Science

Biotechnology, a rapidly evolving field, presents some of the most controversial ethical dilemmas of our time, as it has the potential to improve human health, extend lifespans, and address environmental challenges while raising concerns about equity, unintended consequences, and the fundamental nature and understanding of life itself. In my opinion, the decisions regarding the ethical nature of biotechnology are not definitive by people or organizations. Instead, ethical considerations must be continuously evaluated on an international scale as scientific advancements emerge to ensure a universal agreement on the use of biotechnology. This global discourse needs to incorporate scientific, philosophical, cultural, and religious perspectives as well in order to have universality amongst humanity. However, even if all of humanity were to reach a consensus on the ethics of biotechnology, we would still be neglecting the rest of life on Earth, including organisms that are often the subjects of testing and experimentation. This highlights the complexity of the issue since every advancement in this field will always raise ethical debates, and diverging opinions will always be present. 

Multiple ethical theories apply to biotechnology, all offering different standpoints on this controversial issue. From a utilitarian perspective, the focus is on maximizing benefits while minimizing harm. It supports biotechnological advancements if they lead to widespread health improvements, such as eliminating genetic disorders with CRISPR. Some people see that the benefits of this approach will lead to success in the long term and great successes and advancements in medicine. However, this ethical viewpoint is also the most controversial as it justifies ethically questionable actions, such as human genetic enhancement for non-medical reasons and aggressive testing and experimentation on other life forms. In contrast, deontological ethics of categorical imperatives insists that moral principles must be upheld regardless of outcomes. For example, if altering human DNA is even a bit unethical, then it should not be done, even if it could prevent diseases. Religious and cultural perspectives also play a significant role in shaping ethical viewpoints. Many argue that manipulating genetic material or creating artificial life forms interferes with the natural order of the ecosystem. It could also be seen as an attempt to control one's fate and "playing God." 

Lastly, the regulation of biotechnology remains a global challenge due to its often unchecked use. While countries like the U.S., China, and South Korea lead in research and development, scientific innovation is not only occurring in these nations, as many countries have different laws that govern this matter. Thus, it is essential that a universal framework be created to govern biotechnological ethics and enforcement methods, as many international agreements, such as UNESCO's Universal Declaration of Bioethics and Human Rights, currently lack enforcement. Ultimately, transparency is key between nations, but based on the current state of our world, with corruption infused throughout, it is very unlikely that any consensus or agreement could be made. On a final note, as technology throughout the world advances in massive strides, so will biotechnology, and I firmly believe that the advancements made need to be shared as much as possible with the world, or else large inequalities will form.