8 replies to this topic

[genuyne31]

ok have 10iu vial og hgh, how many ml of water is needed to be added to keep that vial at 10 ius

[DGAF]

10iu`s is still going to be 10iu`s no matter how much water you add.

If you add say 1 cc of water you will then have 10iu`s in 1cc.
If you add 10cc of water you will have 10iu`s in 10cc`s.

You see what I am saying, the iu`s dont change with the amount of water. Your concentration of iu`s per cc will change.

Lets say you add 1cc of water to your 10iu vial. You will have 10iu`s at 1cc. You would also have 5iu`s at 1/2cc.

Lets say to make it easy math and use big whole numbers you add 10cc of water to your 10iu vial. You will have 10iu`s in 10cc`s. You would also have 5iu`s in 5cc`s, and also 2iu`s in 2cc`s and 1iu in 1cc.


Divide your iu`s by your water and that will tell you the concentration of iu`s to cc`s.


DGAF

[ajdos]

10iu`s is still going to be 10iu`s no matter how much water you add.

If you add say 1 cc of water you will then have 10iu`s in 1cc.
If you add 10cc of water you will have 10iu`s in 10cc`s.

You see what I am saying, the iu`s dont change with the amount of water. Your concentration of iu`s per cc will change.

Lets say you add 1cc of water to your 10iu vial. You will have 10iu`s at 1cc. You would also have 5iu`s at 1/2cc.

Lets say to make it easy math and use big whole numbers you add 10cc of water to your 10iu vial. You will have 10iu`s in 10cc`s. You would also have 5iu`s in 5cc`s, and also 2iu`s in 2cc`s and 1iu in 1cc.


Divide your iu`s by your water and that will tell you the concentration of iu`s to cc`s.


DGAF

Exactly- its a matter of fractions- 1cc in 10 iu vial is perfect- if you use a 1cc slin pin its divided by 10ths so its ez to measure each iu out evenly.

[DGAF]

10iu`s is still going to be 10iu`s no matter how much water you add.

If you add say 1 cc of water you will then have 10iu`s in 1cc.
If you add 10cc of water you will have 10iu`s in 10cc`s.

You see what I am saying, the iu`s dont change with the amount of water. Your concentration of iu`s per cc will change.

Lets say you add 1cc of water to your 10iu vial. You will have 10iu`s at 1cc. You would also have 5iu`s at 1/2cc.

Lets say to make it easy math and use big whole numbers you add 10cc of water to your 10iu vial. You will have 10iu`s in 10cc`s. You would also have 5iu`s in 5cc`s, and also 2iu`s in 2cc`s and 1iu in 1cc.


Divide your iu`s by your water and that will tell you the concentration of iu`s to cc`s.


DGAF

Exactly- its a matter of fractions- 1cc in 10 iu vial is perfect- if you use a 1cc slin pin its divided by 10ths so its ez to measure each iu out evenly.

Yup.


DGAF

[Airborne]

be careful some insulin pins are 60ius make sure for the correct math you use a 100iu slin pin.

[Grunt76]

Human insulin (U-100) syringes are graduated so that 1iu = 0.01ml

That should make things very very simple.

[cole617]

Some slin pins are 50iu- there are no 60iu slin pins, but I like the 1ml/100iu ones better, myself.

[genuyne31]

thanks i get it. i get so confused sometimes when it comes down to it!! its just the consentration strength it will be. you guys are great!!

[DGAF]

thanks i get it. i get so confused sometimes when it comes down to it!! its just the consentration strength it will be. you guys are great!!

You got it bro.


DGAF