QSC TB 500

There isn't much we know with 100% certainty about peptides. With some peptides we don't even know what side effects there might be. If someone here mixes their pepitde in the vial and still feels an effect even after several days, that would help me. With TB 500 it is very easy to demonstrate an effect. If a test is seriously planned here, I will pay.
 
There isn't much we know with 100% certainty about peptides. With some peptides we don't even know what side effects there might be. If someone here mixes their pepitde in the vial and still feels an effect even after several days, that would help me. With TB 500 it is very easy to demonstrate an effect. If a test is seriously planned here, I will pay.
with tb500 it's very easy to demonstrate effect? what?

U sure you have ever injected it?
 
that was a verrry interesting and informative read, a little long , but probably the best article i've read and the information is easily absorbed

So that proves how hard impact is one way in which peptides degrade by mechanical force.

The other is related to the fact peptides stick, "adsorb" to the walls of their containers (unless steps are taken to prevent it with excipients and special materials, like pharma does). Once they adsorb, they become malformed, oxidize (from the ingredients in the glass or plastic), and other peptide molecules can stick to them forming larger aggregates.

If these are left undisturbed, it's just a little
lost peptide. But when shaken, bubbles can knock them into the solution to be injected. Also, whatever caused the adsorption at the spot in the first place, an impurity like a little silicon, or a defect in the glass, is now vacant and another peptide molecule can stick there starting the process all over again.

IMG_9907.webp
 
So that proves how hard impact is one way in which peptides degrade by mechanical force.

The other is related to the fact peptides stick, "adsorb" to the walls of their containers (unless steps are taken to prevent it with excipients and special materials, like pharma does). Once they adsorb, they become malformed, oxidize (from the ingredients in the glass or plastic), and other peptide molecules can stick to them forming larger aggregates.

If these are left undisturbed, it's just a little
lost peptide. But when shaken, bubbles can knock them into the solution to be injected. Also, whatever caused the adsorption at the spot in the first place, an impurity like a little silicon, or a defect in the glass, is now vacant and another peptide molecule can stick there starting the process all over again.

View attachment 308289
It seems most of my bpc/tb peptides have an "almost slick" appearence as the liquid seems to "not stick" to the sides of vial , a mere observation on my part , ??
 
It seems most of my bpc/tb peptides have an "almost slick" appearence as the liquid seems to "not stick" to the sides of vial , a mere observation on my part , ??

For the most part these processes aren't visible. Only when relative huge aggregates form, >100um, are they visible.

But every peptide is different, and some less prone to adsorption than others I'm sure.
 
The other is related to the fact peptides stick, "adsorb" to the walls of their containers (unless steps are taken to prevent it with excipients and special materials, like pharma does).

I wonder if this may be another reason why—at least with certain hGH manufacturers—our discussion about sodium chloride is relevant.
 
After the first week of charging, my skin becomes so supple all over my body. Otherwise only hgh in higher dosages can do that for me. No joke
After the first week of charging, my skin becomes so supple all over my body. Otherwise only hgh in higher dosages can do that for me. No joke
After the first week of charging, my skin becomes so supple all over my body. Otherwise only hgh in higher dosages can do that for me. No joke
I’m not a big advice person but I would suggest not referring to yourself as supple in any way, shape or form on here.
Well, maybe in the tren forum.
 
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