You wake up and stumble to the bathroom after slapping the alarm. You do your business and look over at the scale staring accusingly at you from the corner of the room.
You dutifully trudge over, step on, wince as the numbers climb higher and higher, hoping that somehow, some way the number is lower than it was yesterday.
Whether it is or isn’t doesn’t really matter, because that number may be telling you a lie.
Relying on the scale alone is of benefit, but the importance of adequate lean mass cannot be understated.
I am convinced that part of the problem with most people’s inability to maintain long term weight loss is the fact that many of them are not necessarily over fat, but under-muscled.
in my practice I see “skinny-fat” people all the time. Another term used to describe these people is “sarcopenic obesity.”
And it looks nothing like the obesity you probably recognize.
Sarcopenia is the traditionally age-related decrease in muscle mass with time. But it can happen at any time of life. This term merely defines a person with a skinny phenotype (how they look), but an atrocious body composition i.e. they are fat!
One example of this is the classic over-exercisers who, if walking down the street would turn heads with their stealth appearance, but who, if their body composition were measured, would be 40 to 50 percent body fat.
Their problem isn’t necessarily too much fat — but too little muscle!
I see these people all the time, and they are farther from health than some of my patients who do not have that “look” but have the body composition we all desire.
Because muscle benefits aren’t just for the body-builders.
Beyond any aesthetic or even brute strength, muscle gain is helping in a powerful way you never realized.
To figure out the secret, we need a crash course on how your body uses energy, that is, calories.
One of the causes of obesity is energy imbalance over a prolonged period of time, when energy in (eating) exceeds energy out (exercise)…
But “energy out” breaks down even further.
Your total calorie/energy outflow is the sum of the thermic effect of food (TEF) + the energy used related to exercise (TEE) + Non-Exercise Activity Thermogenesis (NEAT) + resting energy expenditure (REE).
( Remember that last one. It has a surprise.)
The Thermic Effect of Food (TEF) or “food tax” is the number of calories used to process the food you just ate. In other words, it takes energy to break down, digest, and process food.
The best picture I can give you is terms of calories used. In other words:
The Thermic Effect of Exercise (TEE) is the energy or calories you use while doing specific, planned, movement to purposefully burn calories.
Most people try to find their silver weight loss bullet here, but remember: Your “calories out” or energy expenditure can never match the calories you put in your mouth. Surprised? We’ll talk more about this in a later post!
Non-Exercise Activity Thermogenesis (NEAT) is the physical movement required of your everyday schedule. Maybe you walk a few blocks to work, or carry out manual labor for an occupation.
It happens on a constant basis and doesn’t play greatly into your weight loss per se, but is vital to understand for weight loss maintenance.
Resting Energy Expenditure (REE) is the amount of calories/energy your body uses to keep you alive. It provides the fuel for your heart to beat, your brain to function, your liver to process chemical reactions, etc. It comprises the greatest amount of energy use, estimated at around 60 to 70 percent of your daily total.
Under most circumstances, Resting Energy (REE) is the largest component of your total energy expenditure. And it’s going to reveal a secret.
Okay, you might be wondering… what does my resting energy have to do with muscle mass?
We now know that whether you’re having a meal or just relaxing, your REE is working to synthesize and break down protein from muscle mass.
For you science buffs out there: muscle protein synthesis ranges from 0.23 to 0.90 kg/d, once again, dependent on the amount of muscle present.
Four mol (short for mole — a unit of amount of substance) of ATP are utilized per mole of amino acids incorporated into protein (15) and the hydrolysis of 1 mol ATP releases 20 kcals of energy (16). This means that the energy released per day as a result of muscle protein synthesis may be as high as 500 kcal/d in a young man with 55 kg of lean mass.
I apologize for the science here, but it is important.
This means that the energy released per day as a result of muscle protein synthesis may be as high as 500 kcal/d in a young man with 55 kg of lean mass.
A difference in REE of 500 kcals would equate to (on the low end) a gain or loss of 4.3 pounds of fat a month.
In a nutshell: The more muscle you have, the more calories you burn by simply existing.
Can’t beat that.
And the positive side effects go even farther!
Higher muscle mass, not only burns calories while resting, but
“Trust not too much in appearances.” — Virgil
Don’t let the mirror alone tell you how healthy you are. You won’t have the full picture.
Because if you look fit, but feel funky, the problem might be with your muscle mass.
Strong bodies are for everyone — the Arnold Schwarzeneggers and the everyday Joes. And now that you know the science secrets behind those biceps, you can gain strength with confidence.
Get the facts about water and how this one amazing — and free — substance can impact every area of your body and health.
Originally published at medium.com