The Unseen Risks of Human Enhancement in Sports

The recent launch of the Enhanced Games in Las Vegas has sparked heated debates about the future of sports and human biology. Proponents claim it’s a celebration of bodily autonomy, but critics warn that it poses significant risks to athletes’ health and sets a precedent for more extreme forms of enhancement.

Bioethicists are right to be concerned about the long-term consequences of altering fundamental human biology through performance-enhancing substances or gene editing technologies. The traditional sporting world has slammed the Enhanced Games as a biological experiment, and for good reason. Organizers such as tech billionaire Peter Thiel and Donald Trump Jr. seem more interested in pushing the boundaries of human achievement than ensuring athlete safety.

A History of Enhancement in Sports

Athletes have been using various substances to gain an edge for centuries. Bioethicist Andy Miah notes that from ancient Olympic athletes applying olive oil on their bodies to modern-day competitors taking anabolic steroids, the pursuit of performance has often led to reckless experimentation. This trend continues with the Enhanced Games.

Physiologist Michael Joyner identifies three broad categories of enhancement strategies: anabolic steroids that increase muscle mass and recovery, blood doping and EPO that improve oxygen delivery, and stimulants that reduce fatigue. While these substances are scientifically well understood, their long-term effects on human health remain uncertain.

The Dark Side of Enhancement

The risks associated with sports doping are well-documented. Arthur Caplan warns that artificially enhancing one part of the body can place stress on others, leading to “terrible, even crippling injuries.” Growth hormones, for example, increase the risk of cancer, while anabolic steroids have long been linked to cardiovascular problems.

Caplan compares the Enhanced Games to ancient Roman gladiatorial combat, where entertainment took precedence over athlete well-being. He believes that the organizers’ claims about prioritizing athlete safety are mere afterthoughts.

A Brave New World of Gene Editing

Researchers are already exploring more experimental approaches to enhancement, including inhibiting myostatin and gene editing technologies like CRISPR. These innovations pose significant risks to human biology and potentially future generations.

Caplan warns that we’re on the cusp of interventions that will “alter our fundamental biology” in ways previously unimaginable. This raises profound questions about what it means to be human and whether we should tamper with the fabric of our existence for athletic achievement.

A New Era of Enhancement?

Proponents argue that a new system could emerge, prioritizing safety and medical control over reckless experimentation. However, bioethicist Andy Miah has his doubts, suggesting that a different approach may not be enough to mitigate the risks.

As we move towards this brave new world of human enhancement, it’s essential to acknowledge the unseen consequences of our actions. The Enhanced Games represent a disturbing trend that threatens to alter the very essence of human biology. We must consider whether the pursuit of athletic excellence is worth the risks and whether we’re prepared for the long-term implications of tampering with fundamental human traits.

The future of sports and human enhancement hangs in the balance. Will we prioritize athlete safety, or will we continue down a path that blurs the lines between human and machine? The Enhanced Games may be just the beginning of a new era of biological experimentation, one that challenges our understanding of what it means to be human.