Hello -,

As you know, we've upgradedPerfectAminoby adding nucleotides and nucleosides — the building blocks of nucleic acids: our DNA and RNA.

But we want to make sure you fully understand why we did this and how this works.

Because it was for a very exact reason. And it is very much an upgrade.

We know that the building blocks of protein and collagen are the essential amino acids.

Having all of the essential amino acids, and having each of them in the correct overall ratio, is necessary for complete protein synthesis, as well as protein synthesis without the caloric impact.

However, there is another aspect to this.

While these essential amino acids are thematerialused to synthesize new protein, the actual building blocks of protein and collagen, if we want perfect protein synthesis then we need to look at the process of synthesizing protein itself:howthey are being made.

Because when this is faulty, we can get incorrectly made proteins, and even stopped protein creation.

This process is controlled by:

Our DNA, the blueprints that sayhowto build new proteins.

And our RNA, the messenger molecules that not only pass on the information from our DNA, but actuallydirectthe synthesis of new proteins, andbuildthe new proteins, amino acid by amino acid.

When these become damaged we can get faulty protein synthesis. So even if we have the correct amino acids and correct amounts, we won't necessarily get correctly made proteins.

But even more, in many cases, if DNA repair has not occurred, anduntilit occurs, protein synthesis of specific proteins are actually stopped.

Fully.

So our cells don't even produce those needed proteins until the DNA repair has occurred.

Which proteins and how does this affect us?

There are over 20,000 different proteins made in the human body, and hundreds to thousands of different protein synthesis points on each different DNA strand.

Where damage occurs will be different for every one of us.

And what that results in will also be different.

From Molecular Biology Of The Cell, 4th edition: DNA Repair:

"The flow of information from DNA to RNA to proteins is one of the fundamental principles of molecular biology. It is so important that it is sometimes called the central dogma."

By providing nucleosides and nucleotides, the building blocks of our nucleic acids (our DNA and RNA), we give our cells what they need to help repair damaged DNA and RNA, thus improving the process of protein synthesis itself.

But I want to make sure you fully understand how this works, and the science that backs it up.

So let's dive in and break it all down.

ReadDNA & RNA: How PerfectAmino Helps Optimize The Process Of Protein Synthesis\xa0and get your newPerfectAminotoday!

Your BODYHEALTH Team