From COVID-19 vaccines to CAR T cell therapies, biotech breakthroughs are saving lives and transforming our world. These technologies are also behind plant-based burgers that “bleed,” biological enzymes in laundry detergents that remove staining, and direct-to-consumer genetic testing services for ancestry.
As the pace of advancements in biotechnology increases, the need to identify and implement governance norms is essential. Prospective regulation must avoid being either overly restricting (i.e. exclusion of useful techniques) or overly broad (i.e. the restriction of activities related to a virus even though the intention could be to deter the development of deadly pathogens or other terrorist threats).
The ongoing advances in agricultural biotechnology have the potential of enhancing food production and enhance quality by using genetically modified crops that are resistant to disease and insects, and can react to environmental stress. However, negative environmental effects will likely to become apparent as well.
In addition, biotechnology has opened up new opportunities for villainous actors and hostile states www.technologister.de/biotech-advancements-in-2023 to create pathogens that can intentionally infect people or adversely impact agriculture supply chains. The world has already witnessed disturbing precedents, such as laboratory accidents, deliberate releases of living organisms, and the use of biological weapons.
While a variety of important research and regulatory initiatives are in place, more needs to be done. This includes establishing a scientific-based international body to analyze and assess these risks as well as creating risk assessment tools that are robust. This includes incorporating the latest advancements in artificial intelligence, that is making significant progress in a number of sectors and aiding in streamlined processes such as drug discovery.