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We proved our point that compression sleeves do help with recovery, but it was at an insanely high cost of $300,500. We may have changed a few lives for athletes, but we don’t think it was worth the tremendous amount of money we spent.

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I wouldn’t need a team for this experiment because it is not very large and the people used in the experiment would be volunteers.

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The results are significant because even with the margin of error it shows that compression sleeves help with recovery time.

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I would replicate this study by getting a new group of athletes and do the same process as before.

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The sample size of my experiment is only 100 people and my margin of error is 10%.

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I would use a crossover design so that way it could be easier to tell if the data is accurate.

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This couldn’t be any kind of blind test because the subjects would know if they are wearing a sleeve.

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The control group on this study would be the athletes who aren’t wearing the compression sleeves.

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Things that might impact the study are how well their body recovers no matter what, but the randomizing should make the study more fair.

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We will do a CT scan after they finished their sport, then one a week later, and one final one at two weeks.

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The explanatory variable is whether the athletes were wearing a compression sleeve or not.

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The treatment are going to be athletes who wear the compression sleeves and the athletes who don’t.

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I would separate the two groups by giving them a number and using a random number generator.

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My experimental units would be 100 athletes that are similar.

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Does wearing a compression sleeve help reduce injuries in sport?