Did you know that whey protein powder spikes insulin levels, building as much body fat as sugar in many cases?

Insulin is the hormone responsible for shuttling sugar (glucose) to our cells.

But, when our cells can’t take any more sugar, then it attaches the glucose to fatty acids to create body fat. This is how body fat is created.

And, while insulin is present in the blood stream, fat loss cannot occur.

Now, normally sugar is what causes insulin to be released. But whey is unique among proteins in that it can cause as much or more insulin to be released than sugar can.

This is one of the biggest reasons that we build so much excess body fat along with muscle when bulking — because we’re also taking whey.

And it’s what causes our cuts to take so long.

Because, even when we cut calories and cut down on carbs, if we’re still taking high levels of whey, then to a large degree the whey is causing new fat creation.

And, at the same time, it’s also preventing fat loss.

All because of the high levels of insulin it stimulates.

But why is this and how does this work?

Let’s dive in.

Did you know that the type of food we eat, and how it affects our hormones, is more important than how many calories we eat?

Ask anyone about bulking and cutting, or losing weight, and they'll bring up calories and macronutrients.

“You have to count your calories and eat more than you need to build muscle, or eat less than you need to burn fat.”

And that's true… to a degree.

But there's more to it. Much more. And if you just follow the above, you'll more than likely miss your goals.

Yes, we need to measure the amount of calories to make sure we get enough energy, but not too much. And we need to make sure we get enough protein, fats, and carbohydrates so we can build muscle and have energy to power us through the day.

But which proteins, fats, and carbs? And how do they affect the hormones that will determine how they're used?

Because it's our hormones that decide how these foods will be used in our body.

Will these foods trigger fat loss hormones, or fat gain hormones? Will they trigger muscle growth hormones, or muscle loss hormones?

This is key to attaining and keeping a lean, muscled body.

So let's dive in and see how this all works.

If we want to build and keep lean muscle, or have a lean, toned, and shaped body without the excess body fat, there are key hormones we need to look at:

Cortisol is our stress hormone, released in times of physical or mental stress. It's necessary, but when it goes too high it acts to break down the muscle we do have, prevent or slow new muscle gain, and create and hold onto body fat.

Estrogen and Insulin also play a large role here. 

On the other side we have Growth Hormone, Testosterone, and IGF, Hormones that act to repair muscle, bone, ligaments, etc, build lean muscle, burn excess body fat, and shape our body in both men and women.

But cortisol, estrogen, and insulin work on a sort of seesaw-reaction basis with growth hormone, testosterone, and IGF. 

Raise one side and the other side lowers, and vice versa.

Increase cortisol and we decrease testosterone and growth hormone levels, causing fat gain, preventing muscle gain, and even breaking down the muscle we do have. 

But raise testosterone and growth hormone and we lower cortisol, estrogen and insulin levels.

So while we've covered how to prevent cortisol, estrogen, and insulin from going too high in the above linked articles, in this article we cover how to increase levels of growth hormone, testosterone and IGF.

Let's dive in.

When working out, blood flow is very important for both muscle building and fat loss.

It’s how the nutrients, water and oxygen needed for energy creation and muscle creation flow to our cells.

If our blood flow is lower, our cells do not get these nutrients or oxygen fast enough and our energy levels go down during high intensity workouts.

And it slows recovery.

Achieving healthy blood flow then is important for maximum results and maximum overall health.

We know about amino acids, hormones, and how different foods affect our ability to build lean muscle, burn fat and stay healthy.

But if we want to achieve maximum levels of energy, recovery, health and performance, and build the most lean muscle, then we need to go down to the cellular level.

After all, our bodies are just one big mass of some 100 trillion cells all bonded together.

How well we're doing is an exact reflection of how well our cells are doing.

And they require a multitude of nutrients and biochemicals, all held in equilibrium, to ensure they can work properly, produce energy, build muscle, and keep our body going.

When these aren't properly balanced we can get headaches, brain fog, low levels of energy, muscle cramps, slower recoveries from workouts, and imbalances in hormones.

But when everything is in place, we have the most powerful you that you can be.

So let’s see how this works.

Did you know whey powder can cause bloating? Or that it can cause poor digestion and even feed harmful bacteria?

It can. And many people using it don’t realize that some of that extra body fat they may be trying to get rid of isn’t body fat at all, but bloating from the whey they’re taking.

Many people use whey protein powders as an easy way to get in more protein to help them build muscle or just to keep their protein levels high.

In fact, it’s become fairly ingrained in the diets of many body builders and fitness trainers.

But does it help as much as most people think?

As of today, about 42% of Americans are considered clinically obese. This is a large rise from the 1970’s when only about 10% were.

To combat this, recently, many have turned to GLP-1s. These are medications originally approved for the treatment of diabetes, but which have shown results in lowering appetite and blood sugar levels, and so allowing for loss of body fat.

However, they work by bypassing the body’s natural systems and in some cases lowering the body’s ability to naturally perform these actions as the body gets used to receiving them.

And, for some, they can come with severe side effects to one degree or another: increased risk of heart attack, bowel obstruction, gallstones, thyroid cancer, vision loss, muscle loss and weak or brittle bones especially for those in their 40’s, 50’s and 60’s, and severe stomach paralysis.

So understanding how these work inside our body, and what to do to ensure we fill any necessary nutritional gaps they may cause, becomes quite important.

Today we want to walk you through a day in the life of someone using the PerfectAmino Performance Stack to build more lean muscle, increase energy and endurance, and improve recovery, all while slimming down.

Also, how it helps them to improve mental focus and clarity during the day and address stress levels, mood and the ability to relax in the evening and sleep deeply.

The PerfectAmino Stack includes: PerfectAmino, PerfectAmino Pre-Workout, PerfectAmino Creatine, PerfectAmino Electrolytes and PerfectAmino Strength & Recovery.

We're going to show when and how they're taken for best results.

And not just that, but what other actions do they take during the day?

What exercises do they do and when?

What foods do they eat and when? (And we include recipes.)

How do they get maximum sleep for recovery?

All of these points are important, so let's dive in.

Millions of people take pre-workout formulas every day, before workouts or runs or any intense activity.

They take these to increase energy, blood flow, endurance and focus, and get more out of their workouts.

But these formulas don’t work the way most people think they do. And what they do to a body over time, how they affect our overall energy, mood, stress levels, sleep ability and recovery, can often cause more damage than the benefits they seem to be giving.

While they appear to be giving energy, in reality, they’re forcing the nervous system into a high-output state by blocking the brain's natural fatigue signals and flooding the body with adrenaline and cortisol — the stress hormones our body was designed to use in small amounts, not daily for hours at a time.

In the long term this causes lower energy levels, reduced endurance, poor sleep, mood and focus, and poorer recovery leading to not only lessened gains, but increased weight gain over time.

So let's dive in and see what's actually happening here and what we can do to improve gains now and in the long term.

Getting good sleep is one of the most important things we can do, not just for muscle building and fat loss but for our mood, energy levels, and overall health.

Sleep is when our body is able to recover and repair cells, a lack of it even affects our aging process, speeding it up internally, as well as visibly causing wrinkles and sagging skin.

During the first few hours of deep sleep is when many hormones, including growth hormone and IGF (major fat-burning hormone) are released.

Getting enough sleep also helps to keep cortisol levels lower and balance estrogen, testosterone, progesterone and thyroid.

So if we want a lean, toned or muscled body, then we need deep sleep every night for full recovery, muscle building, natural fat loss and hormonal balance.

Yet a third of Americans get poor sleep, and those with the worst sleep generally have poor health.

So what causes this and what can we do to not only get better, deeper, more refreshing sleep, but also to reverse the effects of poor sleep?

Let’s dive in and see.

If we want a fit, lean, healthy body that lasts into our later years, then we need to not only put in the work and eat right, but we need to be able to spot any pitfalls in our path and handle them before they become a problem.

I'm talking about illness, physical issues, organ troubles, cardiovascular issues, etc.

Many things can exist and are quite visible or easy to spot. But only because they've become big enough to spot. However, there was a point before they became big enough to be visible when they were harder to spot... but much easier to address.

Health troubles can exist without us knowing, leading to troubles we can see later on, if only because they've gotten worse.

They can even impact our ability to build muscle, recover, or lose body fat, without us ever knowing they were there, existing.

But if these things are still too small to see right now, then how do we know? And how can we catch them before they become a problem?

That’s where Heart Rate Variability comes in.

Heart Rate Variability, or HRV, is a literal measuring stick of our current health and how well our body is able to adapt and recover. And it’s something we can use to monitor ourselves.

Whether we're into extreme sports and maximum physical performance, or trying to achieve optimal health for a long life, learning what HRV is, and how to use it, puts our health and performance in our hands.

This helps us spot trouble when it’s still a ways away, so we can handle it before it gets out of hand.

There is something that will directly improve our ability to recover, our performance, our overall energy levels and metabolism, and which is key to overall health more than almost anything else (though we'd never think it was).

This is something that very specifically controls or improves or decreases our body's overall ability to repair itself, recover, and function correctly.

It directly affects our longevity, our ability to gain lean muscle, our cardiovascular health, our ability to keep weight off more easily, our energy levels and mood, and which allows us to keep improving over time.

And it's also something that directly affects and increases or decreases our overall health.

It's called VO2 Max. V is for Volume, O2 is for Oxygen, and Max is for Maximum.

VO2 Max is literally the maximum amount of oxygen our cells can use to produce energy at any given time. It's how much horsepower our body has.

A person who is unwell in one way or another has a low ability to produce energy. A well person has good energy ability. And an athlete has high energy production capability.

Conversely, a person who has a low ability to produce energy will become unwell over time, and a person with high energy production will remain well, barring emergency situations.

From a performance view, VO2 max is literally the maximum amount (volume) of oxygen that your cells can utilize to produce energy during intense exercise before you burn out.

Our cells only have so many energy-making "engines" (mitochondria). So even if we increase oxygen to the cells, if there are not enough mitochondria to use that oxygen, we don't increase energy.

If we can increase the number of these engines, our body's horsepower, then we increase our VO2 Max, and how much energy we can produce.

Raising this allows us to raise overall performance, energy, endurance, recovery ability, and overall health. And leads to greater longevity.

Let's dive in.