Might as well make a post out of this:
We have two products. A 100% r-ala blend and a less than 100% r-ala blend.
THIS IS ONLY IN TERMS OF GLUCOSE CLEARANCE.
Assume non 100% R-ALA = (s + r) (S-ALA + R-ALA)
Assume R-ALA = R = (1r) (100% R-ALA)
Set each equal to one another in terms of glucose disposal.
(But multiply racemic times 3...see my glucometric study)
(My in vivo glucometric studies demonstrated this. Link here:
http://boards.elitefitness.com/forum/showthread.php?threadid=235805
(This was for a 50%/50% Racemic product i.e. Kilosports btw)
(s + r) * 3 = 1r
So, all things being equal:
3s + 3r = 1r
3s = - 2r
r = - 3/2s
So, what this means is that the presence of S-ALA reduces the glucose clearing capacity of R-ALA 150% for any value of s and r.
I'lll demonstrate:
Assume a 100% R-ALA product = 100% Glucose capability clearance capacity
100% R-ALA = 100%
98% R-ALA Product = 100% - ((100 - 2) * (1.5)) = 97%
95% R-ALA Product = 100% - ((100 - 5) * (1.5)) = 92.5%
90% R-ALA Product = 100% - ((100- 90) *(1.5)) = 85%
80% R-ALA Product = 100% - ((100- 80) *(1.5)) = 70%
70% R-ALA Product = 100% - ((100- 70) *(1.5)) = 55%
60% R-ALA Product = 100% - ((100- 60) *(1.5)) = 40%
50% R-ALA Product = 100% - ((100- 50) *(1.5)) = 25%
And so on.........
From the glucometric study:
(600mg R-ALA)(36.67 Units Squared) 36.67/76.57 = (1-47.89%) = 52.11% reduction
(1800mg ALA)(40.00 Units Squared) 40.00/76.57 = (1-52.24%) = 47.76% reduction
As you can see the equation is a very good approximation, because a 50/50 racemic mix(50% R-ALA) was found to be 30.6% as effective as a 100% R-ALA one in vivo.
i.e. (600mg/1800mg) * (47.76%/52.11%) = 30.6%
(From the study)
The discrepancy between purities becomes manifest even in the 90% R-ALA product(MANY companies carry this version). Its only 85% as effective as a 100% R-ALA product. Hence the price is obviously going to be lower.
So, you can see how important purity is in R-ALA. AF's is 99.7%. Reason why it works so well, in every single case.
Fonz
We have two products. A 100% r-ala blend and a less than 100% r-ala blend.
THIS IS ONLY IN TERMS OF GLUCOSE CLEARANCE.
Assume non 100% R-ALA = (s + r) (S-ALA + R-ALA)
Assume R-ALA = R = (1r) (100% R-ALA)
Set each equal to one another in terms of glucose disposal.
(But multiply racemic times 3...see my glucometric study)
(My in vivo glucometric studies demonstrated this. Link here:
http://boards.elitefitness.com/forum/showthread.php?threadid=235805
(This was for a 50%/50% Racemic product i.e. Kilosports btw)
(s + r) * 3 = 1r
So, all things being equal:
3s + 3r = 1r
3s = - 2r
r = - 3/2s
So, what this means is that the presence of S-ALA reduces the glucose clearing capacity of R-ALA 150% for any value of s and r.
I'lll demonstrate:
Assume a 100% R-ALA product = 100% Glucose capability clearance capacity
100% R-ALA = 100%
98% R-ALA Product = 100% - ((100 - 2) * (1.5)) = 97%
95% R-ALA Product = 100% - ((100 - 5) * (1.5)) = 92.5%
90% R-ALA Product = 100% - ((100- 90) *(1.5)) = 85%
80% R-ALA Product = 100% - ((100- 80) *(1.5)) = 70%
70% R-ALA Product = 100% - ((100- 70) *(1.5)) = 55%
60% R-ALA Product = 100% - ((100- 60) *(1.5)) = 40%
50% R-ALA Product = 100% - ((100- 50) *(1.5)) = 25%
And so on.........
From the glucometric study:
(600mg R-ALA)(36.67 Units Squared) 36.67/76.57 = (1-47.89%) = 52.11% reduction
(1800mg ALA)(40.00 Units Squared) 40.00/76.57 = (1-52.24%) = 47.76% reduction
As you can see the equation is a very good approximation, because a 50/50 racemic mix(50% R-ALA) was found to be 30.6% as effective as a 100% R-ALA one in vivo.
i.e. (600mg/1800mg) * (47.76%/52.11%) = 30.6%
(From the study)
The discrepancy between purities becomes manifest even in the 90% R-ALA product(MANY companies carry this version). Its only 85% as effective as a 100% R-ALA product. Hence the price is obviously going to be lower.
So, you can see how important purity is in R-ALA. AF's is 99.7%. Reason why it works so well, in every single case.
Fonz

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