The purpose of this disclosure is to explain how we make money without charging you for our content.
Our mission is to help people at any stage of life make smart financial decisions through research, reporting, reviews, recommendations, and tools.
Earning your trust is essential to our success, and we believe transparency is critical to creating that trust. To that end, you should know that many or all of the companies featured here are partners who advertise with us.
Our content is free because our partners pay us a referral fee if you click on links or call any of the phone numbers on our site. If you choose to interact with the content on our site, we will likely receive compensation. If you don't, we will not be compensated. Ultimately the choice is yours.
Opinions are our own and our editors and staff writers are instructed to maintain editorial integrity, but compensation along with in-depth research will determine where, how, and in what order they appear on the page.
To find out more about our editorial process and how we make money, click here.
In the kitchen of a small apartment in the San Francisco Bay Area, 34-year-old Josiah Zayner is creating tools he hopes will allow non-experts to tinker with the building blocks of life on earth.
“I want to democratize science,” Zayner, who holds a Ph.D. in molecular biophysics from the University of Chicago, told the San Jose Mercury News.
Modeling his do-it-yourself kids on the CRISPR gene-editing process invented at UC Berkeley three years ago, Zayner includes lab protocols, equipment and how-to tutorials for the home scientist. He takes inspiration from the early days of computers, when hobbyists with the Homebrew Computer Club, like Steve Wozniak—the co-founder and chief technical brains behind Apple Computer—fomented a technological revolution in home computing that gave rise the word as we know it today. “There are so many brilliant and capable people that I want to show how they can do these things,” Zayner says. “They can change the face of the world we live in.”
For the moment the kits Zayner sells for $120 have very limited applications and couldn’t be used to alter human genes, according to Jacob Corn, a University of California scientist who encourages Zayner’s work. The bacteria and yeast that can be altered with the kits are capable of small feats like changing color or smell, or living in hard-to-live-in places, but soon die.
Some experts worry that the DIY ethos of Zayner’s work could open the doors to irresponsible bioengineering that could allow unqualified or malicious people to create deadly new pathogens with the potential to seriously harm human communities.
“I do not think that we want an unregulated, non-overseen community of freelance practitioners of this technology,” Dr. David Reman, co-director of the Center for International Security and Cooperation, told Mercury News.
Zayner says that there will always be people who want to use technology for malicious ends but that limiting its availability means limiting the potential for well-meaning people, even those outside of traditional institutions, to do good things too.
“It’s a craft,” he said. “You don’t have to be a genius, or go to school.”