24k Pharma US Domestic Source

Much more accurate to achieve the correct iu if you add 5ml of water and draw to the 25 on the slin pin
How so? I put 2ml bac water to 5000iu pull to 10 on slin pin and i have exactly 250iu , same as your method , the difference is you use more bac water to achieve the exact same thing. I like pinning less water, but to each his own.
 
For reference:
Pregnyl_5000.jpg



I'll try making my point via a question, rather than a statement.

Look at the Pregnyl HCG 5,000iu kit pictured above. There are 2 ampoules. 1 contains the freeze dried powder disk of 5,000iu, the other contains 1 ml of solvent. The amp with the hcg powder disk in it is mostly empty. The powder comes up to about the very bottom writing on the lowest part of the label - the rest of the amp is all air - enough dead space to allow you to draw the solvent out of its amp, and then inject it into the powder amp, making 1 ml of hcg containing all 5,000iu of hcg mixture.

Now, after that process is complete, you have the one amp, with the 1ml of solvent mixed with the 5,000iu of hcg.

If you take your 1ml insulin syringe (the one marked with 1ml=1cc=100iu) and use it to draw out that 1ml of mixture you just made, it will fill your slin pin to that mark.

QUESTION: How many iu of HCG will you have in that filled slin pin?

A) 5,000iu
B) 100iu
 
For reference:
Pregnyl_5000.jpg



I'll try making my point via a question, rather than a statement.

Look at the Pregnyl HCG 5,000iu kit pictured above. There are 2 ampoules. 1 contains the freeze dried powder disk of 5,000iu, the other contains 1 ml of solvent. The amp with the hcg powder disk in it is mostly empty. The powder comes up to about the very bottom writing on the lowest part of the label - the rest of the amp is all air - enough dead space to allow you to draw the solvent out of its amp, and then inject it into the powder amp, making 1 ml of hcg containing all 5,000iu of hcg mixture.

Now, after that process is complete, you have the one amp, with the 1ml of solvent mixed with the 5,000iu of hcg.

If you take your 1ml insulin syringe (the one marked with 1ml=1cc=100iu) and use it to draw out that 1ml of mixture you just made, it will fill your slin pin to that mark.

QUESTION: How many iu of HCG will you have in that filled slin pin?

A) 5,000iu
B) 100iu
A. [emoji4]
So bickel, do i win anything?[emoji15]
Im sitting here laughing because if Ryno was confused before, he must be like " WHAT THE FUCK" now. Lol.
 
A. [emoji4]
So bickel, do i win anything?[emoji15]
Im sitting here laughing because if Ryno was confused before, he must be like " WHAT THE FUCK" now. Lol.

God Bless America, if that doesn't explain the affect of ratios on mixed solutions, I give up. I mean I really don't think I could explain it any simpler.
 
God Bless America, if that doesn't explain the affect of ratios on mixed solutions, I give up. I mean I really don't think I could explain it any simpler.
You did a fantastic job of explaining it so that even a guy like me can understand.
I think the only confusing thing is that i believe we had 4 people talking about three different things, thats all!!!! But im sure its Crystal bout now.
 
For reference:
Pregnyl_5000.jpg



I'll try making my point via a question, rather than a statement.

Look at the Pregnyl HCG 5,000iu kit pictured above. There are 2 ampoules. 1 contains the freeze dried powder disk of 5,000iu, the other contains 1 ml of solvent. The amp with the hcg powder disk in it is mostly empty. The powder comes up to about the very bottom writing on the lowest part of the label - the rest of the amp is all air - enough dead space to allow you to draw the solvent out of its amp, and then inject it into the powder amp, making 1 ml of hcg containing all 5,000iu of hcg mixture.

Now, after that process is complete, you have the one amp, with the 1ml of solvent mixed with the 5,000iu of hcg.

If you take your 1ml insulin syringe (the one marked with 1ml=1cc=100iu) and use it to draw out that 1ml of mixture you just made, it will fill your slin pin to that mark.

QUESTION: How many iu of HCG will you have in that filled slin pin?

A) 5,000iu
B) 100iu

I'm going against the grain and saying the answer is C. What's answer C you ask Bick? Why answer C happens to be MORE MOTHERFUCKING TREN AND HALO.

You may now return to your regularly scheduled programming :)
 
A. [emoji4]
So bickel, do i win anything?[emoji15]
Im sitting here laughing because if Ryno was confused before, he must be like " WHAT THE FUCK" now. Lol.
Actually no .. im not confused.. he is saying exactly what I was trying to say to you... Iu has nothing to do with the amount of liquid it has to do with the amount of drug in the liquid.. I was confused only on the 1ml is 1000 iu because of the way I mix my hcg.. personal preference ..
 
For reference:
Pregnyl_5000.jpg



I'll try making my point via a question, rather than a statement.

Look at the Pregnyl HCG 5,000iu kit pictured above. There are 2 ampoules. 1 contains the freeze dried powder disk of 5,000iu, the other contains 1 ml of solvent. The amp with the hcg powder disk in it is mostly empty. The powder comes up to about the very bottom writing on the lowest part of the label - the rest of the amp is all air - enough dead space to allow you to draw the solvent out of its amp, and then inject it into the powder amp, making 1 ml of hcg containing all 5,000iu of hcg mixture.

Now, after that process is complete, you have the one amp, with the 1ml of solvent mixed with the 5,000iu of hcg.

If you take your 1ml insulin syringe (the one marked with 1ml=1cc=100iu) and use it to draw out that 1ml of mixture you just made, it will fill your slin pin to that mark.

QUESTION: How many iu of HCG will you have in that filled slin pin?

A) 5,000iu
B) 100iu
5000iu
 
Actually no .. im not confused.. he is saying exactly what I was trying to say to you... Iu has nothing to do with the amount of liquid it has to do with the amount of drug in the liquid.. I was confused only on the 1ml is 1000 iu because of the way I mix my hcg.. personal preference ..
It was a joke, and yes personal preference.
 
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