IOC Takes Questionable Stand On Gender And Hormones At The Olympics

Jul 5, 2012

In preparation for the Olympic Games beginning in London later this month, the International Olympic Committee (IOC) recently issued a new ruling in the thorny arena of gender and sports.

The ruling applies to women with female hyperandrogenism, a condition in which excessive levels of androgens (often called "male sex hormones") are actively at work in their bodies. The IOC notes, "Androgenic hormones have performance enhancing effects, particularly on strength, power and speed, which may provide a competitive advantage in sports."

The ruling is based on thinking that is outdated and potentially harmful.

Here's a key passage from the IOC:

"If, in the opinion of the Expert Panel, the investigated athlete has female hyperandrogenism that confers a competitive advantage (because it is functional and the androgen level is in the male range), the investigated athlete may be declared ineligible to compete in the 2012 OG Competitions."

Nowhere does the IOC specify what "the male range" might be. And how can there be a male range, to begin with? Androgens are found in everyone's bodies. Women's levels are almost always lower than males'. But because people who are not male — people who are female or intersex — may have levels in the "male range," it's not accurately termed a male range at all.

Further, the IOC told The New York Times that women ruled ineligible to compete may opt to medically lower their androgen levels. What a conundrum! Women athletes either walk away from Games they've trained their heart out for, or subject their bodies to potentially risky intervention.

If we buy into the IOC's logic, why not go whole hog? Let's test all male athletes, and bar as unfairly advantaged those at the "abnormally high" end of the androgen spectrum.

But seriously: Excluding athletes who have trained and competed as women from the Olympics on the basis of naturally occurring hormones in their blood inappropriately reduces athletic ability to hormone levels, and gender to biology.

You can keep up with more of what Barbara is thinking on Twitter: @bjkingape

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