Of Monsters and Men
By George Estreich, Biopolitical Times guest contributor
| 11. 29. 2012
To be interested in questions of human enhancement, while also being a sucker for Hollywood blockbusters about superheroes, makes for an odd movie experience. Immersed in a fictional world both saved and threatened by the enhanced, you’re aware of the world you’ve just paid to escape. You feel doubled, like the superheroes themselves—though since you’re sitting on the couch and not saving the world, the division is less profound. You don’t have secret powers, just cognitive dissonance; your perception, not your identity, is split.
A few nights ago, I watched The Amazing Spider-Man on Blu-Ray. (Warning: many spoilers ensue.) The movie reboots the franchise that began in 2002, and this time around, the genetic enhancement of human beings is far more central to the plot. Just as in the first series, the high school student Peter Parker, bitten by a genetically modified spider, develops superpowers; but this time around, the spider comes from a corporation whose business model depends on “cross-species genetics,” and Peter’s nemesis—the scientist Curtis Connors, once the research partner of Peter’s deceased father—is a man with one...
Related Articles
By Scott Solomon, The MIT Press Reader | 02.12.2026
Chris Mason is a man in a hurry.
“Sometimes walking from the subway to the lab takes too long, so I’ll start running,” he told me over breakfast at a bistro near his home in Brooklyn on a crisp...
By Diaa Hadid and Shweta Desai, NPR | 01.29.2026
MUMBRA, India — The afternoon sun shines on the woman in a commuter-town café, highlighting her almond-shaped eyes and pale skin, a look often sought after by couples who need an egg to have a baby.
"I have good eggs,"...
By George Janes, BioNews | 01.12.2026
A heart attack patient has become the first person to be treated in a clinical trial of an experimental gene therapy, which aims to strengthen blood vessels after coronary bypass surgery.
Coronary artery bypass surgery is performed to treat...
By Staff, ScienceDaily | 01.05.2026
Scientists at UNSW Sydney have developed a new form of CRISPR technology that could make gene therapy safer while also resolving a decades-long debate about how genes are switched off. The research shows that small chemical markers attached to DNA
...