The Hidden Reason You Get Flabby (Not Calories or Lack of Exercise)
By Dr. Mercola
Diet myths abound in the health industry, but one of the biggest 
myths of all is the idea that a calorie is a calorie, no matter where 
you get it from, or what the chemical or nutritional makeup of it is.  
If you care about your health and are truly working to keep your 
weight down, then you need to know the truth about calories as well as 
the substances that distort how calories work in your body.
For example, sugar is one of the major health topics in the news 
these days, with “sugar is sugar” news updates, ads, and counter-ads. 
Now, a new video, the “Skinny on Obesity”, presents a chilling 
awakening on weight, weight gain, and chronic diseases like dementia, 
cancer, and non-alcoholic fatty liver disease. 
Watch it, and you may never look the same way at sugar or calories 
again. Your body actually treats sugar in the same way it treats alcohol
 and other toxins. This is in large part how sugars can damage your 
liver and other organs, and why Dr. Lustig refers to sugar as a toxin. I recently wrote about this at length in the article, Is Sugar Toxic?
Obesity Goes Beyond Aesthetics 
While many still shrug at the notion of obesity being anything but an
 aesthetic issue, this simply isn’t a truthful evaluation of the 
situation. The obesity epidemic threatens not only the health and 
longevity of a clear majority of people, it also adds a tremendous 
burden to our health care system. As Dr. Lustig explains in part 1 
above, the eight primary diseases related to metabolic dysfunction 
account for a staggering 75 percent of the healthcare costs in the US.
 These diseases include:
    
            | Type 2 diabetes | Non-alcoholic fatty liver disease (now affects 1/3 of all Americans) | 
            | Hypertension | Polysystic ovarian syndrome (affects 10 percent of American women) | 
            | Lipid problems | Cancer | 
            | Heart disease | Dementia | 
The four diseases listed on the top row are conventionally associated
 with metabolic syndrome. However, as stated by Dr. Lustig, several 
other diseases fall within this scope as well—which are listed in the 
bottom row. He also explains that while obesity is associated with 
metabolic syndrome and all of these diseases, obesity is not the CAUSE 
of them; it is simply a marker. Rather, the underlying cause is metabolic dysfunction, and excessive sugar/fructose consumption is a primary driver of that.
According to Dr. Lustig, 20 percent of obese people have perfectly 
normal metabolic functioning, and the excess weight will not affect 
their overall lifespan. Ditto for 60 percent of normal-weight people. 
However, the MAJORITY of obese people—about 80 percent of them—do not
 have normal metabolic function, and 40 percent of normal-weight people 
also suffer from metabolic dysfunction, and are therefore prone to these
 obesity-related diseases... All in all, metabolic dysfunction affects a
 clear majority of Americans. 
But why?
What’s the Cause of Rampant Metabolic Dysfunction? 
One dogma that has contributed to the ever-worsening health of the 
Western world is the belief that “a calorie is a calorie.” This is one 
of the first things dieticians learn in school. Unfortunately, this is 
completely FALSE... Another dogmatic belief that simply isn’t true is 
the idea that obesity is the end result of eating too much and 
exercising too little; i.e. consuming more calories than you’re 
expending. This has led to the view that obese people are simply “lazy.”
 
But as Dr. Lustig points out, there are societal forces at work that 
go beyond personal responsibility. An increasing number of infants are 
now obese, and “laziness” is certainly not a label that can easily be 
affixed to a developing infant.  These societal forces include:
    
            | Lack of time to prepare and consume proper foods | Alterations
 in mass food production. Since the 1960’s, when saturated fat was 
incorrectly demonized as the cause of heart disease, processed foods 
have reduced fat content while simultaneously increasing sugar content (in order to be palatable) | Reduced sleep | 
            | Increased stress | Soil depletion (reduced nutrient content in soil) | Alterations
 in animal husbandry and the feed given to animals. Commercial livestock
 routinely get antibiotics and genetically engineered feed, for example | 
As mentioned in the featured video above, the societal changes over 
the past 60 years or so have created what amounts to a perfect storm; a 
confluence of dramatically altered food environment combined with 
reduced physical exertion and increased exposure to, and consumption of,
 a wide array of industrial- and agricultural chemicals that have a 
detrimental impact on the human biochemistry. 
Among the dramatic changes to our food supply is the extensive use of
 sugar, primarily in the form of high fructose corn syrup, which is 
added to virtually all processed foods. And this is where the fallacy of
 “a calorie is a calorie” comes into play, because a calorie from fat 
does not impact your body in the same way a calorie from fructose does. 
One Calorie Can Be Vastly Different from Another... 
According to Dr. Robert Lustig, fructose is 'isocaloric but not 
isometabolic." This means you can have the same amount of calories from 
fructose or glucose, fructose and protein, or fructose and fat, but the metabolic effect
 will be entirely different despite the identical calorie count. This is
 largely because different nutrients provoke different hormonal 
responses, and those hormonal responses determine, among other things, 
how much fat you accumulate. 
The average American consumes 1/3 of a pound of sugar a day. That's 
five ounces or 150 grams, half of which is fructose, which is 300 
percent more than the amount that will trigger biochemical havoc. And 
many Americans consume more than twice that amount! Thanks to the 
excellent work of researchers like Dr. Robert Lustig, as well as Dr. Richard Johnson, we now know that fructose:
- Is metabolized differently from glucose, with the majority being turned directly into fat 
- Tricks your body into gaining weight by fooling your metabolism,
 as it turns off your body's appetite-control system. Fructose does not 
appropriately stimulate insulin, which in turn does not suppress ghrelin
 (the "hunger hormone") and doesn't stimulate leptin (the "satiety 
hormone"), which together result in your eating more and developing 
insulin resistance. 
- Rapidly leads to weight gain and abdominal obesity ("beer 
belly"), decreased HDL, increased LDL, elevated triglycerides, elevated 
blood sugar, and high blood pressure—i.e., classic metabolic syndrome. 
- Over time leads to insulin resistance, which is not only an 
underlying factor of type 2 diabetes and heart disease, but also many 
cancers. 
This is why the idea that you can lose weight by counting calories 
simply doesn't work. After fructose, other sugars and grains are likely 
the most excessively consumed food that promotes weight gain and chronic
 disease. This also includes food items that are typically viewed as 
healthy, such as fruit juice or even large amounts of high fructose 
fruits. What needs to be understood is that when consumed in large 
amounts, these items will also adversely affect your insulin, 
which is a crucially potent fat regulator. So yes, drinking large 
amounts of fruit juice on a daily basis can contribute to weight gain...
 In short, you do not get fat because you eat too many calories and 
don't exercise enough. You get fat because you eat the wrong kind of calories. As long as you keep eating fructose and grains, you're programming your body to create and store fat.
Replacing Sugars with Healthy Fats is Key for Reversing Metabolic Syndrome 
I believe there are two primary dietary recommendations that, if 
widely implemented, could help reverse our current disease trend in 
short order:
- Severely restricting carbohydrates (sugars, fructose, and grains), and 
- Increasing healthy fat consumption 
While health authorities insist that sugar is fine "in moderation," 
and that grains are an essential part of a healthy diet and can actually
 help you prevent heart disease, they fail to take into consideration 
that:
- Fructose is the NUMBER ONE source of calories in the US. An 
ingredient that is found in virtually all processed foods cannot be 
considered "moderate." Even most infant formulas contain the sugar 
equivalent of one can of Coca-Cola, which helps explain how six-month 
old babies can be obese 
- Refined carbohydrates (breakfast cereals, bagels, waffles etc) 
quickly breaks down to sugar, increase your insulin levels, and cause 
insulin resistance, which is the number one underlying factor of nearly 
every chronic disease known to man, including heart disease 
Your Body NEEDS Fats for Optimal Function 
Fats in general are considered the dietary villains, especially saturated fat,
 which many people still claim will increase your risk of heart attacks 
and cardiovascular disease. However, this is simply untrue. The only 
really dangerous fat out there is trans fat (margarine, vegetable oils). Saturated fats are actuallyvital for optimal health as they are:
    
            | Building blocks for your cell membranes | Useful antiviral agents (caprylic acid) | Effective as an anticaries, antiplaque and anti fungal agents (lauric acid) | Modulators of genetic regulation and prevent cancer (butyric acid) | 
            | Needed for production of a variety of hormones and hormone like substances | Carriers
 for important fat-soluble vitamins A, D, E and K, and required for the 
conversion of carotene to vitamin A, for mineral absorption, and for a 
host of other biological processes | Useful to actually lower cholesterol levels (palmitic and stearic acids) | Provide a concentrated source of energy | 
When cutting down on carbs, you generally need to increase your 
intake of healthy (ideally organic, unprocessed and minimally heated ) 
saturated fats. Both carbs and fats are sources of energy, but saturated
 fat is actually the preferred fuel for your heart. Another metabolic 
bonus is that fat does not raise your insulin levels, whereas carbs do. 
 However, it’s important to recognize the difference between grain carbs
 and vegetable carbs. 
If you want to lower your insulin levels and reduce fat accumulation,
 reduce the amount of grains and sugars you eat; NOT your vegetables. In
 fact, you actually need to radically increase the amount of vegetables 
you eat when you cut grains, as by volume grains are far denser than 
vegetables. As for healthy fats, good sources include:
    
            | Olives and Olive oil | Coconuts and coconut oil | Butter made from raw grass-fed organic milk | 
            | Raw Nuts, such as, almonds or pecans | Organic pastured egg yolks | Avocados | 
            | Grass fed meats | Palm oil | Unheated organic nut oils | 
Keep in mind that olive oil should not be used for cooking. Instead, 
use coconut oil for cooking, frying and baking, and save the olive oil 
for salad dressing.  Another healthful fat you want to be mindful of is 
animal-based omega-3. Deficiency in this essential fat can cause or 
contribute to very serious health problems, both mental and physical, 
and may be a significant underlying factor of up to 96,000 premature 
deaths each year. For more information about omega-3's and the best 
sources of this fat, please review my previous article: Are You Getting the Right Type of Omega-3 Fats? 
How Much Fructose is Too Much? 
As a general recommendation, I suggest keeping your total fructose 
consumption below 25 grams per day, with a maximum of 15 grams from 
whole fruit. The table at the bottom of this page can help you calculate
 your fructose from fruit consumption. However, if you have ANY of the 
following health issues, then you'll want to be very careful to limit 
fructose to just 15 grams per day or less, and this 
includes fructose from whole fruit. Ideally you'll want to avoid ALL sources of fructose 
until your insulin stabilizes, and then proceed with caution.
    
            | Insulin resistance | Diabetes | High blood pressure | 
            | High cholesterol | High uric acid | Obesity | 
High uric acid, in particular, is a potent marker for fructose toxicity, so if your levels are above:
- 4 mg/dl for men 
- 3.5 mg/dl for women 
... then you would be wise to avoid all forms of fructose until your 
levels have normalized—just as you would with high insulin levels. 
Here's a quick reference list of some of the most common fruits that you
 can use to help you count your fructose grams: 
            | Fruit | Serving Size | Grams of Fructose | Fruit | Serving Size | Grams of Fructose | 
            | Limes | 1 medium | 0 | Boysenberries | 1 cup | 4.6 | 
            | Lemons | 1 medium | 0.6 | Tangerine/mandarin orange | 1 medium | 4.8 | 
            | Cranberries | 1 cup | 0.7 | Nectarine | 1 medium | 5.4 | 
            | Passion fruit | 1 medium | 0.9 | Peach | 1 medium | 5.9 | 
            | Prune | 1 medium | 1.2 | Orange (navel) | 1 medium | 6.1 | 
            | Apricot | 1 medium | 1.3 | Papaya | 1/2 medium | 6.3 | 
            | Guava | 2 medium | 2.2 | Honeydew | 1/8 of med. melon | 6.7 | 
            | Date (Deglet Noor style) | 1 medium | 2.6 | Banana | 1 medium | 7.1 | 
            | Cantaloupe | 1/8 of med. melon | 2.8 | Blueberries | 1 cup | 7.4 | 
            | Raspberries | 1 cup | 3.0 | Date (Medjool) | 1 medium | 7.7 | 
            | Clementine | 1 medium | 3.4 | Apple (composite) | 1 medium | 9.5 | 
            | Kiwifruit | 1 medium | 3.4 | Persimmon | 1 medium | 10.6 | 
            | Blackberries | 1 cup | 3.5 | Watermelon | 1/16 med. melon | 11.3 | 
            | Star fruit | 1 medium | 3.6 | Pear | 1 medium | 11.8 | 
            | Cherries, sweet | 10 | 3.8 | Raisins | 1/4 cup | 12.3 | 
            | Strawberries | 1 cup | 3.8 | Grapes, seedless (green or red) | 1 cup | 12.4 | 
            | Cherries, sour | 1 cup | 4.0 | Mango | 1/2 medium | 16.2 | 
            | Pineapple | 1 slice 
 
 
 (3.5" x .75")
 | 4.0 | Apricots, dried | 1 cup | 16.4 | 
            | Grapefruit, pink or red | 1/2 medium | 4.3 | Figs, dried | 1 cup | 23.0 | 
 
 
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