In our body, nothing happens by accident. Every single physiologic process is a tight orchestration of hormonal signals. Whether out heart beats faster or slower is tightly controlled by hormones. Whether we urinate a lot or a little is tightly controlled by hormones. Whether the calories we eat are burned as energy or stored as body fat is tightly controlled by hormones. So, the main problem of obesity is not the calories we eat, but how they are spent. And the main hormone we need to know about is insulin.

Insulin is a fat-storing hormone. There’s nothing wrong with that – that is simply its job. When we eat, insulin goes up, signaling the body to store some food energy as body fat. When we don’t eat, then insulin goes down, signaling the body to burn this stored energy (body fat). higher than usual insulin levels tell our body to store more food energy as body fat.

Hormones are central to obesity – as is everything about human metabolism, including body weight. A critical physiological variable such as body fatness is not left up to the vagaries of daily caloric intake and exercise. If early humans were too fat, they could not easily run and catch prey, and they would be more easily caught themselves. If they were too skinny, then they would not be able to survive the lean times. Body fatness is a critical determinant of species survival.

Hormonal Obesity

As such, we rely on hormones to precisely and tightly regulate body fat. We don’t consciously control our body weight any more than we control our heart rates or our body temperatures. These are automatically regulated, and so is our weight. Hormones tell us we are full (peptide YY, cholecystokinin). Hormones increase energy expenditure (adrenalin). Hormones shut down energy expenditure (thyroid hormone). Obesity is a hormonal dysregulation of fat accumulation. We get fat because we’ve given our body the hormonal signal to gain body fat. And those hormonal signals go up or down according to our diet.

Obesity is a hormonal imbalance, not a caloric imbalance.

Insulin levels are almost 20 percent higher in obese subjects, and these elevated levels are strongly correlated to important indicators, such as waist circumference and waist/hip ratio. But does high insulin cause obesity?

The “insulin causes obesity” hypothesis is easily tested. If you give insulin to a random group of people, will they gain fat? The short answer is an emphatic “Yes!” Patients who use insulin regularly and physicians who prescribe it already know the awful truth: the more insulin you give, the more obesity you get. Numerous studies have already demonstrated this fact. Insulin causes weight gain.

In the landmark 1993 Diabetes Control and Complications Trial, researchers compared a standard dose of insulin to a high dose designed to tightly control blood sugar in type 1 diabetic patients. Large insulin doses controlled blood sugar better, but what happened to their weight? Participants in the high-dose group gained, on average, approximately 9.8 pounds (4.5 kilograms) more than participants in the standard group. More than 30 percent of patients experienced “major” weight gain.

Prior to the study, both groups were more or less equal in weight, with little obesity. The only difference between the groups was the amount of insulin administered. Insulin levels were increased; patients gained weight. Insulin causes obesity: as insulin goes up, the body weight goes up. The hypothalamus sends out hormonal signals to the body to gain weight. We become hungry, and we eat. If we deliberately restrict caloric intake, then our total energy expenditure will decrease. The result is still the same: weight gain.

Hormonal Obesity

Once we understand that obesity is a hormonal imbalance, we can begin to treat it. If we believe that excess calories cause obesity, then the treatment is to reduce calories. But this method has been a complete failure. However, if too much insulin causes obesity, then it becomes clear that we need to lower insulin levels.

The question is not how to balance calories; the question is how to balance our hormones, especially insulinThere are really only two ways that insulin increases. Either:

  1. We eat more foods that stimulate insulin, or;
  2. We eat the same insulin-stimulating foods, but more frequently.

This breakthrough hormone guide reveals how ” Optimal Hormonal Balance” can boost metabolism, energy, and over all health and wellbeing… WITHOUT crazy diets or hour long exercise plans! It forms the theory behind the many successful health transformation over these many years. The book’s goal is to embrace these ideas and make it easier to implement in day-to-day life.

Power of Hormones

Get yourself a copy here, because 1 in 3 women suffer form hormonal imbalance at some point in their lives and conventional medical advice never educate you to get rid of your imbalance. But the good news is, you can take matter into your own hands and rejuvenate your life.

Coming back to long-lasting weight control is to control the main hormone responsible, which is insulin. Controlling insulin requires a change in our diet, which is composed of two factors – how high the insulin levels are after meals, and how long they persist. This boils down to two simple factors:

  1. What we eat – which determines how high insulin spikes; and
  2. When we eat – which determines how persistent insulin is.

Most diet plan concern themselves with only the first question, and therefore fail over the long term. It is not possible to address only half the problem and expect success.

In terms of the foods, this is not a low-calorie diet. This is not even necessarily a low carbohydrate diet. This is not a vegetarian diet. This is not a low-fat diet. This is not a carnivore diet. This is a diet designed to lower insulin levels because insulin is the physiologic trigger of fat storage. If you want to lower fat storage, you need to lower insulin, and this may be done even with a high carbohydrate diet.

Many traditional societies have eaten carbohydrate-based diets without suffering from rampant obesity. In the 1970s, before obesity epidemic, the Irish were loving their potatoes. The Asians were loving their white rice. The french were loving their bread.

Even in America, let’s remember the 1970s. Disco was sweeping the nation. Star Wars and Jaws played to packed theatres. If you looked at an old photograph from the era, perhaps you might be amazed at several things. First, why did anybody ever think bell bottoms were cool? And second, it’s amazing just how little obesity there is. Take a look at some old high school yearbooks from the 1970s. There is virtually no obesity. Perhaps one child in a hundred.

What was the diet of the 1970’s? They were eating white bread and jam. They were eating ice cream. They were eating Oreo cookies. There were not eating whole wheat pasta. They were not eating quinoa. They were not eating kale. They were not counting calories. They were not counting net carbs. They were not even really exercising much. These people were doing everything ‘wrong’ yet, seemingly effortlessly, there was no obesity. Why?

What about the diet of the Chinese in the 1980s? They were eating tons of white rice. On average, they were eating over 300 grams per day, compared to a low carb diet of fewer than 50 grams – and all highly refined. Yet they had virtually no obesity. Why?

What about the diet of the Okinawan? Over 80% carbohydrates, and mostly sweet potato, which has some sugar in it. What about the Irish in the 1970’s with their beloved beer and potatoes? They didn’t think twice about what they were eating, but until recently there was almost no obesity. Why?

The answer is simple is simple. Come closer. Listen carefully.

They were not eating all the time.

Hormonal Obesity

Surveys like the NHANES in America show that in the 1970s people were mostly eating 3 meals a day – breakfast, lunch and dinner. By 2004, people were eating closer to 5 to 6 times per day.

When you don’t eat, this is technically known as ‘fasting’. This is the reason there is the English word ‘Break fast‘ or breakfast – the meal that breaks your fast. During your sleep, you are (presumably) not eating, and therefore fasting. This allows time for your body to digest the foods, process the nutrients, and burn the rest for energy to power your vital organs and muscles. In order to maintain a stable weight, you must balance feeding and fasting.

During feeding, you store food energy as body fat. During fasting, you burn body fat for energy. If you balance those two, your weight will remain stable. If you are predominantly fasting, you will lose weight.

So, here’s my best single tip for weight loss. It’s so simple and obvious that even a 5-year-old could have come up with it.

Don’t eat all the time.

Unfortunately, most nutritional authorities will tell you the exact opposite. Eat 6 times a day. Eat lots of snacks. Eat before you go to bed. Eat, eat, eat — even to lose weight! It sounds pretty stupid, because it is pretty stupid. Instead, it may be better to use intermittent fasting, a dietary technique used successfully for countless generations.

Should Women Fast?

There is recent debate about women and the safety of fasting. I reached out to intermittent fasting expert Brad Pilon, author of bestseller ‘Eat Stop Eat‘ to set the record straight for you, and here is what he had to say…

“It IS TRUE that many women have had problems when they added fasting into their diet and nutrition plan. But, the question becomes, was the problem the fasting?

It should come as no surprise that there are obvious gender differences in how the human body works. From the way genders look to their unique metabolisms, men and women do have very different physiologies. In fact, there are entire books dedicated to the topic (my favorite being ‘Gender Differences in Metabolism’ by Dr. Mark Tarnopolsky).

In short, aside from the obvious physical differences in muscle mass and body fat levels, women also differ from men due to women having their own set of unique metabolic and physiologic needs that relate to their child-bearing physiology, and this fact simply can not be ignored when discussing diet and weight loss.

A woman’s ovarian function is particularly sensitive to energy balance and energy flux, which can be explained easily by saying a women’s body is constantly monitoring the energy available since the energy needs for pregnancy are high. If the energy needed to support pregnancy is not available, or is perceived to be at risk of becoming unavailable, then the body takes steps to lessen the chance of pregnancy.

In fact, it “available energy” is monitored in three distinct ways:

  1. Energy Status – The amount of stored energy within a woman’s body. This is most often thought of as body fat or body fat percentage.
  2. Energy Balance – The balance between calories in and calories out. Basically whether or not a woman is actively losing weight.
  3. Energy Flux – The RATE of calories in and the RATE of calories out. A woman may not be losing weight, but her calorie intake and output are extremely low, or both extremely high.

As an example, a woman with very low levels of body fat (15-20%) may be at higher risk for metabolic changes due to her low amount of available energy, since the amount of energy stored in her body fat may not be enough to support a full pregnancy.

A woman undergoing prolonged severe dieting may be at higher risk for metabolic changes because of the large discrepancy between calories in and calories out, despite still having higher than average levels of body fat.

And finally, a woman who is not losing weight — or is calorie balanced — but the flux is extremely high (athletes who eat and burn 3,000+ calories in a given day) could be at risk of metabolic changes because of the high flux of calories, even though she is in calorie balance and has normal levels of body fat.

So a woman who wants to lose weight must be aware that her unique situation will affect how her body responds to any particular weight loss or exercise program. And this includes fasting. A woman’s current body fat level, her exercise program, and her degree of dieting are all risk factors.

Sadly, this is well-known physiology.  Physiologic and metabolic disturbances like the female athlete triad have been studied for years. So people who are saying that fasting CAUSES issues with women’s hormones, without looking at the other possible factors either don’t understand this physiology, or are ignoring it. Both are equally concerning.

Either way, fasting itself I don’t see as the issue, but something that exasperates any one of these three issues. -B”

If you want more info on fasting, health, and fitness, check out his book- Eat Stop Eat

Eat Stop Eat

Buy Now (Some call this the Intermittent Fasting Bible, in just one day this simple strategy frees you from complicated diet rules and eliminates rebound weight gain)