muscle96ss
Subscriber
I'll explain how the mg/mL were determined for the two gray caps tested, even though you could have figured it out yourself.
AS1776-3 GRAY CAP
The formula used was:
{3.72 mg/ml (AS1625-2 rHGH) / x1(peak area)} *x2 (peak area) = y mg/ml
The figures inside the {} are from the Humatrope standard and can be found here.
Using the formula,
{3.72 mg/ml (AS1625-2 rHGH) / x1(peak area)} *x2 (peak area) = y mg/ml
{3.72 mg/ml / 65,493,455} x 25,231,986 = 1.4 mg/ml
y = 1.4 mg/ml
AS1776-1 GRAY CAP
The formula used was:
{3.72 mg/ml (AS1625-2 rHGH) / x1(peak area)} *x2 (peak area) = y mg/ml
The figures inside the {} are from the Humatrope standard and can be found here.
Using the formula,
{3.72 mg/ml (AS1625-2 rHGH) / x1(peak area)} *x2 (peak area) = y mg/ml
{3.72 mg/ml / 65,493,455} x 24,773,978 = 1.4 mg/ml
y = 1.4 mg/ml
AS1625-2 rhGH HUMATROPE STANDARD
{3.72 mg/ml (AS1625-2 rHGH) / x1(peak area)} *x2 (peak area) = y mg/ml
{3.72 mg/ml / 65,493,455} x 65,493,455 = 3.72
As you can see, there were no errors with the mathematics, the chemist didn't use the "wrong equation," and nothing was hidden or withheld. The results are correct.
The question now becomes whether or not you will accept the results or try to find another way to discredit the test. Obviously, that was a rhetorical question.
After looking at the link you posted, it appears the standard is a 5.3mg Genotropin cartridge. Therefore the sample was 17.49 iu's and you are comparing that to a 10iu sample. Also why are you multiplying it by 3.72 if Humatrope is not the standard being used anymore?