TOEFL 2026 Speaking Practice — Level Hard (for score 100+) #09

I vividly remember when I first read about CRISPR technology in a science magazine back in college. Honestly, I was just completely floored by the potential of it. I mean, the idea that we could essentially edit the human genome with such precision—it felt like something straight out of a sci-fi movie. My initial reaction was actually kind of mixed; on one hand, it seemed like a miraculous solution for hereditary diseases, but at the same time, it raised these profound ethical questions about where we should draw the line. It’s inherently a bit unsettling to think about the long-term consequences of altering nature, right? But ever since that article, I’ve been fascinated by how we balance that technological promise with our bioethical boundaries. It’s definitely shaped how I view scientific progress today.

In my own experience, I tend to be pretty proactive about keeping up with scientific breakthroughs, especially regarding genetic engineering. Honestly, I find the whole field absolutely fascinating, though I recognize it’s inherently complex. I mean, I usually spend about twenty minutes every morning scrolling through science journals like Nature or listening to tech podcasts, just to stay in the loop. For instance, when I read about CRISPR gene editing, it wasn’t just interesting; it actually sparked a nuanced debate in my head about the ethical boundaries of altering human DNA. I think it’s crucial to stay informed because these advancements have such profound implications for our future. As a result, I don’t just passively consume information; I try to critically evaluate the moral weight behind each discovery, which I think is a much more responsible approach.

Personally, I feel that we should pursue genetic engineering for medical purposes, though we definitely need some strict boundaries. I mean, if we have the technology to stop something like Huntington’s disease—which is just a devastating, soul-crushing condition—I think it’s almost immoral not to use it. You know, my cousin is actually a researcher in this field, and he’s shown me how CRISPR can potentially snip out faulty genes. It’s pretty profound stuff. Of course, I’m not saying we should be choosing eye colors or height, right? That’s where it becomes ethically murky. But for eradicating hereditary illnesses, I’d argue it’s a moral imperative. As a result, I think if we focus strictly on therapeutic applications rather than enhancement, we can navigate these bioethical concerns without losing our humanity.

I believe that society should absolutely implement rigorous international oversight for genetic research, even if it means some medical breakthroughs might be delayed. I mean, we’re talking about altering the fundamental building blocks of human life, right? It’s not just a technical challenge; it’s an ethical minefield. For instance, consider the CRISPR-baby scandal in China back in 2018; that situation was a wake-up call that proved how easily these tools can be misused without a global consensus. If we don’t have a uniform framework, researchers might just move to countries with lax rules to bypass safety standards. It’s inherently risky to play god with our biology. So, while I’m all for innovation, a cautious, unified approach is essential to ensure we don’t inadvertently create systemic problems that we can’t fix later.