- Jul 27, 2010
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King Boonen said:I wouldn't call 5-10% insignificant to the final reading and, if we are assuming that it is being used for doping which would necessitate a very high dose I don't think 40-50mg is unreasonable. 24mg over 24 hours certainly isn't unheard of for oral dose treatment regimes. Again, it's not going to explain the very high reading by itself, but it could certainly be a contributory factor to that high number.
So if Froome “only” had 1800-1900 ng/ml, would that make any difference? No. That's within lab error, e.g., Ulissi's A sample was 1920, while I believe the B sample was reported as 1805.
And when I said 40-50 mg, I meant all at once. If that dose is taken over a long period of time, the peak blood value is going to be far less. You can see this clearly, e.g., in the Sundby CAS case, when he took 15 mg via nebulizer over a period of five hours, and had urine levels considerably lower than what a single 15 mg dose would have produced (blood levels not measured there, but it's the same principle). So even a contribution of 5-10% is quite unlikely.
This is grasping at straws. I understand why some people are pushing the transfusion theory, it makes a very neat explanation for how Froome got such a high level on just one stage, plus ties him to a much more serious form of doping. I wish it made sense, but it doesn’t.
So you'd found a paper that shows it gets to the lungs. If that's the case why did you ask me?
I looked for it after I saw your post, because you were postulating that Froome might have taken salbutamol orally for his ashthma. Studies like the one I linked, and I have seen others, indicate it’s highly unlikely he would do that.
To use your own words, science is not all or none. But it frequently does come down to levels of significance, in fact, that's one of the main goals. Transfusion wouldn't contribute zero to Froome's level, but it would contribute so tiny an amount that it's insignificant. It doesn't aid in understanding what happened. In the same way, some orally dosed salbutamol gets to the lungs, but it's such a small amount that this would not be an efficient way of treating asthma.
hazaran said:I don't see what we are gaining from speculating that .1% of the dose is from some mysterious blood bag. Much more of the dose is down to when Froome stopped to take a piss, which we haven't clarified yet either.
Of course. This makes a huge difference, and could conceivably explain how he took about the same dose as he did on other stages, yet had a much higher urine level. Particularly if in those other stages his levels were close to the threshold/DL, another possibility that we can't assess yet.
 
				
		 
			 
 
		 
 
		 
 
		 
 
		 
 
		 
 
		 
 
		 
 
		 
		
		 
		
		 
 
		 
 
		 
		
		 
 
		 
 
		 
 
		 
 
		
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