most concentrated natural source of MCFA available in our diet.

Because our bodies process MCFA’s differently, the effects of coconut oil are distinctly different from those of other oils.

Coconut oil is actually used to help treat health issues including weight loss, skin conditions, allergies, inflammation, Alzheimer’s and dementia, and strengthening the immune system.

Scientific studies have shown that coconut oil also has anti-microbial, anti-fungal, and anti-viral properties and is effective against candida, measles, giardia, listeria, (common food-poisoning pathogens), staph, and heliobacter pylori (bacteria responsible for stomach ulcers) and is even being used to help HIV/AIDS patients.

And forget all the stuff that was once said about coconut oil and cholesterol and heart attacks!

Virgin coconut oil actually has a beneficial effect in lowering total cholesterol, triglycerides, phospholipids and low-density lipoproteins (LDL-the bad cholesterol) and so is good for the blood vessels and the heart.

And, how about this: Substituting coconut oil for other vegetable oils in your diet will help you burn fat better, lose weight and have more energy.

How is this possible? Compared to carbohydrates, medium-chain triglycerides are a better and more efficient source of quick energy. Most oils, are broken down into fatty acids that circulate through your body after you eat them, and hungry fat cells in our bodies readily store these as fat.

When you eat MCFA’s, they go straight to the liver to get immediately metabolized and processed as energy.

Wouldn’t it be nice to be able to take a pill that would shift our metabolic rate into a higher gear? Well guess what? Coconut oil does that.

Eating foods containing medium chain fatty acids is like putting high-octane fuel into your car.  Because MCFA’s go directly to the liver and converted into energy, the body gets a boost of energy. And because MCFA’s are easily absorbed by the energy-producing parts of the cells, metabolism increases. 

This burst of energy has an energizing effect on the entire body.

The fact that MCFAs digest immediately to produce energy and stimulate metabolism has led athletes to use them as a means to enhance exercise performance. 

There are several studies showing this to be true:

In one study, investigators tested the physical endurance of mice who were given MCFA’s in their daily diet against those that weren't. The study extended over a six-week period.  The mice were subjected to a swimming endurance test every other day.  They were placed in a pool of water with a constant current flow like that found in a river.  The total swimming time until exhaustion was measured. 

While at first there was little difference between the groups of mice, those fed MCFA’s quickly began to out-perform the others and continued to improve throughout the testing period.

In another study, the thermogenic (fat-burning) effect of a high-calorie diet containing 40% fat as MCFA was compared to a diet containing 40% fat as LCFA (long chain fatty acids).

The thermogenic effect of the MCFA was almost twice as high as the LCFA: 120 calories versus 66 calories.

The researchers concluded that the excess energy provided by fats in the form of MCFA does not get stored as fat, but rather would be burned. MCFA’s are popular among body builders because they help reduce carbohydrate intake, and increase energy.

MCFA’s also have muscle-sparing effects. As a result, they help build muscles while reducing fats, and this means better fat-burning metabolism for you.

Since these super fats increase metabolism, and boost energy, virgin coconut oil gets ranked at the top of the list as a fat-burning food.

Researchers are now looking into the exciting possibility of using coconut oil as a treatment not only for Alzheimer’s disease but also for Parkinson’s disease, Huntington’s disease, multiple sclerosis and amyotrophic lateral sclerosis (ALS or Lou Gehrig’s disease), drug resistant epilepsy, brittle type I diabetes, and diabetes type II (insulin resistance).

The most important change you can make in your diet is to replace all the refined vegetable oils (soybean oil, corn oil, safflower oil, sunflower oil, etc.), margarine, shortening, or hydrogenated oils you may be currently using in your food preparation with coconut oil.

Coconut oil remains stable at higher heats for cooking and tastes great in most dishes. Try some in your next stir-fry! It also tastes great raw, straight from the jar.

I put coconut oil (its pretty thick at room temperature or below) on toast, in smoothies, or use in homemade mayo or salad dressing recipes.

One of my favorite healthy oil mixes is to use a combination of Udo’s Choice, grass fed butter and coconut oil when cooking. There are hundreds of ways to eat coconut oil, just give it a try!

 

 

 

 

Sources: Dr. Mary Enig, PhD, F.A.C.N., “Coconut: In support of good health in the 21st Century, http://www.coconutoil.com/coconut_oil_21st_century.htm, 2004-2007 Coconut Research Center, http://www.coconutresearchcenter.org/, 2004 Ivy, John, and Robert Portman, “The Performance Zone: Your Nutrition Action Plan for Greater Endurance and Sports Performance” (Teen Health Series), North Bergen, NJ: Basic Health Publications, Inc., 2004. Ryan, Monique, “Sports Nutrition for Endurance Athletes”, Boulder, CO: Velo Press, 2002. Dr. Joseph Mercola, “Here's the Smarter Oil Alternative I Recommend to Replace Those Other Oils in Your Kitchen", Mercola.com, 2010.