Fuzzy math and more fuzzy brain fog.

[lovbyts]

OK my fuzzy math is getting rusty even with help from the online calculator.

Lets say you had a vial of powder that was 2mg x 2ml, how much Bacteriostatic Water would you add to get 100mcg per 10iu? (1ml bac water?)

Lets say you had a vial of powder that was 5mg x 2ml, how much Bacteriostatic Water would you add to get 100mcg per 10iu? (3ml bad water?)

Sorry if this makes no sense. It's been a while.

[gixxerboy1]

OK my fuzzy math is getting rusty even with help from the online calculator.

Lets say you had a vial of powder that was 2mg x 2ml, how much Bacteriostatic Water would you add to get 100mcg per 10iu? (1ml bac water?)

Lets say you had a vial of powder that was 5mg x 2ml, how much Bacteriostatic Water would you add to get 100mcg per 10iu? (3ml bad water?)

Sorry if this makes no sense. It's been a while.

this part is confusing me. Is the substance already liquid and you want to dilute it more?

[GotNoBlueMilk]

First, please IM me with what site you brought this from. I've seen the "x 2ml" question before and I'm curious about who is selling it that way.

Second, Ignore the "x 2ml".

You have 2 mg of peptide, so add 2 ml of BW to get 100 mcg per 10 iu.
You have 5 mg of peptide, so add 5 ml of BW to get 100 mcg per 10 iu. However, I doubt you will be able to get 5 ml of BW in the vial. I have yet to see a supplier that ships a vial of GHRP large enough to hold 5 ml of BW.

So here is my suggestion:
You have 2 mg of peptide, so add 1 ml of BW to get 100 mcg per 5 iu.
You have 5 mg of peptide, so add 2.5 ml of BW to get 100 mcg per 5 iu.

It really pays to have the same strength for both, so when you draw the GRF you pull the same vol as when you pull the GHRP. Less to remember and deal with if you don't have to draw different volumns of solution.

[gixxerboy1]

^^^ that math is correct if you are ignoring the 2ml as he said

[GotNoBlueMilk]

I just researched this. Turns out (I have now learned something new) that there is a nominclature of defining the amount of peptide and the vial size. Your "x 2ml" is the vial size. This is also the standard vial size. I get 2.5 ml in the 2 ml vial, so I'm not sure why it's called a 2 ml vial. But there you have it.

[956Vette]

My suggestion:
You have 2 mg of peptide, so add 1 ml of BW to get 100 mcg per 5 iu.
You have 5 mg of peptide, so add 2.5 ml of BW to get 100 mcg per 5 iu.

I like it, thanks GNBM

[lovbyts]

First, please IM me with what site you brought this from. I've seen the "x 2ml" question before and I'm curious about who is selling it that way.

Second, Ignore the "x 2ml".

You have 2 mg of peptide, so add 2 ml of BW to get 100 mcg per 10 iu.
You have 5 mg of peptide, so add 5 ml of BW to get 100 mcg per 10 iu. However, I doubt you will be able to get 5 ml of BW in the vial. I have yet to see a supplier that ships a vial of GHRP large enough to hold 5 ml of BW.

So here is my suggestion:
You have 2 mg of peptide, so add 1 ml of BW to get 100 mcg per 5 iu.
You have 5 mg of peptide, so add 2.5 ml of BW to get 100 mcg per 5 iu.

It really pays to have the same strength for both, so when you draw the GRF you pull the same vol as when you pull the GHRP. Less to remember and deal with if you don't have to draw different volumns of solution.

OK that makes more sense. Yeah the x 2ml is what was confusing me also. It's an extremely big peptide site.