Independent Biohackers will be at the forefront of tomorrow's most exciting bioscience projects, playing a key role in tasks ranging from looking for the next model of antibiotics to developing a genetically modified fauna.
According to Hank Greely, director of the Center for Law and Biosciences at Stanford University, basic methods of targeted gene manipulation are easier and much more accessible to almost everyone. He also pointed out that it is not difficult to imagine a world in which simple eye problems, as well as liver problems or muscular dystrophy, can easily be solved at any time. using specific genetic modifications. He is willing to bet that in twenty years, a small biohacker will develop a unicorn. This biohacker will take the genetics of an animal that will grow horns, place it directly into a horse and the child of a 12-year-old billionaire will be able to get a unicorn for his birthday.
Working from home or even from the growing number of independent work centers, independent biohackers are working on open source software platform platforms with hundreds, if not thousands, of others in hives as teams.
The leading pharmaceutical and academic research departments and bioscience companies will use them to bring together complex DNA-based responses to many of the fundamental issues of the following diseases that appear in the next decade, from cancer remedies to aging populations to vaccines against new epidemics through our globalized lifestyle and accelerating climate change.
As Hank Campbell of the US Health and Science Council says, "These freelancers and snipers are undoubtedly the future of applied biology, because the big drug manufacturers will not usually solve the problems. difficulties that they fear will not produce a sufficient profit.
Dr. Darren Nesbeth, an artificial biologist at UCL, predicts that biohackers will spur major medical breakthroughs because, unlike the experts at academic institutes, they can devote their valuable time to creative thinking on a blue background rather than to the brain. in the teaching and publication of articles.
Creating mythical creatures for billionaire customers could be a method for biohackers seeking to live from home with a laptop and state-of-the-art software. Nevertheless, the handling capabilities of DNA are also used for more noble purposes.
Feng Zhang, co-creator of CRISPR, an innovator in the field of gene editing, believes that biohackers will save – or even recover from – pet species and animals. wild, while the growing global human population weighs heavily on biodiversity due to habitat damage.
An understanding of medical and scientific methodology, combined with advanced data analysis training, will be an essential asset for students who dream of a bio-builder profession over the next decade.
The ability to function naturally, non-competitively and collaboratively with huge virtual teams that you will never meet in person is also a crucial individual feature. In addition to the persistence, attention to detail and ability to make jumps user friendly, easy to use. creativity.
But in a niche likely to remain slightly regulated to inspire unusual approaches and innovative thinking, people outside conventional scientific and medical disciplines have the opportunity to play a leading role in large-scale projects.
Todd Kuiken, an environmentally friendly scientist, says the most influential bioscientists are less and less in need of a doctorate as a scientist. He asserts that any strong, scientifically inclined mind is able to help the body of science. The more the great minds are devoted to solving the medical problems of the world, the faster the human race will be able to solve them.
Kuiken believes that the growing group of citizens practicing biohacking will establish a code of conduct to deal with anxieties about the values and morals of their work.
"Professional scientists tend to consider only the ethical implications of their work once their investigation is over," he says.
"The biological community has begun to organize principles of safety and ethics, because it collaborates continuously and constantly discusses its objectives and the reason for its involvement."
Many people currently working in early versions of the field of biohacking believe that future biohackers will retain a perfect hope of groundbreaking scientific and technological breakthroughs because they are not tied to the bureaucracy of traditional analysis.
Founder, Biohacker, Scientist and Josiah Zayner of The Odin Biotech Company, Says University and Business Researchers Must Complete One Million Forms, Which Represents A Waste Of Time And Money . This can delay a major investigation, as well as people dying and suffering because of all these rules and committees. In the future, people like Zayner intend to say, "We will still do it and start healing people because we understand that we can do it."
He boldly asserts that these people will radically change the world if they have access to the aforementioned programs and technology.