Dude, you’re forgetting a VERY important and key benefit of AAS/PED’s…recovery! Well, not to mention glycogen storage, tendon/ligament strengthening/healing[GH], reduced catabolism… I know with most all of us being used to lifting weights we sometimes forget the other basic functions of AAS, but I feel that the greatly enhanced recovery capabilities of athletes would also be a huge factor in their greatly increased performance.
At the Olympic training facility, what do these guys do? They eat well, sleep and rest as prescribed, but they mainly train repetition after repetition for their events & movements. Day in and day out these guys, take a 100m sprinter, run that 100m countless times day in and day out, working on form, their start, their gait, etc. But all that heavy training takes a huge toll not only on your muscular system but also your nervous system. Taking AAS and other PED’s would really help athletes to be able to bounce back day after day at 100% each morning, vs. a non enhanced athlete who would almost assuredly experience a heavy neuromuscular drain on their body.
How much exactly might this effect their performance come game day? Who knows, but I like to think that it would factor in heavily. In terms of other PED’s, I know for sure that drugs like EPO would really assist swimmers, cyclists, distance runners, decathaletes, wrestlers, etc. And you mention size, but that also might be helpful in quite a few sports/events. Short distance swimmers, cyclists, sprinters, etc. might benefit from bigger muscles filled with fast-twitch muscle fibers. Now, I’m not saying sprinters with legs like a pro bodybuilder, ha, no, that would certainly be a hindrance, but bigger, stronger hams and quads to assist in exploding off the blocks, a swimmer with slightly bigger but much stronger shoulders and lats? Definitely an assist with doing swimming sprinting/short distance events. And as previously I mentioned, shot putters who have much stronger triceps/shoulders/chests would inevitably be able to throw much further. How about a long jumper with markedly stronger/bigger calves/hams/quads? I would have to think these differences would have a huge effect.
In all, I think that we would likely see a very big difference in the performances between the “tested” and untested games. As someone mentioned earlier though, I do agree with you that in the current tested games, there are most certainly athletes who are taking something, or took something in the 4 years in between Olympic games, or who just have brilliant scientists who know how to game the testing. So yeah, I know that’s going on but I think the magnitude of that is probably very, very small overall.
We won’t really ever know until this actually happens and I hope that one day it occurs. Hey, if they were able to get fucking CROSSFIT [crossjuicers] so big and televised, anything is possible. Don’t get me started on those people as we all know they ALL are taking a multitude of things. As someone very familiar with AAS, you need only look at the traps on both the men AND the women, see the insane vascularity, the roundness of their muscles, etc. to know. Not to mention the obvious, the competitors not only are very strong, but they also have incredible endurance as well? In most normal people, you tend to have to train for either/or…strength or endurance. Being so proficient as BOTH is just not doable naturally… Being able to pull a weighted sled 100 yards, and then perform 20 clean and presses with 225lbs+ immediately after…no natural man/woman can do that at the speed which they do. Huh, I digress…sorry to get off on a crossfit tangent. It’s not like I don’t respect them as athletes, which they are incredible ones, but for them all to claim natty status is a joke and an insult to intelligent people.