My last few segments talked about the 3 macronutrients,
Carbohydrates, Fats and Proteins. I gave you a brief overview of why all 3 should be present in your diet and the role each
play in your body. Now that you know WHAT
each of the 3 are, in this segment I’m going to focus on HOW MUCH of each you
need depending on your fitness goals.
If you recall earlier I talked about “calories-in vs.
calories-out" and established some simple rules.
IF
- CALORIES-IN>CALORIES-OUT=
Weight INCREASES
- CALORIES-IN<CALORIES-OUT=Weight
DECREASES
- CALORIES-IN=CALORIES-OUT=
weight stays the SAME.
We know that the amount of calories you consume dictate whether
or not you will gain or lose weight. However it is extremely important to remember
NOT ALL CALORIES SHOULD BE THOUGHT OF AS THE SAME. Yes, 1 calorie will always equal 1 calorie,
however depending on WHERE that calorie came from effects the way it will be
used in the body.
An example to demonstrate this would be if you had 2
individuals, Bob and Tony. Both Bob and tony have a caloric maintenance level
of 2500. Recall that this means if they both consume 2500 calories a day they
will neither gain weight nor lose it. If both Bob and Tony decided they wanted
to increase their weight and as a result increased their calories to about 3000 per day, both
would now be eating at a 500-calorie surplus. Say Bob eats nothing but pizza
and Ice cream to reach his 3000-calorie goal every day, while tony has a
balanced diet consisting of healthy Carbs, Fats and Proteins to reach his
3000-calorie every day. Yes both individuals would gain weight after a certain
amount of time, but their BODY COMPOSITION would be totally different. Most or
even all the weight Bob will have gained will be FAT; where as most of the
weight gained by Tony would be MUSCLE.

The Most important thing to take away from this is that YES the
calories-in vs calories-out concept DOES dictate whether you gain or lose
weight, but it doesn’t dictate whether the weight you gain or lose is mostly
fat or muscle. In other words, to track a healthy diet, not only do you have to
make sure you’re getting a sufficient amount of calories to reach your goals,
but also pay close attention to the COMPOSITION of those calories. It is
extremely important to know what PERCENT of those calories are coming from
Carbs, Fats and Proteins. This concept of tracking the COMPOSITION of your
calories is knows as tracking your “Macro’s” (Macro is just short for
macronutrients).
Fact
1 gram of carb=4 calories
1 gram of Protein=4 calories
1 gram of fat=9 calories
Since fats are more calorie dense than protein and carbs, you don't need AS MUCH in your diet but you DO still need some.
So how do you know what percent of your calories should be coming from Fats, Carbs Or Proteins?
1 gram of carb=4 calories
1 gram of Protein=4 calories
1 gram of fat=9 calories
Since fats are more calorie dense than protein and carbs, you don't need AS MUCH in your diet but you DO still need some.
So how do you know what percent of your calories should be coming from Fats, Carbs Or Proteins?
Well that depends on your fitness goals. An individual who’s
bulking would have different macros then someone who’s cutting. A good starting
point to determine your macro’s comes from first understanding your body’s
somatotype. For example, if 2 people who both weigh the same
decide they want to bulk, shouldn’t their macro’s be the same? The answer is No.
Insulin Sensitivity
Recall from my previous blog on Carbohydrates I talked about
the effect Carbs have on your insulin. We know that consuming carbs raises your
blood sugar level so your body releases insulin to lower blood sugar by carrying that glucose (and other nutrients) into muscle cells to help them build and recover. However depending on your metabolism and how well your body can handle
carbs different body types will release different amount of insulin when carbs
are consumed.
Endomorphs tend to gain fat easily so they have low insulin
sensitivity. Ectomorphs on the other hand have faster metabolisms and have high insulin sensitivity. Insulin sensitivity basically means that if an
endomorph and ectomorph both ate a bagel, the endomorph's body would release MORE
insulin to lower his/her blood sugar level down to normal. Where as the
ectomorph would find it easier to metabolize the carbs and his/her body would
release less insulin.
Looking at this animation you could see that the insulin attempts to lower blood sugar by carrying the GLUCOSE as well as other nutrients into different cells in the body (INCLUDING muscle cells). However as a result of having low insulin sensitivity, good man Mr. "Insulin Resistance" is going to prevent the glucose from reaching the cell. This basically means this individual's body does a poor job of metabolizing carbs and instead of using it for energy it will be stored in the body's fat deposits.

Looking at this animation you could see that the insulin attempts to lower blood sugar by carrying the GLUCOSE as well as other nutrients into different cells in the body (INCLUDING muscle cells). However as a result of having low insulin sensitivity, good man Mr. "Insulin Resistance" is going to prevent the glucose from reaching the cell. This basically means this individual's body does a poor job of metabolizing carbs and instead of using it for energy it will be stored in the body's fat deposits.

Understanding insulin sensitivity is important because it
would affect the percentage of calories that the person should get from Carbohydrates when establishing their macros.
Macro Splits
The most common Macro splits in the fitness community are the 50/30/20
And 40/20/20 split. What do these Random numbers mean?
Although the 50/30/20 and 40/40/20 are the most common macro
splits they may not be optimal for everyone. Nutritionist Michael Kory uses a
good example to explain why this is.
According to him your macro split can be represented by the picture of these
2 suits. One suit is custom made and fits the person’s body a lot better than
the “one size fits all” default suit. Your macros should be the same way. You
want it to be tailored to YOUR body.
How do you find your Macros?
There are many different opinions on this topic in the
fitness community but the most popular one is as follows
The following Table was made for a LEAN 200-pound person.
Now things get slightly mathematical. To find your optimal
macro ratios follow the listed steps:
Step 1
To find how many grams of protein you need
multiply your LEAN body mass by 1.
Example: a 200-pound individual would
multiply his/her bodyweight by 1 so
200 x 1=200. Therefore a 200-pound person
would consume roughly 200 grams of protein per day. Now that this person knows
how many GRAMS he/she would need from protein they now have to figure out how
many CALORIES they need from protein. To do this is simple; just multiply your
answer from above by 4.
200 x 4= 800, therefor a 200-pound person
would need to get about 800 of their daily calories from protein.
2
Step 2
To find how many grams of fat you need multiply
your body weight by 0.4.
200 x 0.4= 80. A 200-pound person would
need about 80g of fat in their diet.
To find how many CALORIES this
individual would need from fat; they would multiply their number by 9.
80 x 9= 720, so this person would get about
720 of their daily calories from Fat.
3
Step 3
To find your macro’s for carbs is a little bit
trickier. To find your Macros for your Carbs you would first need to know what
your daily calorie goal is. For this you can refer to the macronutrient
calculator I posted in my blog about "calories". Say the person in our example is
trying to maintain their current weight and they’re eating 3000 calories per
day. To find how many calories he/she would need from carbs they would subtract
the calories consumed from from protein and fat from 3000.
3000 – 800 -720 = 1480. Therefor this person would need to get about 1480 of their daily calories from Carbs. To find how many
GRAMS he/she would need from carbs they would then divide 1480 by 4.
1480/4= 370g, so this person would need about 370g of carbs per day.
*Note* It is important to remember when
calculating protein to multiply the 1g per LEAN body mass. This means if a
person is obese and weighs 300 pounds, that 300 pounds is not LEAN body weight
as it contains a high amount of fat. This person would have to find their lean
body mass first and then multiply THAT by the 1g.
Based on these calculations, the 3000
calories this 200 pound person would consume daily would need to consist of
approximately 200g of protein, 80g of fat and 370g of Carbs. It is important to
note that this is just a STARTING point, and these macros may need to be adjusted
depending on your body type and fitness goals. I will talk about HOW to make
these adjustments in future articles once I start explaining how to BULK and
CUT.
Finding your macros is a very “technical”
topic unlike my other “theory based” topics. If you're still not understanding this topic I suggest you go back to my previous blogs and re-read them and THEN come back to this. And if its still unclear, as always feel free to message me with any
questions or comments.
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