I wasn't sure what you meant - thanks for clarifying. On the "mixed drug cocktails," are you referring to the "Duchess Cocktail" that was used extensively at Sochi?
rekrunner wrote:
This is the ambiguity in simply saying drugs "work".
When I speak of steroids, testosterone, etc., "working" I was thinking of strength events, and not endurance events, particularly women's performances from the '80s, as well as recent Russian success favoring the women taking mixed drug cocktails.
I don't "believe" steroids work for distance events, although I remain open to the possibility still for the women, that the increased muscle strength may be a factor.
Sorry for the ambiguity.
https://www.inverse.com/article/24985-mclaren-report-russian-doping
And increase muscle strength may be factor for some women in the mid-d events, but for others it doesn't seem to be. Just look at the Russian trio in the 800 final at London; Savinova, Poistagova & Arzhakova. All three are thin, slender, petite without any muscularity. Poistagova could compete for "Miss Russia" & Arzhakova looks like a HS girl. Lol. According to McLaren, Savinova said she was using oxandrolone & EPO, Poistagova said she was using EPO & took "ten oxandrolone pills" during the summer period of 2012.
With Arzhakova there's no evidence of androgen use but she was later DQ & sanctioned for hematological anomalies.
So, Savinova destroys the tank, Poistagova finishes 3rd & runs her PB (1:57.53) & Arzhakova finishes last but runs one of her faster times. I'm not seeing where any lack of muscularity was a limiting factor for either Savinova & Poistagova. These two were the thinness in the field and near skin & bones type builds. So, whatever roids they were taking didn't seem to build any muscle mass. Looks like more of a benefit from O2-vector doping put these two in the hunt for medals, IMO.
https://youtu.be/lWzqfiWRE9Q
And that brings up my point of contention that the 800m is an endurance event with a major aerobic component that would benefit from O2-vector doping.
https://www.ncbi.nlm.nih.gov/pubmed/11194103