Hear Meowt 🙏➡️ ~ Genetic engineering isn't entirely "wrong"

Hear me out for a sec; when we think about genetic engineering, it’s easy to get caught up in the controversies, but let’s look at the actual, practical good it’s already doing.

One of the most groundbreaking uses is in organ generation. Imagine a patient who needs a kidney. In the past, they’d have to wait endlessly, hoping for a donor match and risking rejection even if they found one. With genetic engineering, doctors can now grow organs directly from the patient’s own DNA. That means no waiting lists, no donor shortages, no immune system rejections. And it doesn’t stop there. Scientists have also learned how to genetically modify dangerous viruses and microorganisms, turning them into entirely new, harmless species that can safely train the immune system. These engineered microbes have played a huge role in the creation of modern vaccines, transforming once-deadly threats into powerful shields that protect millions of lives.

Genetic engineering has also been a quiet hero in the fight against hunger and famine. Thomas Malthus once said that population increases geometrically while food production grows only arithmetically (basically, more people are born faster than food can be made). Without innovation, that would lead to inevitable famine. But genetic engineering has changed the equation. Crops engineered to resist pests, thrive in drought, and produce higher yields allow us to keep pace with the world’s exploding population. It’s no exaggeration to say that millions of lives have been saved because engineered crops keep food on the table where traditional farming couldn’t.

Of course, there’s no denying that genetic engineering has “gone too far” in some areas. We’ve seen experiments that raise real ethical red flags, and it’s natural to question where the line should be drawn. But that doesn’t mean the technology itself is wrong. Fire can burn, but it also cooks our food. Nuclear science can destroy cities, but it also powers homes and saves lives through cancer treatments. In the same way, genetic engineering is a tool, and like any tool, its morality depends on how we use it.

At its core, genetic engineering is about reducing suffering and creating possibilities that would otherwise be impossible. From growing life-saving organs to feeding the hungry, it’s already proving that it has a place in building a better world.