Our delivery system explained

[video=vimeo;158052748]https://vimeo.com/158052748[/video]

Just watched the video and I am impressed how the delivery system aids in proper absorption and doesn't allow for acid to destroy the product before reaching the blood stream.This system should also allow the dosage typically need to see results to be less.

For those who can't click the link above can find the video here.

Invalid Link Removed
 
Just watched the video and I am impressed how the delivery system aids in proper absorption and doesn't allow for acid to destroy the product before reaching the blood stream.This system should also allow the dosage typically need to see results to be less.

Besides what you mentioned this technology also provides a delayed release effect too further improves efficacy. And thanks for adding the vimeo!
 
None of the ingredients I can see on the labels are sensitive to pH to begin with.

Also, enteric-coating does not cause a beneficial extended release. It's absorbed just as rapidly, it's just that it takes longer to START absorbing.

Good for things like peptides and probiotics. Besides these, the stomach doesn't really pre-digest anything
 
None of the ingredients I can see on the labels are sensitive to pH to begin with.

There are more than just pH considerations, but even so, remember that this is a general purpose delivery technology. Its designed to be effective and compatible with virtually any active ingredient or application. Some of the products may contain actives that only benefit from 1 or 2 of the delivery components, while others may surely benefit from them all.

Regardless, the whole design criteria of Tetrasorb was to ensure that all products derive at least some degree of absorption benefit, even future products that we have yet to conceive.

Also, enteric-coating does not cause a beneficial extended release. It's absorbed just as rapidly, it's just that it takes longer to START absorbing.

Your statement appears contradictory. Perhaps you simply failed to comprehend the concept? That's ok friend, I don't mind restating it for you. What the write-up claims is "a delayed-release effect". Now think about it, it takes longer to start absorbing (your words.) Isn't that the very definition of delayed-release? :shrug:

Good for things like peptides and probiotics. Besides these, the stomach doesn't really pre-digest anything

Of course it does. The stomach digests the gelatin that the capsule is composed of! That's the problem, but it seems you are still focused on pH. This is of far greater importance when considering the absorption kinetics of alkaloids and salts, but you are correct about the peptides and pro-biotics.

However, consider that the product is taken with a meal. Then what? What is the composition of that meal? What if a meal is not available and the user is forced to take the product on an empty stomach? What if the ingredient would actually benefit from an empty stomach but the user had to eat? etc, etc..

It obviously becomes a dynamic scenario very quickly, so this system was developed to make those considerations less relevant. Getting the active to the duodenum without confabulating factors, where it will then be dispersed in the jejunum helps to standardize the whole benefit. Making the delivery more consistent and effects more reliable, which fool-proofs results.
 
For those of us who's are unscientifically inclined (like myself) I look at like this =

Its first and goal and the ball is on the 8 yard line. We have been here before and in the past our running back has
fumbled, got tripped up, fell short and never made it in the end zone- aka a bunk product

However this rookie who just won the Heisman isn't playing around. As our new RB is cutting through defensive ends, line backers and defensive tackles (making his way through the stomach) he crosses over the goal and scores- aka a successful product with a delivery system that delivers.

End result- your new rookie RB has delivered the game winning TD

simple enough
 
There are more than just pH considerations, but even so, remember that this is a general purpose delivery technology. Its designed to be effective and compatible with virtually any active ingredient or application. Some of the products may contain actives that only benefit from 1 or 2 of the delivery components, while others may surely benefit from them all.

Regardless, the whole design criteria of Tetrasorb was to ensure that all products derive at least some degree of absorption benefit, even future products that we have yet to conceive.



Your statement appears contradictory. Perhaps you simply failed to comprehend the concept? That's ok friend, I don't mind restating it for you. What the write-up claims is "a delayed-release effect". Now think about it, it takes longer to start absorbing (your words.) Isn't that the very definition of delayed-release? :shrug:



Of course it does. The stomach digests the gelatin that the capsule is composed of! That's the problem, but it seems you are still focused on pH. This is of far greater importance when considering the absorption kinetics of alkaloids and salts, but you are correct about the peptides and pro-biotics.

However, consider that the product is taken with a meal. Then what? What is the composition of that meal? What if a meal is not available and the user is forced to take the product on an empty stomach? What if the ingredient would actually benefit from an empty stomach but the user had to eat? etc, etc..

It obviously becomes a dynamic scenario very quickly, so this system was developed to make those considerations less relevant. Getting the active to the duodenum without confabulating factors, where it will then be dispersed in the jejunum helps to standardize the whole benefit. Making the delivery more consistent and effects more reliable, which fool-proofs results.


i believe you and I are the only two on this forum- since i have been a member- to reference the duodenum. Albeit mine was a tad further down the spectrum then above, nonetheless. well explained
 
i believe you and I are the only two on this forum- since i have been a member- to reference the duodenum. Albeit mine was a tad further down the spectrum then above, nonetheless. well explained

Well thanks, Smith. But you're analogy was way more exciting than my explanation. Made me wanna get up and tackle somebody, like that Pacino locker room speech from Any Given Sunday! :usa2:
 
So just looking into tetrasorb, is my understanding correct that it is a combination of Glyceryl monolaurate, beta-sitosterol, piperine, 6 7-dihydroxybergamottin?
 
So just looking into tetrasorb, is my understanding correct that it is a combination of Glyceryl monolaurate, beta-sitosterol, piperine, 6 7-dihydroxybergamottin?

No, beta-sitosterol is the aglycone of what we use, which could also be referred to more simply as Stigmasteryl glucoside. Other than that, it appears you have the right idea on the rest of it.

The writeup used the more proper and thorough nomenclature intentionally, so there could be no confusion as to exactly what it all is.
 
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