On the noontime of 28th February 1953, Francis Crick and James Watson entered The Eagle pub in Cambridge, exclaiming, "We have discovered the secret of life." The discovery of the double helix structure of DNA by these two scientists revolutionized biology and helped scientists understand the molecular structure that makes up every living organism on this planet. Half a century later, biology has moved beyond the confines of university campuses.
The science of biology is no longer limited to trained individuals in controlled environments. Instead, individuals around the world are experimenting with biology in their homes, garages, and community labs — a movement known as biohacking. Biohacking is defined as the process of experimenting with biology and technology in order to modify or improve living organisms. The availability of open-source information, technology, and Internet collaboration has made this possible in ways that were never before imaginable.
A notable example of this evolution is Keoni Gandall, a young scientist who successfully carried out his first cloning experiment at the age of twelve without any formal training. His experience illustrates how innovation is no longer the exclusive domain of experts. Another driving force behind biohacking is frustration with the modern healthcare system. The increasing cost of medicine and the slow rate of pharmaceutical innovation have prompted activists and scientists to seek open-source alternatives. The best example is the Open Insulin Project — founded by people with diabetes who were dissatisfied with the cost of insulin, committed to creating an open-source process for making insulin accessible to everyone.
The rapid dissemination of biochemistry experiments does, however, pose challenges. The availability of tools such as CRISPR gene editing kits enables individuals to conduct experiments on their own DNA. On the one hand, the involvement of citizen scientists can contribute to groundbreaking discoveries. On the other hand, uncontrolled experimentation can pose risks to public health and safety.
Despite these risks, the practice of citizen science represents a significant force in the future of discovery. History has shown that innovation can come from unorthodox thinkers willing to challenge the conventional. Biohackers can be considered explorers of the future — a manifestation of the innate human curiosity to push the boundaries of knowledge. By sharing knowledge openly, they are contributing to the democratization of scientific research.