5kg of Muscle in 2 Weeks

by Dean McKillop 6398 views Gain Muscle

5kg of Muscle in 2 Weeks

We have all seen claims like this before - “PACK ON POUNDS OF MUSCLE in just 2 weeks.” But can you actually achieve what they are claiming? Can you pack on pounds of muscle in such a short period of time?

You actually can, but let me explain how…


Maximal Accumulating Sarcoplasmic Hypertrophic Super Compensation
(Max-i-mal Accum-u-lating Sar-co-plas-mic Hyper-troph-ic Su-per Com-pen-sation)


DAMN, that’s a mouthful! Truth be told I just made it up, but let’s be honest here… It sounds cool as hell!!

Aside from its level of coolness, it's actually quite a factual representation of a particular training style, when coupled with nutrition, that will genuinely result in an extreme increase in lean body mass (LBM). Let me revisit that acronym real quick – LBM

Lean Body Mass

LBM refers to any tissue of the body that is not fat. That means all of your organs, your bones, the food in your gastrointestinal tract, your brain, your muscle tissue and all of the stored energy within your muscles as well. 

Absolutely everything other than fat is LBM.

Now, why is that important? It’s important because it now brings context to the argument of can you gain 5kg of muscle in 2 weeks?

Actual, contractile muscle tissue? No… that takes time and tremendous effort. But can you gain 5kg of LBM? Easy peasy…

Well at least if you know how to manipulate a physique properly.

You see, gaining that amount of LBM is less about the actual gaining of lean muscle tissue, and more about understanding how to use food, training and calculations to achieve a result.

What does “Maximal Accumulating Sarcoplasmic Hypertrophic Super Compensation” even mean? 

muscle gain

It means doing lots of training (maximal), to cause a tremendous amount of swelling (accumulating), while filling the muscle tissue with as much water and carbohydrates as possible (sarcoplasmic hypertrophy), by using excessive training techniques and food consumption (super compensation).

Not really that exciting anymore is it? You’re training and eating to cause excessive muscular swelling.

But…Let’s just say you wanted to experiment with such a program or you want to understand how people can achieve these results, here is how you can create maximal change in LBM in minimal time.

The four primary variables to control in this instance are:
  1. Carbohydrate intake
  2. Hydration status
  3. Training inflammation
  4. Testing procedure

Knowing how to manipulate those 4 factors alone, can make it incredibly easy to gain the ridiculous amount of LBM claimed by pretty infographics that are rampant in the fitness industry.

Let the games begin...

Step One… use an appropriate testing procedure to suit your measurement bias.

My vote in this instance would be either Bio-Electrical Impedance Analysis (BIA) (the ones that send an electrical current from body part to body part) or skinfold/calliper testing.

BIA - Bio-Electrical Impedance Analysis

BIA measures 2 primary variables through the use of an electrical current and then extrapolates those measures against some population’s norms.

Those norms being organ and bone weight relative to age, height, weight and sex.

It works through measuring the speed in which an electrical impulse goes from one body part and into another, which allows it to determine how much fat mass the individual is carrying and then through the use of formulas, the amount of LBM they have as well.

The primary benefit of this measurement technique for the purpose of increasing LBM at speed is that its primary downfall is it is heavily impacted by hydration and food status.

  • The more dehydrated you are, the slower the electrical current travels and the higher the body fat you will register
  • The more glycogen retention/muscle hydration, the higher your bodyweight will be and the greater your LBM will measure
Skinfolds

Skinfolds in their simplest form measure the thickness of the skin and its implied subcutaneous fat and then extrapolates those measurements against industry standard equations using age, height, sex and weight to determine a relative body fat percentage.

  • The more glycogen retention/muscle hydration, the higher your bodyweight will be and the greater your LBM will measure relative to the pinch thickness.
So why choose these?

Simple…

By manipulating the measurement data at the beginning of a testing procedure, you can directly manipulate the data at the end. In order to maximise LBM gain post intervention, following the below approach in your initial testing phase will allow for MAXIMAL POSITIVE change.

Note… the goal of an initial measurement is to have MAXIMUM fat mass and MINIMUM muscle mass so that when you re-test you can have LESS fat mass and MORE muscle mass.

Here is my 3-step approach to ensuring a negative initial measurement.
  • Deplete carbohydrates 1-2 weeks prior to testing
  • Test with mild dehydration
  • Test after being untrained with minimal inflammation
  • Test in the AM without food consumption

Following this procedure for the BIA will ensure the electrical current moves slower through dehydrated tissue and that intramuscular volume, as well as total body weight,  will be lower, which will both have negative impacts on LBM when compared to the retest.

Furthermore, given the title of this article and the goal of 2 weeks of extreme LBM gain, it is VERY difficult to significantly increase skinfolds in two weeks in a controlled environment.

Why is that important?

It is important because of the re-testing procedure and how it can be used to gain LBM as fast as possible.

Following this method will ensure your body fat measures the highest it possibly can, while your LBM will measure the lowest it possible can due to a reduction in the food you carry in your stomach/intestines as well as the nutrients (glycogen + water) inside your muscle tissue.

Then the magic happens...

Prior to re-testing your body composition, the following procedure should be followed:

  • Load carbohydrates at 5-10g per kg of bodyweight, per day, for 2-3 days prior to measurement
  • Supplement with 5-10g of Creatine per day for the entire 2-week phase in this instance or in the final 2 weeks in a longer measurement process
  • Consume more water the day prior and the morning of re-testing. Really load it in the morning of.
  • Add additional sodium (salt) to your food 24 hours prior to re-testing
  • Train excessively in the 2 week period to ensure maximum muscle inflammation occurs
  • Weigh in or have your callipers done after lunchtime to allow time to consume adequate food and water, which will ensure your gastrointestinal tract is full.
And why would you do all of this?

carbohydrates

Because consuming large quantities of carbohydrates, in the presence of large amounts of water and sodium, coinciding with increased training volume and the addition of creatine ensures your muscle tissue is completely saturated with intramuscular volume (sarcoplasmic).

Couple that with additional scale weight in the food you have consumed the morning of your testing procedure, as well as the heightened levels of muscle hydration and glycogen storage and you are left with a body that measures with…

  • Less or the same body fat depending on the testing measure
  • Higher total body weight

And what do the tests say when you weigh more on the scales but your body fat hasn’t changed or even better, has gone down?

YOU GAINED MUSCLE… HUGE AMOUNTS OF GLORIOUS MUSCLE!!

I mean LBM… you gained lean BODY mass, not specifically muscle mass.

Damn…Bubble burst…Yeah yeah, I know… I’m the muscle Grinch who ruined your Christmas. But at least I’m honest!

Why am I telling you this and explaining how people can claim such a thing?

Because context is HUGELY important as it either supports or enhances your expectations. In this instance, the expectation of gaining 5kg of muscle in 14 days is skewed and I don’t want you, the reader, to have misguided expectations on what you can truly achieve.

Sometimes reality sucks, but it is still reality.

So here is the take home message...

Instead of focusing on short-term extreme changes, focus on long-term consistency and before you know it you will have achieved far more than you could even imagine anyway.

Dean McKillop

Exercise Scientist

I completed my Exercise Science Degree at the University of QLD and have worked in the fitness industry for over 8 years, including a short stint at the Brisbane Broncos in 2010 as a student. I also hold my Level 2 Strength and Conditioning Coach accreditation (ASCA) and have competed in 1 bodybuilding season, placing 2nd at the IFBB u85kg Nationals.

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